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HomeMy WebLinkAboutSimpkins School Apartments 2011 The Simpkins School • I I Residences - - - - 134 Old Main Street - - - - Yarmouth,Massachusetts IIS __ l I. jR�; Yr��I I : STRACHRTAC GRGl1EDP R ■ I. lldl 11 EMI welt/MALL i �� 1tY utDMilI-M'X mzrcw uG . t.iu wwn SIMS Mt Ew ML K. _ _. _ ....� KU-E IS M'CSDAM W µm A Ill/S[010 M lifT IT FOOT OF NL RIPPLY WOO .IM E MED TR M i..�w0 N ACOUSTICAL Lwx I•nom Rua* •MS YMTENT MIS WY MOANED EE •• RAIYM PROGRAMME TNMwTAI 1•114 E owner BNY e elle IIi:`TYK.Ia4 Owaw�aTM iii-.MA ll-1@ti . ... CpIBJLi.VR mIw cos SJ = �SM E011RNf➢BY A x m wA/ANS SIM E MN.2 Win OPER/MOB .. 30 M LP 1®DMOCCU60)A m ON MM Imatm)M MM1EE Fe SI L x�RN.M O.wq Tv.T wL MSTS VOanY/BOPEOP I.RSsoCM<N•Inc ME.awero T ONM.M • \ �I.WrsTMII MVI M FM 4 2� a▪ tm.011 row yl[CIgIt !�C w~ � �P.\C Ott DOM CouPECPCM Y. 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THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • TABLE OF CONTENTS PART 1 -GENERAL 1.1 GENERAL PROVISIONS 1 1.2 GENERAL REQUIREMENTS 1 1.3 REFERENCES 1 1.4 DEFINITIONS 1 1.5 SCOPE OF WORK 2 1.6 CONTRACT DOCUMENTS 3 1.7 DISCREPANCIES IN DOCUMENTS 4 1.8 MODIFICATIONS IN LAYOUT 4 1.9 RELATED WORK IN OTHER SECTIONS 5 1.10 SITE VISIT 5 1.11 EXISTING CONDITIONS AND PREPARATORY WORK 5 1.12 CODES, STANDARDS,AUTHORITIES,AND PREPARATORY WORK 6 1.13 GUARANTEE AND 24-HOUR SERVICE 6 1.14 RECORD DRAWINGS 7 1.15 BULLETINS,MANUALS, OPERATING INSTRUCTIONS,AND PROTECTION 8 1.16 SUBMITTALS 9 1.17 COORDINATION DRAWINGS 13 PART 2-PRODUCTS 2.1 DUCTWORK AND AIR DISTRIBUTION EQUIPMENT 15 2.2 ACOUSTICAL DUCT LINING 22 2.3 DUCT INSULATION 23 • 2.4 PIPING AND FITTINGS 25 2.5 PIPE INSULATION 26 2.6 PIPE HANGERS AND SUPPORTS 26 2.7 SLEEVES AND PENETRATIONS 27 2.8 ESCUTCHEONS AND DUCT COLLARS 28 2.9 MOTORS, STARTERS,AND WIRING 28 2.10 DRIVES 29 2.11 FLUE PIPINT-PREFABRICATED 29 2.12 PACKAGED ROOFTOP UNIT 29 2.13 ELECTRIC CABINET HEATERS 33 2.14 ELECTRIC UNIT HEATERS 33 2.15 AIR-COOLES CONDENSING UNITS 33 2.16 EVAPORATOR COILS-VERTICAL FURNACES 34 2.17 VERTICAL INDOOR GAS FURANCE 35 2.18 HORIZONTAL INDOOR FURANCE 35 2.19 INLINE CENTRIGUFAL EXHAUSTAERS AND TRANSFER FANS 36 2.20 EXHAUST FANS-CEILING TYPE 37 2.21 PROPELLAR FANS 37 2.22 CENTRIFUGAL FANS FOR ROOF EXHAUST 37 2.23 ACCESS DOORS 38 2.24 VIBRATION ISOLATION (NON-SEISMIC) 39 2.25 AUTOMATIC TEMPERATURE CONTROL SYSTEM-ELECTRIC/ELECTRONIC-NOT DIRECT DIGITAL 48 2.26 CLOTHES DRYER EXHAUST SYSTEM AND SUPPLY AIR FAN 49 2.27 SEQUENCE OF OPERATION 51 PART 3-EXECUTION • 3.1 COMMISSIONING OF EQUIPMENT AND SYSTEMS 53 HEATING,VENTILATION AND AIR CONDITIONING 15600-I 4 ICON architecture.Inc. THE SIMPKINS SCHOOL RESIDENCES August 4,2011 Yarmouth,Massachusetts • 3.2 SPECIAL RESPONSIBILITIES 53 3.3 MATERIALS AND WORKMANSHIP 55 3.4 CONTINUITY OF SERVICES 55 3.5 TAGS 55 3.6 PIPE AND DUCT IDENTIFICATION 55 3.7 ACCESWS AND ACCESS PANELS 56 3.8 PENETRATIONS AND SLEEVES 56 3.9 ANCHORS AND INSERTS 57 3.10 INSTALLATION OF EQUIPMENT 58 3.11 CLEANING 58 3.12 STARTUP,TESTING,AND BALANCING 58 • • HEATING,VENTILATION AND AIR CONDITIONING 15600-ii ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4, 2011 Yarmouth, Massachusetts • PART 1 -GENERAL 1.1 GENERAL PROVISIONS "Lead Safe Work Practices: Exposure levels for lead in the construction industry are regulated by- the ythe Occupational Safety and Health Administration (OSHA) 29 CFR 1926.62. Additionally, the Commonwealth of Massachusetts, Department of Labor Standards (DLS) regulation 453 CMR 22.00 for Renovation and "Lead Safe Renovation" shall apply to this"Residential Property'. Note the project is not being performed as a de-leading project pursuant to Commonwealth of Massachusetts Department of Health Regulations. Construction activities disturbing surfaces with lead-containing paint that are likely to be employed, such as demolition, sanding, grinding, welding, cutting and burning, have been known to expose workers to levels of lead in excess of the OSHA Permissible Exposure Limit (PEL). All work specified in the technical sections of the Contract Documents shall also be in conformance with the above regulations and in accordance with Technical specification section 02090 or Lead Paint." 1.2 GENERAL REQUIREMENTS A. Attention is directed to the CONTRACT AND GENERAL CONDITIONS and all Sections within DIVISION I - GENERAL REQUIREMENTS, which are hereby made a part of this Section of the Specifications. B. Lead Safe Work Practices: Exposure levels for lead in the construction Industry are regulated by the Occupational Safety and Health Administration (OSHA) 29 CFR 1926.62. Additionally, the Commonwealth of Massachusetts,Division of Occupational Safety (DOS) regulation 453 CMR 22.11 for Renovation shall apply. Note the project is° not being performed as a de-leading project pursuant to Commonwealth of • Massachusetts Department of Health Regulations. Construction activities disturbing surfaces with lead-containing paint that are likely to be employed, such as demolition, sanding, grinding, welding, cutting and burning, have been known to expose workers to levels of lead in excess of the OSHA Permissible Exposure Limit (PEL). All work specified in the technical sections of the Contract Documents shall also be in conformance with the above regulations and in accordance with Technical specification section 02091 for Lead Paint. C. The attention of this contractor Is directed to Part 3, Paragraph 3.1 of this Section,which contains instructions for commissioning of equipment and systems. D. Examine Drawings and other Sections of Specifications for requirements that affect work of this Section. 1.3 REFERENCES A. Conditions of the Contract and Division 1, General Requirements apply to work of this Section.Where paragraphs conflict with similar paragraphs of Division 1, requirements of this section shall prevail. B. The attention of this contractor is directed to Part 1, Paragraph 3.1 of this Section which contains instructions for commissioning of equipment and systems. C. Examine Drawings and other Sections of Specifications for requirements that affect work of this Section. 1.4 DEFINITIONS • A. As used in this Section, "provide" means "furnish and install" and "HVAC" means HEATING,VENTILATION AND AIR CONDITIONING 15600-1 a ICON architecture. inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts "Heating, Ventilating and Air Conditioning" and "POS" means "Provided Under Other • Sections". "Furnish" means "to purchase and deliver to the project site complete with every necessary appurtenance and support," and "Install" means "to unload at the delivery point at the site and perform every operation necessary to establish secure mounting and correct operation at the proper location in the project." 1.5 SCOPE OF WORK A. Perform work and provide materials and equipment as shown on Drawings and as specified or indicated in this Section of the Specifications. Completely coordinate work of this Section with work of other trades and provide a complete and fully functional installation. B. Drawings and Specifications form complimentary requirements; provide work specified and not shown, and work shown and not specified as though explicitly required by both. Although work is not specifically shown or specified, provide supplementary or miscellaneous items, appurtenances, devices and materials obviously necessary for a sound, secure and complete installation. C. Give notices, file plans, obtain permits and licenses, pay fees and backcharges, and obtain necessary approvals from authorities that have jurisdiction as required to perform work in accordance with all legal requirements and with Specifications, Drawings, Addenda and Change Orders,all of which are part of the Contract Documents. D. Work shall include but shall not be limited to the following: 1. Coordinate maintenance of existing primary utility services during construction • with Owner's Project Manager. 2. Special coordination of chases and plenums as specified in Paragraph 3.2 (Special Responsibilities). 3. Sleeves,inserts and hangers. 4. Flexible connections for fans and other vibrating and rotating equipment. 5. Equipment bases and supports. 6. Roof curbs. 7. Vibration isolation. 8. Vertical and horizontal gas fired furnace units complete including fans, coils, filters, motors and controls. 9. Flue piping and combustion air intake piping for furnaces. 10. Fans. 11. Cooling coils, refrigerant type. 12. Piping and pipe insulation. 13. Ductwork and duct insulation. 14. Fire dampers. 15. Louvers. 16. Ductless split-system air conditioning units. 17. Air-cooled condensing units. 18. Dud smoke detectors installation only(furnishing and wiring by electrical). 19. Sheet metal work. 20. Complete air distribution system including low and pressure ductwork, diffusers, registers,grilles,splitters, dampers,and similar items. 21, Rooftop heating and ventilating units and related equipment. 22, Indoor gas furnaces. 23. Cooling coils. 24. Electric cabinet heaters. 25. Electric unit heaters. • 26. Electric baseboard radiation. HEATING,VENTILATION AND AIR CONDITIONING 15600-2 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 27. Equipment identification. 28. Access panels. 29. Vibration isolation, both seismic and non-seismic. Contractor shall verify with the Architect the seismic and non-seismic areas of the project. 30. Instruction manuals and startup instructions. 31. Testing and balancing. 32. Cleaning. 33. Automatic temperature controls. 34. Core drilling for the Work of this Section. 35. Coordination drawings and record drawings and similar requirements. 36. Hoisting Equipment: The Heating, Ventilating and Air Conditioning subcontractor shall furnish, install and maintain In safe and adequate condition all mechanical hoisting equipment, operating personnel and rigging that is necessary for the proper execution of the Work of this Section. Staging, Planking and Scaffolding: The Heating, Ventilating and Air Conditioning subcontractor shall furnish, install and maintain in safe and adequate condition,all staging, planking and scaffolding up to eight feet in height that is necessary for the proper execution of the Work in this Section. The General Contractor shall furnish, install and maintain In safe and adequate condition all staging, planking and scaffolding above eight feet in height. 1.6 CONTRACT DOCUMENTS A. Work to be performed under this Section is shown primarily on the following Drawings:M- 001, M-100, M-101, M-200, M-201, M-300, M-301, M-400, M-401, M-500, M-501, M-600 and M-601. • B.. The following Drawings are included for reference and coordination and additional requirements for work in this Section: Plumbing, Fire Protection and Electrical Drawings. This contractor shall review all of the Drawings as they relate to the work of this section relative to coordination of locations,clearances,utility services, etc. C. Listing of Drawings does not limit responsibility of determining full extent of work required by Contract Documents. Refer to Architectural, Mechanical, Electrical, Structural, and other Drawings, Specifications and other Sections of the Contract Documents that indicate types of construction in which work shall be installed and work of other trades with which work of this Section must be coordinated. D. Except where modified by a specific notation to the contrary, it shall be understood that the Indication and/or description of any item, in the drawings or specifications or both, carries with it the instruction to furnish and install the item, regardless of whether or not this instruction is explicitly stated as part of the indication or description. E. Items referred to in singular number in Contract Documents shall be provided in quantities necessary to complete work. F. Drawings are diagrammatic. They are not intended to be absolutely precise;they are not intended to specify or to show every offset, fitting, and component. The purpose of the drawings is to Indicate a systems concept,the main components of the systems, and the approximate geometrical relationships. Based on the systems concept, the main components, and the approximate geometrical relationships, the contractor shall provide all other components and materials necessary to make the systems fully complete and operational. • G. Information and components shown on riser and/or flow diagrams but not shown on plans,and vice versa, shall apply or be provided as if expressly required on both. HEATING,VENTILATION AND AIR CONDITIONING 15600-3 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts H. Data that may be furnished electronically by the Engineer(on computer tape,diskette, or • otherwise) is diagrammatic. Such electronically furnished information is subject to the same limitation of precision as hereinbefore described. If furnished, such data Is for convenience and generalized reference, and shall not substitute for Engineer's sealed or stamped construction documents. 1.7 DISCREPANCIES IN DOCUMENTS A. Where Drawings or Specifications conflict or are unclear, notify the Architect in writing before Award of Contract. Otherwise, the Architect's interpretation of Contract Documents shall be final, and no additional compensation shall be permitted due to discrepancies or un-clarities thus resolved. B. Where Drawings or Specifications do not coincide with manufacturers'recommendations, or with applicable codes and standards, notify the Architect in writing before installation. Otherwise, make changes in installed work as the Architect requires within Contract Price. No additional compensation shall be paid for additional work and/or materials. C. If the required material, installation, or work can be interpreted differently from drawing to drawing, or between drawings and specs, this contractor shall provide that material, installation,or work which is of the higher standard. D. It is the intent of these contract documents to have the contractor provide systems and components that are fully complete and operational and fully suitable for the intended use. There may be situations in the documents where insufficient Information exists to precisely describe a certain component or subsystem, or the routing of a component. In cases such as this,where the contractor has failed to notify the Architect of the situation • in accordance with Paragraph (A) above, the contractor shall provide the specific component or subsystem with all parts necessary for the intended use, fully complete and operational, and installed in workmanlike manner either concealed or exposed per the design intent. E. In cases covered by Paragraph (D) above, where the contractor believes he needs Engineering guidance, he shall submit a sketch identifying his proposed solution to the Architect for review and approval. 1.8 MODIFICATIONS IN LAYOUT A. HVAC, Plumbing, Fire Protection, and Electrical Drawings are diagrammatic. They indicate general arrangements of Mechanical and Electrical systems and other work. They do not show all offsets required for coordination nor do they show the exact routings and locations needed to coordinate with structure and other trades and to meet Architectural requirements. B. In all spaces, prior to installation of visible material and equipment, including access panels, review Architectural Drawings for exact locations of said items and where not clearly indicated, request information from the Architect. C. Review Contract Drawings as well as Shop Drawings of all other subcontractors on the project to verify and coordinate spaces in which work of this Section and other trades will be Installed. D. Maintain maximum headroom at all locations. All piping, duct, conduit, and associated components to be as tight to underside of structure as possible or as indicated on the Contract Drawings. • HEATING,VENTILATION AND AIR CONDITIONING 15600-4 ICON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • E. Make reasonable modifications in layout and components needed to prevent conflict with work of other trades and to coordinate according to Paragraphs A, B, C, and D above. Systems shall be run in a rectilinear fashion. F. Where conflicts or potential conflicts exist and Engineering guidance is desired, submit sketch of proposed resolution to the Architect for review and approval. 1.9 RELATED WORK IN OTHER SECTIONS A. The following work is not included In this Section and shall be performed under other Sections(abbreviation POS on Drawings means"Provided Under Other Sections"). 1. Excavation and backfill. 2. Concrete work, including concrete housekeeping pads and other pads and blocks for vibrating and rotating equipment. 3. Cutting and patching of masonry, concrete, tile and other parts of structure, with the exception of drilling for hangers and providing holes and openings In metal decks. 4. Flashing of all roof and wall penetrations required for the installation of components of the HVAC systems serving the building. 5. Installation of access panels in floor,wall,furred spaces or ceilings. 6. Painting. 7. Provision and wiring of duct smoke detectors. 8. Installation of access panels. 9. Installation and wiring of duct smoke detectors. 10. Electric power wiring for all equipment. • 11. Plumbing and fire protection systems. 12. Structural supports necessary to distribute loading form equipment to roof or floor except as specified herein. 13. Temporary light, power, water, heat, gas and sanitary facilities for use during construction and testing. 14. Outdoor air intake or exhaust louvers. 15. Gypsum drywall enclosures of Mechanical equipment and/or system components. 1.10 SITE VISIT A. Before submitting bid, visit and carefully examine site to identify existing conditions and difficulties that will affect work of this Section. No extra payment will be allowed for additional work caused by unfamiliarity with site conditions that are visible and readily construed by experienced observer. Site visit is particularly Important because this is renovation work. 1.11 EXISTING CONDITIONS AND PREPARATORY WORK A. Before starting work in a particular area of the project, visit site and examine conditions under which work must be performed including preparatory work done under other Sections or Contracts. Report conditions that might affect work adversely in writing through Contractor to the Architect. Do not proceed with work until defects have been corrected and conditions are satisfactory. Commencement of work shall be construed as complete acceptance of existing conditions and preparatory work. Additional compensation shall not be given for work needed to rectify conflicts that occur if previously not identified and reported to the Architect. • HEATING,VENTILATION AND AIR CONDITIONING 15600-5 ICON architecture.inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 1.12 CODES, STANDARDS,AUTHORITIES,AND PREPARATORY WORK A. Perform work strictly as required by rules, regulations, standards, codes, ordinances, and laws of Local, State, and Federal governments, and other authorities that have legal jurisdiction over the site. Materials and equipment shall be manufactured, installed and tested as specified in the latest editions of applicable publications, standards, rulings and determinations of: 1. Local and State Building, Plumbing, Mechanical, Electrical, Fire and Health Department codes. 2. National Fire Protection Association (NFPA). 3. American Insurance Association (A.I.A.) (formerly National Board of Fire Underwriters). 4. Occupational Safety and Health Act(OSHA). 5. Underwriters'Laboratories(UL). B. Material and equipment shall be listed by Underwriters' Laboratories (UL), and approved by ASME for intended service. C. When requirements cited in this Specification conflict with each other or with Contract Documents,most stringent shall govern work. Architect may relax this requirement when such relaxation does not violate ruling of authorities that have jurisdiction. Approval for such relaxation shall be obtained in writing. D. Most recent editions of applicable specifications and publications of the following organizations form part of Contract Documents: 1. American National Standards Institute(ANSI). • 2. American Society of Mechanical Engineers (ASME). 3. National Electric Manufacturers Association(NEMA). 4. American Society for Testing and Materials(ASTM). 5. American Society for Heating, Refrigerating and Air Conditioning Engineers (ASHRA . 6. Air MovingE)and Conditioning Association (AMCA). 7. Sheet Metal and Air Conditioning Contractors National Association (SMACNA). 8. American Diffuser Council (ADC). 9. Air Conditioning and Refrigeration Institute(ARI). 10. Thermal Insulation Manufacturers Association(TIMA). 11. Institute of Electrical and Electronics Engineers (IEEE). 1.13 GUARANTEE AND 24-HOUR SERVICE A. Guarantee Work of this Section in writing for one year following the date of beneficial occupancy by the Owner. If the equipment Is used for ventilation, temporary heat, etc. prior to initial beneficial occupancy by the Owner, the bid price shall include an extended period of warranty covering the one year of occupancy, starting from the initial date of beneficial occupancy by the Owner. The guarantee shall repair or replace defective materials, equipment, workmanship and installation that develop within this period, promptly and to the Architect's satisfaction and correct damage caused in making necessary repairs and replacements under guarantee within Contract Price. All filters in water systems shall be cleaned and all filters in air handling equipment shall be replaced with new filters. B. In addition to guarantee requirements of Subparagraph A above, obtain written equipment and material warranties offered in manufacturer's published data without • exclusion or limitation in Owner's name. HEATING,VENTILATION AND AIR CONDITIONING 15600-6 _: . ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • C. Replace material and equipment that require excessive service during guarantee period as defined and as directed by Architect. D. Provide 24 hour service beginning on the date the project is first beneficially occupied by the Owner, whether or not fully occupied, and lasting until the termination of the guarantee period. Service shall be at no cost to the Owner. Service can be provided by this contractor or a separate service organization. Choice of service organization shall be subject to the Architect's approval. Submit name and a phone number that will be answered on a 24 hour basis each day of the week,for the duration of the service. E. Submit copies of equipment and material warranties to the Architect before final payment. F. At end of guarantee period, transfer manufacturers' equipment and material warranties still in force to OWNER. G. This Paragraph shall not be interpreted to limit Owners' rights under applicable codes and laws and under this Contract. H. Part 2 Paragraphs of this Specification may specify warranty requirements that exceed those of this Paragraph. I. Use of systems provided under this Section for temporary services and facilities shall not constitute Final Acceptance of work nor beneficial use by Owner, and shall not institute commencement of the guarantee period. J. Provide manufacturer's engineering and technical staff at site to analyze and rectify problems that develop during guarantee period, immediately.. If problems cannot be • rectified immediately to Owner's satisfaction, advise the Architect in writing, describe efforts to rectify situation, and provide analysis of cause of problem. The Architect will direct the course of action to resolve the issue. 1.14 RECORD DRAWINGS A. As work progresses and for duration of Contract, maintain complete and separate set of prints of Contract Drawings at the Job site at all times. Record work completed and all changes from original Contract Drawings clearly and accurately including work installed as a modification or addition to the original design. Record valve tags as they are installed. In addition, take photographs of all concealed equipment in gypsum board ceilings, shafts, etc. and other concealed and Inaccessible work. At completion of work, make copies of photographs with written explanation on back. These shall become part of Record Documents. B. At completion of work prepare a complete set of Record Drawings on electronic media depicting systems and equipment as actually installed. Include with the electronic files one complete set of the Record Drawings for the Owner's records. Electronic files shall be in AUTO-Cad version 2000 or later. C. The original Engineer's electronic files shall be available for purchase by the Mechanical Contractor for use in preparation of the final Record Drawings of the"as-built"systems at a cost of $25.00 per Drawing, payable directly to the Engineer. The Mechanical Contractor shall also sign release waivers addressed to the Architect and Engineer of record to obtain the electronic files releasing the Architect and Engineer from any and all liability of incorrect Information on their prepared"Record Drawings"files • D. THE ARCHITECT WILL NOT CERTIFY THE ACCURACY OF THE RECORD DRAWINGS — THIS IS THE SOLE RESPONSIBILITY OF THE MECHANICAL HEATING,VENTILATION AND AIR CONDITIONING 15600-7 ICON architecture. inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • CONTRACTOR. E. This trade shall submit the record set for approval by the Building Department in a form(s) acceptable to the Department, when required by the Authority Having Jurisdiction. F. Drawings shall indicate record conditions of details, sections, riser diagrams, control changes and corrections to schedules. Schedules indicate actual manufacturer's make and model numbers of final equipment installation. 1.15 BULLETINS, MANUALS, OPERATING INSTRUCTIONS,AND PROTECTION A. Obtain at time of purchase of equipment, three copies of operation, lubrication and maintenance manuals for all items. Assemble literature in coordinated manuals with additional information describing combined operation of field assembles units, including as-built wiring diagrams. Manual shall contain names and addresses of manufacturers and local representatives who stock or fumish replacement repair parts for items or equipment. Divide manuals into three sections or books as follows: 1. Directions for and sequence of operation of each item of HVAC system, e.g. rooftop HVAC units, indoor air handling units, condensing units, fans, etc. Sequence shall list devices used to start, stop and control system. Detail procedure to be followed in case of malfunctions. Detailed maintenance and trouble-shooting manuals containing data furnished by manufacturer for complete maintenance. Include copy of balancing report. 2, Lubrication instructions detailing type of lubricant, amount, and intervals • recommended by manufacturer for each item of equipment. Include additional instructions necessary for implementation of first class lubrication program. Include approved summary of lubrication Instructions In chart form, as applicable for systems provided. 3. Furnish three copies of manuals to Architect for approval and distribution to Owner. Deliver manuals no less than 30 days prior to acceptance of equipment to permit Owner's personnel to become familiar with equipment and operation prior to acceptance by the Owner. B. Operating Instructions: Upon completion of installation or when the Owner accepts portions of building and equipment for operational use, instruct Owner's operating personnel in and all parts of various systems. Instructions shall be performed by factory- trained personnel or factory-approved representative. Owner shall determine which systems require additional instructions and training. Duration of instructions shall take equipment through complete cycle of operation (at least five working days). Make adjustments under operating conditions. C. Each contractor shall be responsible for his work and equipment until final inspection and testing by the contractor and final acceptance at that time by the Owner. Carefully store materials and equipment which are not immediately installed after delivery to site. Close open ends of work with temporary covers or Oplug during construction to prevent entry of obstructing material. D. Each separate contractor shall protect the work and material of other trades that might be damaged by his worker workmen and make good all damage thus caused. • HEATING,VENTILATION AND AIR CONDITIONING 15600-8 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • 1.16 SUBMITTALS A. This Paragraph supplements Division 1. B. Definitions 1. Shop Drawings are Information prepared by the Contractor to Illustrate portions of the work in more detail than shown in the Contract Documents. 2. Coordination Drawings are detailed, large-scale layout Shop Drawing showing HVAC, Electrical, Plumbing and Fire Protection work superimposed in order to Identify conflicts and ensure inter-coordination of Mechanical, Electrical, Architectural,Structural and other work. C. Submittal Procedures and Format. 1. Review submittal packages for compliance with Contract Documents and then submit to Architect for review. Submit transparency and two blue or black-line reproductions of each Shop Drawing larger than 8-1/2"x11". Submit eight sets of each smaller shop drawing. After review, transparency original of each large Shop Drawing and six sets of each small Shop Drawing will be returned with reviewer's notes. 2. Each Shop Drawing shall indicate in the title block, and each Product Data submittal shall indicate on the cover sheet the following information: Title • Name and location of project Names of Architect, Engineer,Contractor and Subcontractor(s) Names of manufacturers,suppliers,vendors,etc. Date of submittal Whether original Is submittal or resubmitted 3. Shop Drawings showing layouts of systems shall contain sufficient plans, elevations, sections, details and schematics to describe work clearly. They shall be 1/4" = 1'-0" scale unless specified otherwise. Sheet Metal Shop Drawings shall be 3/8° = 1'-0" and shall Indicated work of other Sections where physical clearances are critical and where Interferences are possible. Provide larger scale details as necessary. Sheet Metal Drawings shall show elements of Architect's reflected ceiling p , ctwork, walls, ptiion , ff , stes, grilles, fire damperslan, sleevesexposed andduother aspects of constructionartsdiasusersnecessaregiry for coordination. 4. ALL FIREWALLS AND SMOKE PARTITIONS MUST BE HIGHLIGHTED ON THE SHEET METAL DRAWINGS FOR COORDINATION PURPOSES. 5. Shop Drawings showing manufacturer's product data shall contain detailed dimensional drawings, accurate and complete description of materials, of construction, manufacturer's published performance characteristics and capacity ratings (performance data alone is not acceptable), electrical requirements and wiring diagrams. Drawings shall clearly indicate location (terminal block or wire number), voltage and function for field terminations, and other information necessary to demonstrate compliance with all requirements of the Contract Documents. • 6. Provide Shop Drawing submittals indicating details of piping connections to QLL HEATING,VENTILATION AND AIR CONDITIONING 15600-9 ICON architecture. inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts . HVAC equipment. If connection details are not submitted and connections are • found to be installed incorrectly in the field, this contractor shall reinstall them within the original Contract price. 7. JIOTE: SHOP DRAWING SUBMITTALS SHALL BE IN THE FORM OF MANUFACTURER'S ORIGINAL PRODUCT PUBLICATIONS AND SHALL BE CLEARY MARKED AS TO THE SPECIFIC EQUIPMENT AND OR APPLICATION SUBMITTED FOR. INCLUDING THE' EQUIPMENT TAG AS INDICATED ON THE CONRACT DOCUMENTS. THE SUBMISSION OF E- MAILED PDF COPIES OF SUBMITTAL DATA AND/OR XEROX SUBMITTALS FAXED TO THE ENGINEER WILL NOT BE ACCEPTED. D. Acceptable Manufacturers The Architect's mechanical / electrical design for each product is based on the single manufacturer listed In the schedule or shown on the Drawings. In Part 2 of these specifications certain Alternate Manufacturer's are listed as being acceptable. These are acceptable only If,as a minimum,they: 1. Meet all performance criteria listed In the schedules and outlined in the specification. For example, to be acceptable an air handling unit must deliver equal CFM against equal external static pressure using equal or less horsepower as the air handler listed in the schedules. 2. Have identical operating characteristics to those called for in the specification. For example,a constant speed motor will not be acceptable if a two speed motor is specified. • 3. Fit within the available space it was designed for, including spOace for maintenance and component removal and replacement, with no modification to either the space or the product. Clearances to walls, ceilings and other equipment will be at least equal to those indicated on the Design Drawings. The fact that a manufacturer's name appears as acceptable shall not be taken to mean that the Architect has determined that the manufacturer's products will fit within the available space, this determination is solely the responsibility of the contractor. 4. For rooftop mounted equipment and for equipment mounted in areas where structural work Is a consideration, the products must have a weight no greater than the product listed in the schedules or specifications. 5. Products must adhere to all Architectural considerations including but not limited to: being of the same color as the product scheduled or specified, fitting within Architectural enclosures as indicated on details, and for diffusers, lighting and plumbing fixtures be of the same size and of the same physical appearance as scheduled or specified products. E. Deviations 1. Concerning deviations other than substitutions, proposed deviations from Contract Documents shall be requested individually in writing whether deviations result from field conditions, standard Shop Drawing practice, or other cause. Submit letter with transmittal of Shop Drawings which flags the deviation to the attention of the Architect. 2. Without letters flagging the deviation to the Architect, it is possible that the • HEATING,VENTILATION AND AIR CONDITIONING 15600-10 ICON architecture, inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • Architect may not notice such deviation or may not realize its ramifications. Therefore, if such letters are not submitted to the Architect, the contractor shall hold the Architect and his Consultants harmless for any and all adverse consequences resulting from the deviations being implemented. This shall apply regardless of whether the Architect has reviewed or approved Shop Drawings containing the deviations and will be strictly enforced. 3. Approval of proposed deviations, if any, will be made at the discretion of the Architect. F. Substitutions 1. Substitutions of products by manufacturers other than those listed shall only be done in accordance with subparagraph G "Substitutions and Deviations'. G. Substitutions and Deviations 1. Deviations from Contract Documents and substitution of materials or equipment relative to the 'Acceptable Manufacturers" referred to above shall be requested Individually In writing whether deviations result from field conditions, standard Shop Drawing practice or other cause. Submit letter with transmittal of Shop Drawings which flags the substitution or deviation to the attention of the Architect. The letter shall describe changes in system indicated and physical characteristics (connections to adjacent materials, electrical services, service access requirements, and other characteristics), and differences in operating characteristics or cycles. • 2. Without letters flagging the deviation to the Architect, it is possible that the Architect may not notice such deviation or may not realize its ramifications. Therefore, if such letters are not submitted to the Architect, the contractor shall hold the Architect and his Consultants harmless for any and all adverse consequences resulting from the deviations being implemented. This shall apply regardless of whether the Architect has reviewed or approved Shop Drawings containing the deviations and will be strictly enforced. 3. Do not request substitute materials or equipment unless identical material or equipment unless proposed substituted material or equipment has been operated successfully for at least three consecutive years. Such materials and equipment shall be a regular catalogued item shown in the current catalog of the manufacturer. When deviation or substitution is permitted coordinate fully with related changes to Architectural, Structural, Plumbing, Fire Protection, Electrical and other work. Ensure that related changes necessary for coordination of substituted item are made within Contract Price. Assume full responsibility for safety,operation and performance of altered system. 4. Substitutions of equipment, systems, etc. requiring approval of Local Authorities must comply with such regulations and be filed by the Contractor(should filing be necessary). 5. Consideration will not be given to claims that the substituted item meets the performance requirements with lesser construction (such as lesser heat exchanger surface, etc.). Performance as delineated in the schedules and in the specifications shall be Interpreted as minimum performance. In many cases construction is heavier or more substantial to allow for pick-up loads which • cannot be delineated under the minimum performance. HEATING,VENTILATION AND AIR CONDITIONING 15600.11 JCON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 6. Approval of proposed deviations or substitutions, if any, will be made at the discretion of the Architect. H. Submittal Notations: Submittals will be returned from the Architect marked as illustrated below: No Exception Taken Revise and Resubmit Make Corrections Noted Rejected Schedule: Incorporate Shop Drawing review period into construction schedule so that Work is not delayed. This Contractor shall coordinate the project construction schedule with the Architect so as to enable timely and complete Shop Drawings submittals. Contractor shall assume full responsibility for delays caused by not incorporating the following Shop Drawing review times into his schedule: Allow at least 10 working days, exclusive of transmittal time, for review each time a Shop Drawing is submitted to the Architect. 1. HVAC Automatic Temperature Controls submittals. 2. HVAC air balancing reports,including the associated equipment for each system. 3. Coordination drawings. J. List of Proposed Equipment and Materials 1. Within two weeks after Award of Contract and before ordering materials or equipment, submit complete list of proposed materials and equipment and indicate manufacturer's names and addresses. No consideration will be given to partial lists submitted out of sequence. • K. Responsibility 1. Intent of Submittal review is to check for capacity, rating, and certain construction features. Contractor shall ensure that work meets the requirements of the Contract Documents regarding information that pertains to fabrication processes or means, methods, techniques, sequences and procedures of construction, and for coordination of work of this and other Sections. Work shall comply with submittals marked "Reviewed" to extent that they agree with Contract Documents. Submittal review shall not diminish responsibility under this Contract for supports and access for service, nor the Shop Drawing errors or deviations from requirements of Contract Documents.The Architect's noting of some errors while overlooking others will not excuse the Contractor from proceeding in error. Contract Documents requirements are not limited,waived nor superseded in any way by review. 2. INFORM SUB-CONTRACTORS, MANUFACTURERS, SUPPLIERS, ETC. OF SCOPE AND LIMITED NATURE OF REVIEW PROCESS AND ENFORCE COMPLIANCE WITH CONTRACT DOCUMENTS. L. Material and equipment requiring Shop Drawings Submittals shall Include but not be limited to the following: 1. Rooftop HVAC units. 2. Fans. 3. Roof curbs. 4. Split system air conditioning units. 5. Diffusers,registers,grilles, splitters,dampers and accessories. • 6. Fire dampers. HEATING,VENTILATION AND AIR CONDITIONING 15600-12 ICON architecture,Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 7. Electric heat. 8. Indoor gas fired air handling units. 9. Cooling coils. 10. Air cooled condensing units. 11. Vibration isolation. 12. Flue gases and combustion air piping,fittings,etc. 13. Automatic temperature controls. 14. Insulation and acoustical lining. 15. Pipe, pipe hangers, sleeves and inserts. 16. Equipment bases and supports. 17. Identification for equipment. 18. Complete ductwork shop drawings, construction details and duct construction standards. 19. Access panels. 20. Color selection charts and samples for equipment and systems in finished areas. 1.17 COORDINATION DRAWINGS A. The Sheet Metal Sub-contractor shall prepare a complete set of "Cronoflex Mylar" type background drawings at a scale not less than 318" = 1'-0" indicating structure and other Information as needed for coordination. He shall indicate sheet metal layout thereon. These will be the Coordination Drawings. The preparation of Coordination Drawings in electronic AutoCAD format Is acceptable, however, the Mechanical Contractor shall coordinate this work with the other Contractors sous to assure their ability to prepare electronic files. B. ALL FIREWALLS AND SMOKE PARTITIONS MUST BE HIGHLIGHTED ON THE • COORDINATION DRAWINGS FOR APPROPRIATE COORDINATION OF ALL TRADES WORK. C. The main paths of egress and for equipment removal and from main mechanical and electrical rooms must be clearly shown on the Coordination Drawings. D. Each of the below trades shall add their work to these background drawings with elevations and grid dimensions clearly indicated. Specialty trade information is required for fan rooms and mechanical rooms, horizontal exits from duct shafts, crossovers, and for spaces In and above ceiling where congestion of work may occur, such as corridors and possibly entire floors. Drawings shall indicate horizontal and vertical dimensions to avoid interference with structural framing,ceilings, partitions and other services. 1. Specialty Trades a. Plumbing systems. b. HVAC Piping. c. Electrical lighting, bus ducts,cable tray and conduit 2"and larger. d. Sheet Metal work. a. Sprinkler system piping and heads. • E. Each Specialty Trade shall sign and date each mylar coordination drawing. Return drawings to the Sheet Metal Sub-contractor who will route them sequentially to all Specialty Trades. F. Where conflicts occur with placement of materials or equipment of various trades, the Sheet Metal Sub-contractor will be responsible to coordinate the available space to • accommodate all trades. Any resulting adjustments of materials and equipment shall be initialed and dated by the Specialty Trade. The Sheet Metal Sub-contractor shall then HEATING,VENTILATION AND AIR CONDITIONING 15600-13 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts final date and sign each Drawing. If he cannot resolve conflicts the decision of the • General Contractor in conjunction with the Architect shall be final. G. A Sub-contractor who fails to promptly review and Incorporate his work on the Coordination Drawings shall assume full responsibility of any Installation conflicts affecting his work and of any schedule ramifications. H. Sheet Metal Sub-contractor shall make final mylar transparencies of all Coordination Drawings. Fabrication of work shall not start until all transparencies of completed Coordination Drawings are received by the Architect and Engineer and have been reviewed. Review of the Coordination Drawings shall not diminish responsibility under this Contract for final coordination of installation and maintenance clearances of all systems and equipment with Architectural, Structural, Mechanical, Electrical, Plumbing, and Fire Protection work. J. After Approval 1. After written approval of Coordination Drawings the method used to resolve Interferences and conflicts not previously Identified shall be as In Section 1.08, "Modification in Layouts"herein above. 2. All changes to approved Coordination Drawings shall be approved in writing by the Architect I Engineer prior to start of work in affected area. K. Distribution of Coordination Drawings • 1. The Sheet Metal Sub-contractor shall provide the following distribution of documents: a. One sepia of each Coordination Drawing to each Specialty Trade and affected Contractor for their use. b. One Mylar of each Coordination Drawing to Owner. c. One sepia of each Coordination Drawing to General Contractor. L. Coordination Drawings information and data shall include but not be limited to the following: 1. Structure 2. Partition/room layout 3. Ceiling tile and grid 4. Light fixtures 5. Access panels 6. Sheet metal,heating coils, boxes,grilles,diffusers, etc. 7. All piping systems 8. Smoke and fire dampers 9. Soil,waste and vent piping 10. Roof drain piping 11. Major electrical conduit runs, panelboards, feeder conduit and racks of branch conduit 12. Above ceiling miscellaneous metal 13. Sprinkler piping and heads • HEATING,VENTILATION AND AIR CONDITIONING 15600-14 • ICON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • PART 2-PRODUCTS 2.1 DUCTWORK AND AIR DISTRIBUTION EQUIPMENT A. Reference Standards 1. Material, construction and installation shall meet requirements of most recent editions of the following standards and references, except for more stringent requirements specified or shown on Drawings: Standard As Applicable To SMACNA HVAC Duct Sheet Metal Ductwork; Construction Standards Duct Liners;Adhesives; Metal and Flexible Fasteners;Flexible Ductwork. SMACNA HVAC Air Duct Leakage Duct Leakage Testing Test Manual ADC and TIMA Flexible Duct Flexible Ductwork Performance Standards NFPA 90A Fire Dampers; Fire Resistance Standards for Ducts and Liners ADC Test Code 1062 R4 Ratings of Diffusers, Registers Grilles • B. General 1. Provide supporting and hanging devices necessary to attach entire HVAC system including ductwork and equipment,and to prevent vibration. 2. Provide vertical and horizontal supports as required by codes to meet minimum applicable earthquake resistance standards. 3. Ductwork shall be free from vibration under all conditions of operation. Dimensions shown on Drawings for lined ductwork are net inside dimensions. Increase ductwork to accommodate lining requirements. 4. Pipe or conduit crossing duct: a. No pipe, conduit, hanger, Architectural element nor structural member shall pass through duct. 5. When making offsets and transformations necessary to accommodate structural conditions, preserve full cross-sectional area of ductwork shown on Drawings. 6. Unless otherwise specified or shown on the drawings, the following pressure classifications shall be used for the types of ductwork listed below: 2"Class: All ductwork. 7. Sealing Requirements for Class B, Leakage Class 12, Galvanized, Non-Welded Aluminum or Non-Welded Stainless Steel, Ductwork. • a. Transverse Joints HEATING,VENTILATION AND AIR CONDITIONING 15600-15 ICON architecture, inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts 1) During assembly seal all flanged transverse joints with sealing • tape of quality equal to Hardcast Inc. 1902-FR. Corners shall be sealed as described by SMACNA and when applicable per manufacturer's published procedures. 2) Seal all non-flanged transverse joints with Hardcast Inc. Versa Grip 102 or approved equal. b. Longitudinal Seams 1) Seal all longitudinal seams during ductwork fabrication with Hardcast Inc. Cold Seal 1001 or approved equal. 8. Support a. Space hangers as required by SMACNA(8 ft max)for horizontal duct on 8 ft.centers,unless concentrated loadings require closer spacing. b. Support vertical duct on each floor or slab it penetrates. c. Supports for ductwork and equipment shall be galvanized unless specified otherwise. 9. Connections a. Connect inlets and outlets of air handling units and fans to ductwork with flexible connections unless fan has vibration isolator mounts inside unit • with flexible connections and no external vibration isolators. Exception: Do not use flex on life safety smoke exhaust fans. b. Indoors, flexible connections shall be neoprene-coated fibrous glass fire retardant fabric, by Ventfabrics, or Durodyne. Outdoors, flexible connections shall be Dupont hypalon- coated fibrous glass fire-, weather-,and UV-resistant by Ventfabrics or Durodyne. c. Secure flexible connections tightly to air handlers with metal bands. Bands shall be same material as duct construction. d. Connections from trunk to branch ducts shall be as detailed on Drawings. 10. Construction a. No sharp metal edges shall extend into air streams. b. Install drive slips on air-leaving side of duct with sheet metal screws on 6"centers. c. Spin in collars shall NOT be used for branch connections in 3"or higher pressure class ductwork. 11. Joints a. Longitudinal lock seams shall be double-locked and flattened to make tight joints. • HEATING,VENTILATION AND AIR CONDITIONING 15600-16 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • b. Make transverse joints, field connections, collar attachments and flexible connections to ducts and equipment with sheet metal screws or bolts and nuts. Do not use rivets and staples. 12. Prefabricated Transverse Duct Joints a. Transverse joints In galvanized sheet metal ductwork may be made with galvanized gasketed frame and angle duct joint system by Ductmate, TDF, TDC or approved equal. Angles shall be at least 20 gauge. Prefabricated transverse duct joints shall not be used for duct 16 GA. and heavier,nor for duct 23 GA.or lighter. b. Secure angles to duct with screws (using clutched arbor) or spot-welds spaced as recommended by manufacturer for duct pressure class. 13. Elbows and Bends a. Elbows and bends for rectangular ducts shall have centerline radius of 1-1/2 times duct width wherever possible. Elbows for grease exhaust and fume hood exhaust shall be full radius. Vanes or mitered duct are not allowed. b. Where centerline radius is less than 1-1/2 times duct width (on supply, return and exhaust ductwork), elbows shall be radius throat (square throat allowed when turning around column or other close objects) with radius heel. For elbows whose width is greater than 48 inches and/or • where shown on plans, provide splitter vanes. Install vanes in accordance with SMACNA. Where multiple elbows are separated by less than ten duct diameters use splitter(full length)vanes. c. For round ductwork provide stamped elbows, with centerline radii equal to 1-1/2 times duct diameter,or gored elbows as follows: Elbow Angle No.of Gores 0°-36° 2 37°72° 3 73°90° 5 d. Elbows for flat oval ducts shall have centerline radii equal to 1-1/2 times duct diameter in plane of bend, or gored elbows with gores as specified for round ducts. 14. Access Panels/Doors a. Provide proper pressure and leakage rated, gasketed, duct mounted access panels/doors for the following Items with minimum sizes, as indicated. Access doors shall be of double wall construction - doors in insulated ducts shall be Insulated. Gauges of door materials, no. of hinges, no. and type of door locks shall be as required by the SMACNA Duct Construction Standards. Hinged doors are not acceptable, screwed or bolted access panels are not acceptable. Doors shall be chained to frame with a minimum length of 6" to prevent loss of door. For seal Class A, access doors shall be leakage rated, neoprene gasketed UL 94 • HF1 listed, DUCTMATE"sandwich"or approved equal. Door metal shall be the same as the attached duct material. For grease and high HEATING,VENTILATION AND AIR CONDITIONING 15600-17 ICON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • temperature ducts, door assembly shall be rated for 2300F. The minimum sizes are: 1) Fire dampers- 12"x 12",or larger. - 2) Automatic control dampers-6"x 6"minimum. 3) Manual volume dampers 2 sq.ft.and larger-6"x 6"minimum. 4) Inlet side to all coils- 12"x 12",or larger. 5) Suction and discharge sides of inline fans-24"x 24"minimum. 6) At additional locations indicated on drawings, or specified elsewhere- 12"x 12"minimum. b. Generally access doors are not shown on the drawings, but shall be provided in accordance with the above. 15. Extractors shall have adjusting rod and locknut on outside of duct. 16. Connections to roof fans: a. Shall be at least 22 ga.galvanized steel soldered watertight. b. Solder side seams at least 12"up from bottom. c. Provide suitable dielectric gaskets to join dissimilar materials. 17. Plenums and connections to louvers: a. Shall be 18 ga. minimum cross-broken and properly reinforced with • galvanized angle Irons to SMACNA requirements. b. Shall have bottom and corner seams soldered watertight at least 12" up from bottom. c. Shall have neoprene gaskets or other non-corrodible material to make connections to louvers watertight. d. Shall pitch connection back towards the louver. Provide half-coupling drain connection at bottom of plenum unless noted otherwise Pipe drain to nearest floor drain. e. Shall have unused portions of louvers blocked-off with sheet metal; sealed air- and water-tight; insulated with 2" thick 6-lb. density rigid or board insulation. 18. Duct Pressure Tests • a. Pressure test ducts after takeoffs and wall penetrations are in place and before applying exterior insulation. Correct any leaks. b. Pressure and leak test 100% of pressure duct work at 100% of duct construction class pressure. Duct shall be constructed so there is no joint or structural failure at the test pressure. 19. Duct Leakage Tests a. Leak testing shall be per SMACNA HVAC Air Duct Leakage Test • Manual. Provide orifice assembly including straightening vanes, HEATING,VENTILATION AND AIR CONDITIONING 15600-18 ICON architecture. inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • orifice-plate mounted in straight tube with properly located pressure taps, and U-tube manometer or other device as specified by SMACNA. Orifice assembly shall be calibrated accurately and shall come with calibration curve. Leakage classes shall be as previously specified. Submit leak test report (per SMACNA format) for Designer review. Drawings of ductwork tested shall also be submitted with report, indicating presence of takeoffs,wall penetrations,Joints,etc. ' 20. Materials. a. Sheet metal ducts shall be constructed of hot-dipped galvanized sheet metal with G90 Commercial coating according to ASTM 527 unless specified otherwise. b. Flexible Ductwork 1) Flexible ductwork, connecting to uninsulated or unlined duct, shall be polyester core with corrosion-resistant helical wire reinforcing. The polyester core shall be minimum two ply and shall have a minimum thickness of 0.0017". Flex duct shall be U.L. rated for 6" W.C. positive pressure, 2" W.C. negative pressure with a maximum velocity of 4000 FPM. Flexduct must be listed as a Class 1 Connector according to UL 181 and shall meet the requirements of NFPA 90A- maximum ASTM E-84 fire hazard rating shall be 25 flame spread, 50 fuel contributed and 50 smoke developed. Uninsulated flexible duct shall be equivalent to Wiremold, Type WB, or Flexmaster Types 2 and 4 IIP (not type 9). 2) Flexible duct connected to insulated or lined duct shall also be Insulated and shall be equivalent to Wiremold Type WK or Flexmaster Types 2 or 4 (not type 9), with 1-1/2", 3/4 lb. density fiberglass Insulation and an aluminized reinforced vapor barrier. 3) Submittals shall include data on no. of polyester plies and minimum thickness of polyester core, in addition to other data listed above required to ensure that submitted product meets the requirements of these specifications. 4) If flexible duct other than the model numbers of the vendors listed above is submitted, a sample of the flex shall be submitted to the Designer. The Designer shall have sole discretion in determining whether the submitted flex is equivalent to that of the named vendors above. 5) Unless otherwise Indicated, flexible duct shall not exceed 5'-0" long. C. 2"and Lower Pressure Class Ductwork-Rectangular 1. Ducts wider than 19" with more than 10 square feet of unbraced panel shall be beaded or cross-broken. 2. Internal stiffening struts shall only be used upon prior written approval of the • Designer. HEATING,VENTILATION AND AIR CONDITIONING 15600-19 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 3. Make changes In duct size with tapered connections as required by SMACNA. Changes shall NOT exceed 30Yrom line of air flow. Take-off to the diffusers shall be 45°1eading edge type or Bellmouth type. 4. Transverse joints shall be TDF/TDC or slip joints; use flat or standing seam according to SMACNA. Where duct size requires standing seam but space restrictions dictate flat seam, notify Designer prior to fabrication. D. 2"and Lower Pressure Class Ductwork-Round 1. Joints a. Longitudinal joints shall be spiral seam, butt welded, lap and seam welded, or ACME lock-grooved seam. Snap lock seams shall be used • on 1/1"w.g. pressure class duct only. b. Transverse joints shall be beaded sleeve joint or other approved joints listed in SMACNA. Use three or more sheet metal screws at 15" uniform Intervals along circumference of joints. 2. Branch fittings shall be conical tee (Buckley or equal) or combination tee as shown in SMACNA. E. Fire Dampers 1. Provide fire dampers throughout air distribution system as required by applicable codes, standards and authorities. Provide access door for each fire damper of • sufficient size to repair Internal link (see access paneVdoor section). Fire dampers indicated on drawings may not fully represent the exact number required for this project. It is the contractor's responsibility, at no additional cost to the Owner,to provide all required dampers. 2. Dampers shall be approved fusible-link self-closing spring loaded type, Buckley Model 150B or equal. 3. Frame shall be fitted with angle iron stop and stainless steel spring latch, and shall be securely fastened to building construction. 4. Seal spaces between damper frames and walls and between damper frames and floor with approved fire-retardant material. 5. Use of dampers shall NOT reduce net free area of duct below that shown on Drawings. Fire dampers shall be Type B with blades of dampers out of air stream. 6. Samples of fire dampers shall be submitted to and approved by local authorities having jurisdiction. 7. Dampers shall bear 1-1/2 hour UL-rating fire damper label and shall be constructed and installed as required by UL-555. 8. Fire dampers shall be Buckley, Ruskin, Nailor Industries or Prefco for use in the proper Duct Pressure classification. 9. Dampers shall be installed per SMACNA with breakaway connections and nose • pieces on duct liner(see SMACNA HVAC Duct Construction Standards). HEATING,VENTILATION AND AIR CONDITIONING 15600-20 ICON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • F. Ceiling Radiation Dampers and Fire Rated Blankets 1. For fire-rated ceiling assemblies, provide at all ceiling diffusers, registers and grilles: Radiation dampers(Nailor Industries Series 0700 or approved equal)and Fire Blanket (Nailor Industries 0725 or approved equal) or fire assembly: radiation damper and blanket already assembled Nailor or equal. G. Volume Dampers 1. Provide manual adjustable rectangular opposed blade dampers for duct heights less than 12" with factory Installed locking hand quadrants extended 2" for all dampers installed in externally insulated duct: a. On each supply, return and general exhaust duct take-off. b. At each take-off to register, grille or diffuser (not all are shown on drawing). 2. Dampers are manufactured approximately 5/16"smaller in width and 1/8"smaller In height than size of duct in which they are installed; e.g., nominal damper size is 24"x 10";actual size is approximately 23-11/16"x 9-7/8". 3. Damper frame shall be constructed of #6063 extruded aluminum reinforced channel with minimum thickness of .050". Opposed damper blades shall be #6063 extruded aluminum with minimum thickness of .050" and shall include reinforcing ribs. Each blade shall be supported In the damper frame by individual Teflon axle bearings, and shall be driven by stainless steel connecting slide linkage controlled by 3/8"square steel control shaft. • 4. Note: Required volume dampers are not indicated on drawings but dampers shall be provided as necessary for systems balancing. 5. Dampers 12"and larger in height shall be opposed multi-blade style. 6. Where dampers will be inaccessible,use locking type ceiling regulators and miter gear or worm gear for all horizontal dampers. Bearing coupling for bottom duct control may be used for shaft on vertical blade dampers. The 3/8" rod between ceiling regulator and damper shall be provided by contractor. 7. Damper blades shall be two gauges heavier than adjoining ductwork, and shall be riveted to supporting rods. Hem over edges parallel to rods. 8. Brackets shall be galvanized metal, secured to ductwork with sheet metal screw with locking quadrant arms (see seal class section for additional requirements). Provide 2"handle extension for all dampers on extemally Insulated ductwork. H. Automatic Dampers: Install automatic dampers furnished under Automatic Temperature Control Paragraph of this Section,as shown on Drawings,and as specified. I. Diffusers, Registers and Grilles 1. Provide diffusers, registers and grilles for supply, return and exhaust outlets, of size, type and design shown on Drawings. Acceptable manufacturers shall be Anemostat, Krueger, Metalaire or Titus. • 2. Equipment shall be tested and rated per ASHRAE 91-70. HEATING,VENTILATION AND AIR CONDITIONING 15600-21 ICON architecture, inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • 3. Equipment shall handle air quantities at operating velocities: a. With maximum diffusion within space supplied or exhausted. b. Without objectionable air movement as determined by Designer. c. With sound pressure level not to exceed NC 30. 4. Supply, return and exhaust outlets shall have opposed blade volume dampers operable from front. 5. Supply registers shall have Iwo sets of directional control blades. 6. Diffusers within same room or area shall be of same type and style to provide Architectural uniformity. 7. Diffusers, registers and grilles shall be furnished with gaskets and installed with faces set level and plumb,tightly against mounting surface. - 8. Finish shall be as directed by Designer. 9. Coordinate diffusers, registers and grilles with ceiling and wall construction. Refer to Architectural Drawings for exact lengths and for framing and mitering arrangements that may differ from those shown on HVAC Drawings. J. Branch Duct Take-off Fittings 1. Contractor shall provide Buckley Bellmouth Take-offs at all branch duct locations. 2. Bellmouth Fitting shall be Model BMD with damper. In areas where sufficient • duct height is not available, the contractor shall provide the Buckley Mini-mouth fitting, Model M-BMD with damper or the flat oval Bellmouth, Model FOBMD with damper. 3. Bellmouths shall be constructed of heavy-duty galvanized steel. Bellmouths shall include an air-tight Neoprene gasket to ensure a tight fitting with minimal leakage. Pre-drilled holes shall be provided for quick mounting. Bellmouth shall be as manufactured by Buckley Associates or equal (617-878-5000). 4. Standard damper hardware to be constructed of 26-gauge galvanized material with a quadrant damper and tight-fitting gasketing to ensure minimal leakage at damper pivot points. 5. Optional heavy-duty hardware shall be provided at locations of higher static pressure where shown on the drawings. 6. Ninety-degree take-offs are not permitted on this project. 2.2 ACOUSTICAL DUCT LINING • A. Provide 1" thick hospital grade, close cell foam liner by IMCOA EPFI or equal in accordance with paragraph 2.01. No fiberglass is allowed. • B. Increase dud dimensions to accommodate lining while maintaining inside clear dimensions shown on the drawings. C. Provide lining as follows: 1. Rooftop units for a distance of 10'-0" downstream from the unit in both the supply • and return air ducts. • HEATING,VENTILATION AND AIR CONDITIONING 15600-22 ICON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • D, Materials and installation shall meet following standards,as applicable: 1. NFPA-90A,UL723(Class l), NFPA-255 2. SMACNA Duct Liner Applications Standard 3. SMACNA Mechanical Fasteners Standard 4. Adhesive and Sealant Council: Adhesives Standard for Duct Liner - ASC-A-7001A 5. ASTM E-84 fire hazard classifications of 25 flame spread, 50 smoke developed, and 50 fuel contributed. 6. Minimum sound transmission. Class rating(STC)of 11. E. Duct liner shall be installed without interruptions or gaps, using 100% coverage of adhesive and mechanical fasteners. Mechanical fasteners shall be welded or secured mechanically to duct on 12"maximum centers. • F. Cut liner to ensure overlapped and compressed longitudinal joints at corners. Transverse joints in liner shall abut precisely. Seal joints against fiber entrainment with approved adhesive, as recommended by manufacturer. Use sheet metal nosing at beginning of lining(in direction of flow)to minimize erosion. G. Submit samples and catalog data for duct liner, mechanical fasteners, and adhesive to Designer for approval. 2.3 DUCT INSULATION A. General 1, Insulation shall be Certain-Teed, Knauf, Manville or Owens Coming. Install insulation, mastics, adhesives, coatings, covers, weather-protection and other work exactly as required by manufacturer's recommendations. Materials shall meet requirements of Adhesive and Sealant Council Standards and SMACNA. • 2. Apply insulation after systems have been tested, proved tight and approved by Designer. Remove dirt, scale, oil, rust and other foreign matter prior to installation of insulation. 3. Leaks in vapor barrier or voids in insulation will not be accepted. 4. ASTM E-84 minimum fire hazard ratings shall be 25 flame spread, 50 fuel contributed and 50 smoke developed. 5. Where ducts are insulated,flexible connections to ducts shall be Insulated. 6. Insulate standing seams with same material and thickness as duct. 7. Acoustically lined ductwork shall not be insulated externally, except in attic spaces or other non-conditioned spaces. 8. Return ductwork in ceiling plenums shall not be insulated. 9. Insulation shall be continuous through wall and ceiling openings and In sleeves. 10. Transmission rates of vapor barriers shall not exceed 0.02 perms. 11. Do not Insulate fibrous glass duct. B. Concealed Rectangular, Flat Oval and Circular Ductwork • 1. Insulate supply and fresh air ducts and plenum in concealed spaces and return duct not in ceiling plenum with 1-1/2"thick fibrous glass duct wrap, with foil-kraft HEATING,VENTILATION AND AIR CONDITIONING 15600-23 ICON architecture. inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts flame resistant vapor barrier. • 2. Insulation density shall be 3/4 lb/cf and maximum K-factor shall be 0.30 at 75F mean temperature. 3. If insulation does not have pre-cut lap, make lapped butt joints by cutting 2" strip of insulation away from vapor barrier. Apply 6" strips of approved adhesive on 16" centers and wrap duct with insulation. Staple lapped joint with outward clinching staples. Seal stapled joints air-tight with approved vapor barrier mastic or pressure sensitive vapor barrier tape. 4. For rectangular duct 24"or larger in any dimension, augment application method specified in item 3 with approved mechanical fasteners, such as weld pins with • speed washers,on 18"centers on bottom of duct. 5. Cover breaks in vapor material with patches of same material, secured with adhesive and staples. Seal staples with approved pressure sensitive vapor barrier tape. 6. Fill voids in Insulation at jacket penetrations and seal with approved pressure sensitive vapor barrier tape. 7: Seal and flash terminations and punctures with fibrous glass cloth sealed with approved pressure sensitive vapor barrier tape. 8. Terminate vapor barrier and extend insulation at standoff brackets. C. Exposed Rectangular Ductwork • 1. Insulate exposed supply, return and fresh air ducts and exposed plenum with 1" thick, semi-rigid fibrous glass boards with factory applied fire retardant foil-reinforced kraft vapor barrier facing. 2. Insulation density shall be 3 Ibicf with maximum K-Factor of 0.23 at 75F mean temperature. 3. Impale insulation on mechanical fasteners applied to duct surface on 12"centers. Use at least two rows of fasteners on each side of duct. Provide fastener rows within 3" of seams and edges. Secure insulation with suitable speed washers or clips firmly embedded in insulation. Provide additional fasteners as necessary on cross-broken ducts. 4. Extend insulation to standing seams, reinforcing, and other vertical projections 1" and less; do not carry over. Vapor barrier jacket shall be continuous across seams, reinforcing and projections. Insulation and jacket shall be carried over projections that exceed Insulation thickness. 5. Transverse joints shall be butted tightly. Longitudinal joints shall be butted, ship-lapped or 451nitered. Seal joints with 4" wide strips of approved vapor barrier patch material and adhesive, or with approved pressure sensitive vapor barrier tape. 6. Cover breaks, ribs and standing seam penetrations with patch of jacket material no less than 2"beyond break;secure with adhesive and staple. Seal staples and joints with matching pressure sensitive vapor barrier tape. • HEATING,VENTILATION AND AIR CONDITIONING 15600-24 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • 7. Fill voids in insulation at jacket penetrations and seal with approved pressure sensitive vapor barrier tape. 8. Seal and flash terminations and punctures with fibrous glass cloth covered with approved pressure sensitive vapor barrier tape. 9. Terminate vapor barrier and extend Insulation at standoff brackets. D. Exposed Round and Flat Oval Ductwork 1. Exposed supply and fresh air ducts and exposed plenum, which are located in mechanical and electrical rooms, storage rooms, unoccupied areas, unconditioned areas and/or as indicated on plans, shall be insulated with at least 1-1/2"fibrous glass duct wrap with foil-kraft flame resistant vapor barrier. 2. Insulation density shall be 3/4 Ib/cf and maximum K-Factor shall be 0.30 at 75" mean temperature. 3. If insulation does not have pre-cut lap make lapped butt joints by cutting 2" strip of insulation away from vapor barrier. Apply 6' strips of approved adhesive on 16" centers and wrap duct with insulation. Staple lapped joint with outward-clinching staples. Seal stapled joints air-tight with approved vapor barrier mastic or pressure-sensitive vapor barrier tape. 4, Cover breaks in vapor material with patches of same material, secured with adhesive and staples. Seal staples with approved pressure sensitive vapor barrier tape. • 5. Fill voids in insulation at jacket penetrations and seal with approved pressure sensitive vapor barrier tape. 6. Seal and flash terminations and punctures with fibrous glass cloth covered with approved pressure sensitive vapor barrier tape. 7. Terminate vapor barrier and extend Insulation at standoff brackets. 2.4 PIPING AND FITTINGS A. General 1. Pipe materials and fitting materials shall be as indicated in Schedule of Pipe and Fitting Materials. B. Schedule of Pipe and Pipe Fitting Materials SERVICE SYSTEMS PIPE PIPE JOINTS FITTING FITTING DESCRIPTION SIZE MATERIAL MATERIAL RATING PSI/CLASS/ WEIGHT Condensate CD All Copper B88, Soldered Wrought Class 150 Drain Type L 95/5 Tin Copper, Antimony B16.22 Refrigerant R All Copper,ACR Silver Wrought 200 PSI Brazed Copper • HEATING,VENTILATION AND AIR CONDITIONING 15600-25 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts C. Connections • 1: Provide dielectric fittings at connections of dissimilar materials. 2. Provide eccentric reducing couplings to bring pipes flush on top for water service and flush on bottom for steam service. 3. Make screw joints tight with Teflon (polytetrafluoroethylene) tape or litharge-glycerin mixture applied to male threads. Use tapered threads. 2.5 PIPE INSULATION A. Insulation shall be fibrous glass insulation with factory applied fire retardant vapor barrier jacket with K factor of 0.21 at 75F mean temperatu re: by Owens Corning,Certain-Teed, Manville or Knauf, installed as required by manufacturer. ASTM E-84 fire hazard ratings shall be 25 flame spread,50 smoke developed and 50 fuel contributed. B. Apply insulation after systems have been tested, proved tight and approved by Designer. Remove dirt,scale,oil,rust and foreign matter prior to installation of insulation. C. No leaks in vapor barrier or voids in Insulation will be accepted. D. Insulation and vapor barrier on piping which passes through walls or partitions shall pass continuously through sleeve, except that piping between floors and through fire walls or smoke partitions shall have space allowed for application of approved packing between sleeves and piping, to provide firestop as required by NFPA. Seal ends to provide continuous vapor barrier where insulation is interrupted. E. Insulate flexible connections to same thickness and with same material as adjoining pipe • insulation. F. Provide fibrous dual temperature insulation with factory applied vapor barrier jacket on steam, outdoor condenser water, outdoor cooling tower drain and makeup, condensate, chilled water,drain, hot and cold water piping, unless noted otherwise. G. Drain piping shall have Ys"thick insulation. H. Refrigeration Line Insulation 1. Outdoor lines shall be insulated with 3/4" thick rigid closed cell foam insulation, Armstrong Rigid Armaflex, Manville,Owens Corning,or approved equal. 2. Outdoor Insulation shall be protected with two coats of approved vinyl lacquer coating over woven glass mesh adhered to insulation with Insulcolor or approved equal fagging adhesive, as recommended by manufacturer. 3. Installation shall meet manufacturer's recommendations. Seal butt joints with Insulation manufacturers approved adhesive. 2.6 PIPE HANGERS AND SUPPORTS A. Provide pipe stands, supports, hangers and other supporting devices in accordance with ANSI B31.9 and MSS-69, as necessary to support work required by Contract Documents. B. Secure vertical piping to building construction to prevent sagging or swinging. C. Space hangers for horizontal piping as follows: • HEATING,VENTILATION AND AIR CONDITIONING 15600-26 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • Pipe Size Rod Diameter Maximum Spacing Up to 1-1/4" 3/8" 8 ft.-0" 1-1/2 and 2" 3/8" 10 ft.-0" D. Horizontal copper tubing shall have maximum hanger spacing of 5 ft. for tubing 1-1/4" • dia.and smaller and 10'for tubing 1-1/2"and larger. E. Support piping 3" dia. and under from structure with Carpenter and Patterson Fig. 100 clevis hangers or approved equal. F. Hangers shall be by Carpenter and Patterson, F& S, or Grinnell Co. Figure numbers of Carpenter and Patterson are specified to establish standards of quality for performance and materials. G. Hangers for horizontal lines shall be vertically adjustable to obtain pitch requirements of Piping Paragraph. 2.7 SLEEVES AND PENETRATIONS A. Pipe Sleeves 1. Sleeves through floors and through exterior,structural and fire-rated construction shall be hot-dipped galvanized Schedule 40 steel pipe. 2. Sleeves through partitions and non-fire-rated construction shall be 26 gauge galvanized steel with lock longitudinal seams,or approved plastic pipe. • 3. Provide waterproofing membrane locking devices at floors. Provide 150 lb. slip-on welding flanges at exterior wall penetrations. B. Duct Sleeves and Openings 1. Sleeves through floors, through exterior structure, and through fire-rated construction shall meet SMACNA Fire Damper and Heat Stop Guide for rectangular and flat oval ducts.. Fireproof packing shall be applied to seal any openings between sleeve and wall. Materials shall maintain the fire rating of the wall, and shall be Installed in accordance with the SMACNA Fire Damper and Heat Stop Guide. • 2. Materials for prepared openings In partitions shall match construction penetrated. C. Pipe Sleeve Packing 1. Packing between the pipe and the sleeve (or wall or slab opening) in fire rated walls or slabs shall be a combination of fireproof Insulation and fireproof caulk. The combination of materials shall have the same fire rating, in hours,as the wall or slab,as tested In accordance with the latest edition of ASTME-814 (UL 1479). The combination of materials shall be classified by UL, (fill, void or cavity materials)for the fire rating required and shall be listed as a numbered system in the UL Fire Resistance Directory. Fiberglass shall not be used as the Insulation material. 2. Acceptable fireproof insulation materials shall be: Kaolin (Kaowool by Babcock and Wilcox); ceramic fiber blanket (Fiberfrax by Standard Oil) or fire rated mineral wool (Thermafiber by USG). Acceptable fireproof caulks shall be: Silicone (Firestop by Dow Coming, Hilt' CS240); ceramic fiber (Fyreputty by Standard Oil) or intumescent synthetic elastomer(Fire Barrier Caulk by 3M, Hilt' • CS2420). HEATING,VENTILATION AND AIR CONDITIONING 15600-27 ICON architecture. inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts 3. Packing for sleeves that do not require maintenance of fire rating shall be oakum, • silicate foam,ceramic fiber or mineral fiber with approved sealant. Pack or foam to within 1" of both wall surfaces. Seal penetration packing with approved caulking and paintable water-proof mastic surface finish or silicone caulking. 4. All materials must be installed in accordance with manufacturers instructions; all gaps must be sealed. Finish caulk flush with wall or slab surface if piping runs exposed. 2.8 ESCUTCHEONS AND DUCT COLLARS A. Provide adjustable escutcheons on exposed piping that passes through finished floors, "walls and ceilings. Escutcheons shall be chromium-plated cast brass, sized to cover sleeve opening and to accommodate pipe and Insulation. B. Provide 4" wide 20 gauge galvanized sheet metal collars at sleeves and prepared openings, sized to cover entire duct penetration including sleeve and seal, and to accommodate duct and insulation as necessary. Edges shall have milled lips ground smooth. Paint to match finish of duct or as directed by Designer. C. Provide #316 stainless steel/No. 4 finish collar for emergency generator exhaust piping which passes through exterior wall. 2.9 MOTORS,STARTERS,AND WIRING A. Provide motors and controls for HVAC equipment. Provide control and other related wiring including interlocks. Power wiring (to panelboards, disconnect switches, starters and motors) will be provided under Section 16000, ELECTRICAL WORK. Starters that • are not integral to equipment will be furnished, installed and wired under Section 16000, ELECTRICAL WORK. B. All motors shall be high or premium efficiency type. They shall conform to NEMA Standard MG-1-12.53a and shall have their efficiencies determined in accordance with IEEE Standard 112 Method B. C. Starters furnished integral to equipment, and that require interlocks or remote control shall be magnetic with HAND-OFF-AUTOMATIC switch in cover. Provide magnetic starters as necessary, with auxiliary contacts, buttons and switches in required configurations. Refer to paragraph AUTOMATIC TEMPERATURE CONTROLS and to Control Drawings for Interlock requirements. 1. Each 3-phase, 60 Hz motor shall be provided with magnetic starter with either ON-OFF push button or hand-off-automatic switch. 2. Other motors shall be provided with a manual starter with ON-OFF switch. 3. Control relay for each starter shall be for operation on 120 V, single phase, and transformer of sufficient capacity within starter case shall be furnished for this purpose. • 4. Provide inverse time limit overload and under voltage protection in each leg and with pilot lights. Provide red and green On-Off pilot lights. 5. Provide nameplates with engraved white lettering to designate area and equipment served. • HEATING,VENTILATION AND AIR CONDITIONING 15600-28 ICON architecture.Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 2.10 DRIVES A. Drives for belted motors shall be flame retardant and by Allis-Chambers, Browning or Woods, V-belt drives with adjustable motor sheave. Drives shall be as short as practical and shall have the number of belts necessary to transmit required horsepower without undue slip or strain. B. Sheaves shall be balanced statically and dynamically. 2.11 FLUE PIPINT-PREFABRICATED • A. Provide round all fuel rated air or fill Insulated to limit skin temperature to 95F, prefabricated double-wall flue piping for gas furnaces. B. Do not submit Type B gas vents for separated combustion high efficiency condensing style furnaces. C. Piping shall be aluminized steel outer jacket and aluminum internal liner with integral spacers or Insulation. D. Provide fire stop fittings at wall and ceiling penetrations. E. Joints shall be vapor-tight with locking groove slip joints with locking tabs and bands. F. Provide high temperature expansion fittings between flue and structural penetrations. G. Provide aluminized water-tight insulated thimble, exit cone, supporting hardware, • cleanouts,and drain sections. H. System shall be Metalbestos Model PS, Metal-Fab,or Metalvent. 2.12 PACKAGED ROOFTOP UNIT • A. Packaged unit shall be complete with the following components: 1. Cabinet: Weatherproofing tested and certified to AGA [Rain test standards] and soundproofing tested to ARI 270. a. Heavy gauge steel panels and full perimeter heavy gauge galvanized steel base rails. b. Raised edges around duct and power entry openings in bottom of unit. c. Airflow Configuration: Down-flow. d. Power Entry: Electrical and gas lines brought through unit base. e. Exterior Panels: Constructed of heavy gauge, galvanized steel with 2- - layer enamel paint finish. f. Insulation: All panels adjacent to conditioned air fully Insulated with non- hygroscopic fiberglass insulation. Unit base fully insulated. g. Base Rail: Full perimeter base rail with rigging holes; 3 sides with fork slots. h. Access Panels: Hinged for compressor/controls/heating areas, blower access and air filter/economizer access; and, sealed with quarter-turn latching handles and tight air and water seal. 2. Compressor • a. Copeland scroll type,hermetically sealed. HEATING,VENTILATION AND AIR CONDITIONING 15600-29 • ICON architecture. inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 3. Fans, General: Centrifugal, forward curved impellers, statically and dynamically • balanced. [Multi]V-belt drive with adjustable variable pitch motor pulley. a. Condenser Fan: Low sound operating, PVC coated fan guard, direct drive propeller type fans to discharge vertically. b. Condenser Fan Motor. Permanently lubricated, permanent split capacitor; totally enclosed from weather, dust and corrosion; permanently lubricated ball bearings; resiliently mounted; overload protected. 4. Evaporator Coils: Pressure and leak tested to 500 psi, nonferrous coils with enhanced aluminum fins mechanically bonded to durable copper tubes. 5. Condenser Coils • a. Pressure and leak tested to 500 psi, nonferrous coils with enhanced aluminum fins mechanically bonded to durable copper tubes. b.. Formed construction. 6. Filters a. Disposable 2 inch pleated MERV 7 rated. 7. Gas Heating System a. Tubular heat exchanger and inshot type gas burners constructed of stainless steel. Direct • b. spark ignition; electronic flame sensor controls; flame rollout switch; limit controls and automatic redundant dual gas valve with staging control and combustion air proving switch on combustion air inducer. c. Complete service access provided for controls and wiring. 8. Refrigeration System a. Self-sealing, discharge, suction and liquid line service gauge ports, freeze-stats,expansion valves and full refrigerant charge. b. R410a. c. Copper tubing not to touch sharp metal surfaces. d. Compressor Circuits: Automatic reset, high pressure switch; automatic reset,low pressure switch; liquid line filter-drier. e. Capable of operating down to 0 degrees F without installation of additional controls. 9. Supply Air Blower a. Constant air volume with adjustable pulleys. b. Centrifugal supply air blower with permanently lubricated ball bearings and adjustable belt drive. c. Blower assembly slides out of unit for servicing. d. Blower wheel statically and dynamically balanced. 10. Integrated Modular Control(IMC) a. Solid state control board to operate unit. b. Built-In functions include: Blower on/off delay; built-in control parameter • HEATING,VENTILATION AND AIR CONDITIONING 15600-30 ICON architecture,Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • defaults; service relay output; dirty filter switch input; dehumidistat input, economizer control; [Gas valve delay between stages]; [ETM compatible]; [DDC compatible]; unit diagnosis; diagnostics code storage; indoor air quality input; low ambient controls; minimum run time; night setback mode; smoke alarm mode; low pressure control; thermostat bounce delay; 3-digit display; degrees F or degrees C display, 2-stage heat/4-stage cool thermostat compatible and warm-up mode; [Electric heat staging with optional 4-stage board]. 11. Gas Heating Controls a. Remote thermostats as indicated. b. Built-in fused disconnect switch. c. Four stages of heating control from thermostat. d. Supply fan to turn on [40] seconds after heating demand Is received with 8-60 second adjustable time delay. e. Supply fan to turn off [120] seconds after heating demand has ended with 80-300 second adjustable time delay. f. Adjustable delay time of[30] [Value between 30- 160] seconds between low and high fire of 2-stage gas valve system. g. Heat off delay of [100] [Value between 30 - 300] seconds after thermostat heating demand has ended. h. To tum off heat and keep supply air fan running if overheat limit occurs. i. Adjustable maximum overheat limit trip count during heating cycle of[3] [Value between 1 - 15],with digital output, limit indicator. J. To report error with each occurrence of overheat limit trip and to Identify • limit that tripped. Error code stored in nonvolatile memory. k. To shut off gas heat if flame rollout occurs and to report error identifying rollout switch. Maximum flame rollout switch trip count of[3] during heating cycle, with digital output, limit indicator. Maximum count limit adjustable from 1 - 6 counts. m. To turn off heat if induced airflow is too low and to report error Identifying pressure switch. n. Maximum induced airflow pressure switch trip count of[3] during heating cycle, with digital output limit indicator. Maximum count limit adjustable from 1 -6 counts. o. Error reported if gas valve not energized 2 minutes after heating demand;gas valve Identified. p- Maximum ignition failure count of [3] with digital output, limit Indicator. Maximum count limit adjustable from 1 -6 counts. q. To shut off gas valve if flame not sensed. Error reported and stored in nonvolatile memory. r. Delay between stages on gas valve. s. . To shut off unit if gas valve is energized with no demand for heat. Error reported and stored in nonvolatile memory. 12. Controls a. Provide smoke detectors in supply. • b. Motorized outside, return and automatic power exhaust relief dampers with spring return damper operator and control package to automatically vary outside air quantity. Outside air and exhaust air dampers, normally closed. • c. Tight-fitting parallel blade dampers with neoprene or suitable gaskets, synthetic bushings and 1% maximum leakage. HEATING,VENTILATION AND AIR CONDITIONING 15600-31 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • d. Damper Operation:24 V,spring return motor with gear train sealed in oil. 13. Cooling Controls a. Mixed Air Controls: [Maintain 55 degrees F (13 degrees C)] [Indicated] mixed air temperature(adjustable). b. Up to 4 stages of cooling standard with room sensor. c. To allow blower on delay of up to 60 seconds after cooling demand is received. Default value of zero. d. To allow blower off delay of up to 240 seconds after cooling demand has ended. Default value of zero. e. Minimum compressor on time of [240] seconds on 3-phase units, adjustable between 60-510 seconds. f. Minimum compressor off time of [300] seconds on single-phase units, adjustable from 60-510 seconds. g. Default maximum high pressure switch trip occurrence during cooling or dehumidification cycle of [3]. Trip occurrence limit adjustable from 1 - 8 occurrences. If maximum limit reached, compressor locked out and digital output for service activated. h. Default maximum low pressure switch trip occurrence during cooling or dehumidification cycle of [3]. Trip occurrence limit adjustable from 1 - 8 occurrences. If maximum limit reached, compressor locked out and digital output for service activated. i. Low pressure trip read delay of [5] minutes If compressor off time has been less than 4 hours and outdoor temperature is less than 70 degrees F(21 degrees C). Delay adjustable from 0-34 minutes.Temperature set point adjustable from 10 degrees F (-12 degrees C)to 100degrees F (38 • degrees C). Compressor off time adjustable from 1 -6 hours. J. Low pressure trip read delay of [15] minutes if compressor off time has been 4 hours or greater and outdoor temperature is less than 70 degrees F (21 degrees C). Delay adjustable from 0-34 minutes.Temperature set point adjustable from 10 degrees F(-12 degrees C)to 100 degrees F (38 degrees C).Compressor off time adjustable from 1 -6 hours. k. Low pressure trip read delay of [2] minutes if compressor off time has been less than 4 hours and outdoor temperature is 70 degrees F (21 degrees C)or greater. Delay adjustable from 0-34 minutes. I. Temperature set point adjustable from 10 degrees F to 100 degrees F. Compressor off time adjustable from 1 -6 hours. m. Low pressure trip read delay of [8] minutes if compressor off time has been 4 hours or greater and outdoor temperature is 70 degrees F (21 degrees C)or greater.Delay adjustable from 0-34 minutes. n. Each pressure switch trip occurrence (either high or low) to record error in nonvolatile memory and identify compressor circuit. o. Low outdoor air temperature compressor lockout set point of 0 degrees F for each compressor circuit. Low outdoor temperature limit set point individually adjustable for each compressor circuit from 80 degrees F to- 30 degrees F. p. Maximum allowable evaporator freeze-stat trip occurrence of [3] during cooling demand with limit adjustable from 1 -4 occurrences. Control to shut off compressor each time freeze-stat trip occurs and record error code in nonvolatile memory. If maximum limit reached, compressor locked out and digital output for service activated. 14. Condenser Fan Control a. On units with multiple condenser fans, [6] second time delay between • HEATING,VENTILATION AND AIR CONDITIONING 15600-32 ICON architecture, inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • condenser fan shutoff and restart to prevent reverse rotation of fan. Time delay adjustable between 0- 16 seconds. b. Unit shall be as manufactured by Lennox, Carrier, Trane, or approved equal. 2.13 ELECTRIC CABINET HEATERS A. Provide electric cabinet heaters where shown on Drawings and on schedules. Cabinet heaters shall be factory assembled for field Installation. Cabinets shall be 16 gauge steel with corrosion-resistant finish. Color selection shall be by Designer. B. Heating coils shall be single terminal end long life electric fin tube with brazed helical coiled fins. C. Provide cabinet heaters with automatic reset thermal overload protector. D. Thermostats serving cabinet heaters shall be integral, factory mounted unless indicated otherwise on the Drawings.Where remotely mounted the thermostats shall be 24V. E. Filters shall be disposable. F. Cabinet heaters shall be by Q Mark, Brasch, Raywall or approved equal. 2.14 ELECTRIC UNIT HEATERS A. Provide electric unit heaters of horizontal discharge type, by Q Mark, Markel, Brasch or Trane, as shown on Drawings and on schedules. • B. Casings shall be heavy gauge steel with mounting bracket. C. Horizontal heaters shall have adjustable steel discharge louvers. D. Thermostats serving unit heaters shall be unit mounted unless indicated otherwise on the Drawings.Where remotely mounted the thermostats shall be 24V. E. Electric motor shall have integral overload protection and shall be equipped with combination fan guard/motor support resiliently mounted to absorb motor vibration. F. Fan blades shall be aluminum directly connected to fan motor and shall be dynamically balanced. G. Fan switching shall be available to operate fan independently for summer circulation. H. Automatic reset thermal overheat protection shall be wired for instantaneous pilot operation of built-in control contactor holding coil. 2.15 AIR-COOLES CONDENSING UNITS A. All wiring shall be in compliance with NEC and shall be rated In accordance with ARI Standard 210/240-94.All models shall have U.L listing and be U.L.C.certified. B. The compressor shall have a limited warranty for five years in commercial and in • residential applications. All other covered components shall have a limited warranty for five years In residential installations and one year in all other applications. Refer to Lennox Equipment Limited Warranty Certificate furnished with unit for details. • C. Coil(s) shall be non-ferrous construction with aluminum enhanced fins mechanically HEATING,VENTILATION AND MR CONDITIONING 15600-33 • • ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts bonded to rifled copper tubes.Coil(s)shall be pressure leak tested. • D. Compressor shall be resiliently mounted, suction cooled, overload protected, and have internal excessive current,temperature,and pressure protection. E. Shall be all copper tubing brazed with phos-copper alloy. Suction and liquid line service valves shall be provided. F. Shall be constructed of galvanized steel, which has been through a metal wash preparation and have a prepainted finish. Openings shall be provided for refrigerant lines and power connection entry. G. Furnish and field install heavy duty coil guard to protect coils Guards shall be Constructed of louvered heavy gauge steel painted to match the cabinet. Guards shall surround the unit on all four sides to prevent damage to the coil. H. Non-adjustable thermostatic switch will prevent the compressor from operating when outdoor temperature falls below 0 Deg.C.(30 Deg. F.) - I. Compressor shall have crankcase heater to Prevent liquid migration to the compressor. J. Low ambient shall be provided to allow operation of the compressor down to 0 Deg. C. (30 Deg. F.) K. Provide high density polyethylene feet are available to raise unit off of mounting surface away from damaging moisture. Four feet are furnished per order number. L. Provide unit with a timed-off control kit to prevent compressor short-cycling allow time for • suction and discharge pressure to equalize. M. Units shall be as manufactured by Lennox,Carrier,Trane,or approved equal 2.16 EVAPORATOR COILS—VERTICAL FURNACES A. The coil shall be shipped assembled ready for necessary field connections. Coil shall be ARI rated for either Heat Pump or Condensing Unit applications and shall be capable of utilizing R410a refrigerant. B. The coil shall be non-ferrous construction with Lanced aluminum fins machine fitted to Rifled copper tubes. The coil shall be of A configuration with a Threaded connection for the factory installed Expansion Valve. Coil shall be factory pressure leak tested.Coil shall be shipped pressurized to verify integrity before installation. C. The unit cabinet shall be constructed of galvanized steel with baked on enamel finish. Panels shall be insulated with not less than W(19 mm) thick fiberglass insulation. Cabinet shall be equipped with large removable panels providing service access to interior. Inlets shall be provided for refrigerant lines.Dual drain connections shall be accessible external to the cabinet. D. Drain Pan—The drain pan shall be constructed of a non corrosive UV resistant polymer with primary and secondary FPT drain connections. E. Telescoping adaptor provides quick and easy installation on furnaces. F. Coils shall be provided with thermal expansion valves. • HEATING,VENTILATION AND AIR CONDITIONING 15600-34 • • ICON architecture,inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • G. Unit shall be as manufactured by Lennox,Carrier,Trane,or approved equal. • 2.17 VERTICAL INDOOR GAS FURANCE A. The furnace shall be shipped assembled ready for necessary field connections. The furnace shall be A.G.A/C.G.A.certified with ratings certified by GAMA. B. Heat exchanger assembly consists of primary heat exchanger and secondary condenser coil assembly. Main 3-pass clamshell type exchanger constructed of heavy gauge aluminized steel with crimped seam design and construction to provide maximum efficiency and minimum airflow resistance. Secondary heat exchanger (condenser coil) shall be constructed of aluminum fins fitted to stainless steel tubes. Heat exchanger shall carry a 20-year warranty. C. Aluminized steel inshot burners shall provide 90% + efficiency operation. Sight glass provided on burner box with removable assembly. D. SureLight Integrated Control Board-Solid-state board contains all necessary controls and relays to operate the furnace. Should loss of flame occur, flame sensor controls will Initiate 5 attempts at re-ignitions before locking out the unit for 60 minutes. Ignition control has two LED's to indicate status and as an aid to troubleshooting. The hot surface igniter shall be made of tungsten heater element sandwiched between two plates of silicon nitride. E. Gas Valve shall be a redundant valve with a manual shut off. Gas valve shall be field convertible for use with LP Gas • F. The factory installed induced draft blower shall prepurges the heat exchanger and safely vents combustion products.Motor shall be shaded pole and thermally protected. G. Cabinet shall be constructed of heavy gauge steel with a metal wash process and baked enamel finish. Cabinet shall be insulated with foil faced fiberglass insulation on vestibule panels. Safety interlock switch in control box automatically shuts down the furnace. Return air entry Is possible from either side to facilitate duct connection. H. The blower shall have multi-speed capability. Blower shall be statically and dynamically balanced. I. Filter and Rack Kit-Washable or Vacuum clearable polyurethane frame type air filter and external rack. J. Provide unit with washable or vacuum clearable polyurethane frame type air filer and external rack. K. Provide concentric vent kit for roof termination. L. Unit shall be as manufactured by Lennox, Carrier,Trane,or approved equal. 2.18 HORIZONTAL INDOOR FURANCE A. The furnace shall be shipped assembled ready for necessary field connections. The furnace shall be A.G.A/C.G.A. certified with ratings certified by GAMA. Venting shall be approved for both vertical and horizontal application. Unit shall be capable of Up flow, • Horizontal or Down flow application without field modification HEATING,VENTILATION AND AIR CONDITIONING 15600-35 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts ' B. Heat Exchanger Assembly- Heat exchanger assembly consist of primary heat exchanger • and secondary condenser coil assembly. Main 3-pass clamshell type exchanger constructed of heavy gauge aluminized steel with crimped seam design and construction to provide maximum efficiency and minimum airflow resistance. Secondary heat exchanger(condenser coil)shall be constructed of aluminum fins fitted to stainless steel tubes. Heat exchanger shall carry a limited lifetime warranty. C. Aluminized steel inshot burners shall provide 90% + efficiency operation. Sight glass ' provided on burner box with removable assembly. D. SureLight Integrated Control Board-Solid-state board contains all necessary controls and relays to operate the furnace. Should loss of flame occur, flame sensor controls will initiate 5 attempts at re-ignitions before locking out the unit for 60 minutes. Ignition control has two LED's to indicate status and as an aid to troubleshooting. The hot surface igniter shall be made of tungsten heater element sandwiched between two plates of silicon nitride. E. Gas Valve Shall be a redundant valve with a manual shut off. Gas valve shall be field convertible for use with LP Gas. F. The factory installed induced draft blower shall prepurge the heat exchanger and safely vents combustion products. Motor shall be shaded pole and thermally protected. G. Cabinet shall be constructed of heavy gauge steel with a metal wash process and baked enamel finish. Cabinet shall be insulated with foil faced fiberglass insulation on vestibule panels. Safety interlock switch in control box automatically shuts down the furnace. Return air entry is possible from either side to facilitate duct connection. • H. The blower shall have multi-speed capability. Blower shall be statically and dynamically balanced. I. Provide unit with washable or Vacuum clearable polyurethane frame type air filter and external rack. J. Provide concentric vent kit or roof termination. K. Unit shall be as manufactured by Lennox, Carrier,Trane,or approved equal. 2.19 INLINE CENTRIGUFAL EXHAUSTAERS AND T RANSFER FANS A. Provide belt-driven inline centrifugal fans as shown on Drawings and on schedules. Fans shall be factory assembled for field installation. Fan assembly shall consist of following: 1. Non-overloading backward Inclined wheels statically and dynamically balanced, keyed and locked to drive shaft. 2. All aluminum construction. 3. Externally mounted NEMA design drip-proof ball bearing motor. 4. Companion rings. 5. Belt guard. 6. Spring type vibration isolators. 7. Disconnect switch. B. Fans shall be tested and performance rated in accordance with Air Moving and Conditioning Association Standards and shall bear AMCA certified rating seal. C. Fans shall be as manufactured by Greenheck, Cook, Penn or approved equal. • HEATING,VENTILATION AND AIR CONDITIONING 15600-36 • • ICON architecture. inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 2.20 EXHAUST FANS-CEILING TYPE A. Provide direct-drive centrifugal ceiling fans with forward-curved blades as scheduled and shown on Drawings. Motor and fan shall be removable from housing. Fan shall have AMCA certified rating for air capacityand shall be UL listed. Motor shall have ball bearings. B. Housing shall be sheet steel with acoustical insulation. Inlet and discharge openings shall be flanged. Units shall have molded white ceiling grille with 85%free area. C. Provide backdraft damper,terminal box with cord, plug,and receptacle in housing. D. Provide solid state variable speed controller for each unit by fan manufacturer. E. Fan shall be as manufactured by Panasonic, Greenheck,Cook or approved equal.. 2.21 PROPELLAR FANS A. Provide where shown on Drawings propeller fans of sizes and capacities listed In Schedule. B. Fans shall be tested and performance-rated as required by AMCA and shall bear AMCA seal. C. Propellers shall be statically and dynamically balanced and set in deep spun venturi orifice. • D. Fans shall be provided with following: 1. Cast aluminum blades, designed for intended duty and factory-adjusted for pitch, non-overloading. 2. Phosphatized panels with high gloss enamel coating. 3. Matching self-acting backdraft damper, unless otherwise shown on Drawings. 4. Expanded metal OSHA fan guard. E. Provide prelubricated,self-aligning pillow block ball bearings and belt-tensioning variable pitch pulleys for belt-driven fans. F. Fans shall be by Penn, New York Blower, Peerless, Jenn-Air, Greenheck, ILG, Cook, ACME, Hartzell or Aerovent. • 2.22 CENTRIFUGAL FANS FOR ROOF EXHAUST A. Provide dome V-belt belt-drive fans that are certified to bear the AMCA seal,with:. 1. 12* high aluminum prefabricated roof curb with thermal/ acoustical lining with 10% sound reduction. 2. Motorized backdraft dampers. 3. Bird screen. 4. Spun aluminum housing. 5. Disconnect switch. 6. Inlet venturi orifice. • • 7. Vibration isolation. 8. Permanently-lubricated ball bearings. HEATING,VENTILATION AND AIR CONDITIONING 1560037 ICON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 9. Enclosed,fan-cooled motor. 10. Junction box. B. Belt drives shall have +5% speed variation and spring-loaded belt tensioner. Direct drives shall have speed controller in junction boxes. C. Fans shall be by Greenheck, Cook, Penn or approved equal. 2.23 ACCESS DOORS A. Provide proper access to materials and equipment that require inspection, replacement, repair or service and coordinate their delivery with the installing Trade. If proper access cannot be provided, confer with Designer as to best method of approach for minimizing effect of reduced access which may result. B. Coordinate and prepare a location,size, and function schedule of access panels required to fully service equipment and deliver to a representative of the Installing Trade. Furnish and install distinctively colored buttons (color as selected by Designer) in finished ceiling to identify all access panels. C. Furnish access panels for installation under other Sections where fire dampers, volume dampers, controls, shut-off valves, control valves, check valves, or other items installed under this Section require access and are concealed in floor, wall, furred space or above ceiling. D. Ceilings consisting of lay-in or removable splined tiles do not require access panels and dampers, splitters, or test hole openings above ceiling shall have location marked with thumb tack on finished ceiling panel. Location shall be noted on record drawings. • E. Furnish access doors and frames for walls and ceilings to applicable trades for installation. Size as required for access and maintenance,minimum 16 by 16 inches. F. Available Manufacturers: Subject to compliance with requirements, manufacturers offering products that may be incorporated into the Work include, but are not limited to, the following: 1. J. L. Industries, Inc, Inc. 2. Karp Associates, Inc. 3. Larsen's Manufacturing Company 4. Milcor Inc. 5. Nystrom, Inc. G. Flush Access Doors and Trimless Frames: Fabricated from steel sheet. 1. Locations: Wall and ceiling surfaces as applicable. 2, Door: Minimum 0.060-inch-thick sheet metal, set flush with surrounding finish surfaces. 3. Frame: Minimum 0.060-inch-thick sheet metal with suitable bead flange. 4. Hinges: Continuous piano. • 5. Lock: Cylinder,keyed alike. H. Fire-Rated, Insulated, Flush Access Doors and Trimless Frames: Fabricated from steel sheet. 1. Locations: Wall and ceiling surfaces as applicable. 2. Fire-Resistance Rating: Not less than that of adjacent construction. • 3. Temperature Rise Rating: 250 deg F at the end of 30 minutes. HEATING,VENTILATION AND AIR CONDITIONING 15600-38 ICON architecture,Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • 4. Door: Flush panel with a core of mineral-fiber insulation enclosed in sheet metal with a minimum thickness of 0.036 inch . 5. Frame: Minimum 0.060-inch thick sheet metal with suitable bead flange. 6. Hinges: Continuous piano. 7. Automatic Closer: Spring type. 8. Lock: Self-latching device with cylinder lock,keyed alike. 2.24 VIBRATION ISOLATION(NON-SEISMIC) • A. General 1. Manufacturer Responsibility a. Manufacturer of vibration equipment shall have the following responsibilities: 1) Guarantee specified isolation system deflections. 2) Provide installation instructions,drawings and field supervision to insure proper Installation and performance of systems. 2. Quality Assurance a. All vibration Isolators shall have calibration markings or some method to determine adjustment, the actual deflection under the imposed load after installation and adjustment. • b. All Isolators shall operate within the linear position of their load vs. deflection curves. Load vs. deflection curves shall be furnished by the manufacturer and must be linear over a deflection range of not less than 50%above the design deflection. c. The theoretical vertical natural frequency for each support point, based upon load per isolator and Isolator stiffness, shall not differ from the design objectives for the equipment as a whole by more than+10%. d. Substitution of intemally isolated equipment in lieu of the isolation specified in this section is acceptable provided all conditions of this section are met. The equipment manufacturer shall provide a letter of guarantee stating that the specified noise and vibration levels will be obtained or the cost of converting to the specified external vibration isolation shall be born by the equipment manufacturer. e. The following specifications describe spring hangers with 30 degree misalignment feature. This requirement Is mandatory. the Contractor shall replace any hangers without the 30 degree capability discovered on site at no additional cost to OWNER. B. Products 1. Description a. All vibration isolation devices shall be the product of a single manufacturer. Products of other manufacturers are acceptable provided their systems strictly comply with intent, structural design, performance, • and deflections of the base manufacturer. HEATING,VENTILATION AND AIR CONDITIONING 15600-39 )CON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • b. Acceptable manufacturers of vibration isolation products shall be: Mason Industries, Amber Booth Company, Peabody Noise Control, Korfund Dynamics Corporation, Vibration Mountings and Equipment, Vibration Eliminator Co., provided they meet the requirements of this specification. Mason Industries model numbers have been used In this specification to establish quality of components, but are in no way to limit competitive bidding by other manufacturers. c. Refer to Table A at the end of this article for application of the various types listed to appropriate equipment and efficiency level. 2. Vibration Isolation Types a. Vibration Isolators 1) Type A: Spring Isolator a) Having a minimum OD to OH of 0.8:1. b) Corrosion resistance where exposed to corrosive environment with: (1) Springs cadmium plated or electro-galvanized. (2) Hardware cadmium plated. (3) All other metal parts hot-dip galvanized. c) Reserve deflection (from loaded to solid height) of 50% • of rated deflection. d) Minimum 'A" thick neoprene acoustical base pad on underside. e) Designed and installed so that ends of springs remain parallel. f) Non-resonant with equipment forcing frequencies or support structure natural frequency. g) Mason Ind.Type SLF 2) Type B: Spring isolator shall be the same as Type A with the following additional features: a) Built-in vertical limit stops with minimum '%" clearance under normal operation. b) Tapped holes in top plate for bolting to equipment. c) Capable of supporting equipment at fixed elevation during equipment installation. Installed and operating heights shall be identical. d) Adjustable and removable spring pack with separate neoprene isolation pad. 3) Mason Ind.Type SLR 4) Type C: Spring hanger rod isolator • HEATING,VENTILATION AND AIR CONDITIONING 15600-40 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • a) Spring element seated on a steel washer within a neoprene cup incorporating a rod isolation bushing. b) Steel retainer box encasing the spring and neoprene cup. c) When used on ductwork, provide eyebolts for attachment to duct straps. d) Mason Ind. Type H5,WHS 5) Type D: Double deflection neoprene mountings a) All metal surfaces shall be neoprene covered and have friction pads top and bottom. b) Be capable of.035"deflection at rated load. c) Steel rails shall be employed to compensate for , overhang on units such as small vent sets, close coupled pumps, etc. d) Mason Ind.Type ND or Rails Type DNR. 6) Type E: Elastomer hanger rod isolator a) Molded (min. 1-3/4" thick) neoprene element with projecting bushing lining the rod clearance hole. Static deflection at rated load shall be a minimum of 0.35". •b) Steel retainer box encasing neoprene mounting capable of supporting equipment up to four times the rated capacity of the element. • c) Mason Ind.Type HD 7) Type F: Combination spring/elastomer hanger rod isolator a) Spring and neoprene elements in a steel retainer box with the features as described for Type A and E isolators. b) Mason Ind.Type DNHS 8) Type G: Pad type elastomer isolator a) 0.75" minimum thickness, 50 psi maximum loading, ribbed or waffled design. b) Minimum 0.1"deflection. c) 1/16"galvanized steel plate between multiple pad layers. d) Load distribution plate where attachment to equipment bearing surface is less than 75% of the pad area (Type "GM"). e) Mason Ind.Type Super W pad. 9) Type H: Pad type elastomer Isolator a) Laminated canvas duct and neoprene, maximum loading 1,000 psi, minimum Ya"thick. b) Load distribution plate where attachment to equipment bearing surface is less than 75% of the pad area (Type HM). c) Mason Ind.Type HL Pad. • d) NOTE: When bolting is required, neoprene and duck washers and bushings shall be provided to prevent short HEATING,VENTILATION AND AIR CONDITIONING 15600-41 ICON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts circuiting. • 10) Type I: Thrust restraints a) A spring element similar to Type A Isolator shall be combined with steel angles, backup plates, threaded rod, washers and nuts to produce a pair of devices capable of limiting movement of air handling equipment to%". b) Restraint shall be easily converted in the field from a • compression type to tension type. c) Unit shall be factory precompressed. d) Thrust restraints shall be Installed on all cabinet fan heads, axial or centrifugal fans whose thrust exceeds 10%of unit weight. e) Mason Ind.Type WB 11) Type J: Steel Rails a) Steel members of sufficient strength to prevent equipment flexure during operation. b) Height saving brackets as required to reduce operating height and cradle the unit. c) Mason Ind.Type ICS 12) Type K: Pipe anchors a) All directional acoustical pipe anchor, consisting of a • telescopic arrangement of two sizes of steel tubing separated by a minimum thickness of Type H pad. b) Vertical restraints shall be provided by a similar material arranged to prevent vertical travel in either direction. c) Allowable loads on isolation materials shall not exceed 500 psi. And the design shall be balanced for equal resistance In any direction. d) Mason Ind.Type ADA 13) Type L: Isolated clevis hanger a) Combination clevis or rod roller hanger and a Type C, (LC), E(LE),or F(LF) isolation hanger. b) System shall be precompressed to allow for rod insertion and standard leveling. c) Mason Ind.Type CIH 14) Type M: Flashable restrained isolator a) Shall have all features of Type B isolator. b) Shall have waterproof spring covers for adjustment or removal of springs. c) Unit shall have a structural top plate for welding or bolting of supplementary support steel. d) Isolator shall accept 2" roofing insulation and be flashed directly into the waterproofing membrane. e) To be complete with wood nailer and flashing. • f) Mason Ind.Type REVRS HEATING,VENTILATION AND AIR CONDITIONING 15600-42 ICON architecture,Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • 3. Equipment Bases • a. General 1) All curbs and roof rails are to be bolted or welded to the building steel or concrete deck to attain 110 mph wind resistance requirement. b. Type B-1: Integral Structural Steel Base 1) Reinforced as required to prevent base flexure at equipment startup and misalignment of driver and driven units. Centrifugal fan bases shall be complete with motor slide rails and drilled for driver and driven units. 2) Height saving brackets as required to reduce operating height. a) Mason Ind.Type M or WF c. Type B-2: Concrete Inertia Base 1) Rectangular structural concrete forms for floating foundations. Base for split case pumps shall be large enough to support elbows. The base depth shall be a minimum of 1/10 the longest span, but not less than 6" or greater than 14'. Forms shall include concrete reinforcement consisting of '/3" bars or angles • welded In place on 6" centers both ways. A layer 1W above the bottom and an additional top layer of reinforcing for all bases exceeding 120" in one direction. Isolators shall be set into pocket housings which are an Integral part of the base construction and set at the proper height to maintain 1" clearance below the base. Base shall be furnished with templates and anchor bolt sleeves. a) Mason Ind.Type K,BMK,or KIPWF d. Type 8-4: Flashable Roof Rail System 1) Rooftop fans, condensing units, air handlers, etc., shall be mounted on continuous support piers that combines equipment support and isolation into one assembly. 2) Rails shall incorporate Type A isolators which are adjustable, removable and Interchangeable after equipment has been installed. 3) The system shall maintain the same installed and operating height with or without the equipment load. 4) The system shall have full plywood milers on all four sides, designed to accept membrane waterproofing and shall be dry galvanized or plastic coated. • 5) Unit to be supplied with flashing, 6) Curbs shall be Mason Type R-7000 having a minimum 3" rated HEATING,VENTILATION AND AIR CONDITIONING 1560043 • ICON architecture. inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • static deflection. e. Type B-5: Roof Rail Base 1) Rails shall be constructed from structural steel angles as required to prevent flexure and misalignment under load. 2) Each rail shall be the full length of the supported equipment and be welded to a series of Type B isolators. Bolt-on angle cross ties at the ends and center shall form one rigid platform. a) Roof Rail Type TRSLR 4. Flexible Connectors a. All connectors shall be Installed on the equipment side of shutoff valves, horizontal and parallel to shafts whenever possible. b. Type FC-1: Elastomer connector 1) Manufactured of nylon tire cord and EPDM, both molded and cured in hydraulic presses. 2) Straight connectors to have two (2) spheres reinforced with a molded-in, external ductile iron ring between the spheres. 3) Rated at 250 psi/170F, dropping in a straight I ine to 170 • psi/250F for sizes 1W to 12". 4) Sizes 10" and 12" at 200 psi and greater operating pressure, to employ control cables with neoprene end fittings isolated from anchor plates by means of 14" bridge bearing neoprene bushings. 5) Connectors shall be pre-extended per manufacturer's recommendation to prevent elongation under pressure. 6) Minimum safety factor of 3.6:1 at maximum pressure ratings shall be certified by test reports. Submittals shall also include two test reports by independent consultants showing minimum reduction of 20 Db in vibration accelerations and 10 Db in sound pressure levels at typical blade passage frequencies. 7) Connectors bolted to victaulic type couplings or gate, butterfly or check valves to have a minimum 5/8" flange spacer installed between the connector and the coupling flange. 8) Neoprene in lieu of EPDM is not acceptable. • 9) Mason Ind. Super-Flex Types: MFTNC or NFTFU. C. Execution 1. General a. Isolation systems must be Installed in strict accordance with the • HEATING,VENTILATION AND AIR CONDITIONING 15600-44 ICON architecture.inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • manufacturer's written instructions. Vibration isolators shall not cause any change of position of equipment resulting in stress on equipment connections. 2. Equipment Installation a. Equipment shall be isolated as per Table A at the end of this section. b. Place floor mounted equipment on 4" high concrete housekeeping pads properly doweled or expansion shielded to the deck. Mount vibration isolators and/or bases on housekeeping pads. Concrete work specified in Section 033000—CAST-IN-PLACE CONCRETE. c. Additional Requirements 1) The minimum operating clearance under inertia bases shall be 2". 2) The minimum operating clearance under other bases shall be 1". 3) All bases shall be placed in position and supported temporarily by blocks or shims, as appropriate, prior to the Installation of the machine, isolators. 4) The isolators shall be installed without raising the equipment. 5) After the entire installation is complete,and under full operational 41) load, the Isolators shall be adjusted so that the load is transferred from the blocks to the isolators are properly adjusted, shall be barely free and shall be removed. Remove all debris from beneath the equipment and verify that there is no short circuits of the isolation. The equipment shall be free in all directions. 6) Install equipment with flexibility In wiring. 3. Piping and Ductwork Isolation a. All piping and ductwork is Included in this section. b. Installation 1) Isolate piping and ductwork outside shafts as follows: a) All in mechanical rooms. b) All exposed on roof. c) All within 50 ft. or 100 pipe diameters (whichever Is greater) from connected rotating or reciprocating equipment and pressure reducing stations. d) Control air piping, from compressor discharge to receiver. - 2) The isolators shall be Installed with the hanger box attached to, or hung as closely as possible to the structure. • 3) The isolators shall be suspended from substantial structural HEATING,VENTILATION AND AIR CONDITIONING 15600-45 ICON architecture,Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • members sized for 0.08" deflection at center of span, not from slab diaphragm, unless specifically permitted. 4) Hanger rods shall not short circuit the hanger box. 5) Horizontal suspended pipe 1%" to 2" and all steam piping shall be suspended by Type E Isolators with a minimum 3/8" deflection. Water pipe larger than 2"shall be supported by Type F isolators with a minimum 1" deflection or same deflection as equipment for the first 3 locations nearest equipment whichever Is greater. a) Type L hangers may be substituted for the above. 6) Ductwork shall be supported by Type C(W HS)hangers. 7) Horizontal floor and roof supported pipe shall be the same as C.3.b.5 except use isolators Type D and Type A,respectively. 8) Vertical riser pipe supports under 2"diameter shall utilize Type H isolation. 9) Vertical riser guides, if required shall avoid direct contact of • piping with the building. 10) Pipe anchors or guides where required, shall utilize Type K isolators. • 11) Riser sway supports, where required, shall utilize two (2) neoprene elements (Type G or H) to accommodate tension and compression forces. 12) Pipe extension and alignment connectors: Provide Type FC-2 connectors at riser takeoffs, cooling and heating coils and elsewhere as required to accommodate thermal expansion and misalignment. 13) Install Type FC-1 flexible connectors at all connections of pipe to equipment such as pumps,chillers,cooling towers and as shown on the drawings. 14) Install FC-2 type connectors at all locations which exceed temperature limitations of FC-1. 15) For control air piping, provide two flexible connectors Type FC-2 90° to each other in the compressor discharge piping to the receiver. When the receiver is remote from the compressor, isolate the piping between the compressor and receiver with Type C isolators having 3/8" deflection. The receiver shall be isolated with Type D isolators having 3/8"deflection. 4. Inspection a. Upon completion of installation of all vibration isolation devices, the local 'representative shall inspect the complete project and certify In writing to • the Contractor that all systems are installed properly, or require HEATING,VENTILATION AND AIR CONDITIONING 15600-46 ICON architecture, inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4, 2011 Yarmouth, Massachusetts • correction. The Contractor shall submit a report to Owners' Project Manager, including the representative's report. Certifying correctness of the installation or detailing corrective work to be done. TABLE A NON-CRITICAL CRITICAL EQUIPMENT HP MTNG ISOL DEFL BASE ISOL DEFL BASE Absorption Mach. Fir GM .10 — B .75 J' AC Units(Dx) Fir D .30 -- A .75 J" — Clg - — F .75 Air Compressors to 10 Fir D .30 A .75 — B- Tank or Unitary > 10 Fir A ,75 — A 1.50 2 Air Cooled Cond. Fir - — — A 2.50 B-4 or Chillers Axial Fans Fir D .30 - A** See — — Clg - - — F Guide I Base Mounted Pumps to 15 Fir D .30 B-2 A .75 13-2 > 15 Fir D .30 B-2 A 1.50 B-2 • Boilers Fir GM .10 — B .75 — tCentrif. Chillers Fir D .30 J* B 1.50 J' Centrif. Fans Fir D .30 - B-1 A** See B-1 Arr. 1 &3 Clg - - — F Guide "' Arr. 9 & 10 Fir D .30 - J - A** See J J Clg - - - F Guide Computer Rm Units Fir D .30 - B-7 A .75 B-7 - Clg - - — F .75 Condensate Pumps Fir D .30 J D ,30 J Cooling Towers Fir B .75 — M 2.50 — Fan Coll Units . Fir D .30 - — A .75 — — Clg - - — C .75 Unit/Cab. Heaters Clg - — — E .30 *Used on vertically arranged units. Rails to be 1%times the unit I height. DEFL. GUIDE • HEATING,VENTILATION AND AIR CONDITIONING 15600-47 • ICON architecture,Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set.-August 4,2011 Yarmouth, Massachusetts • "" Substitute TYPE B isolator for roof installations. RPM DEFL ***Substitute TYPE B-2 base for Class 2&3 fans. <400 3.5" • <600 2.5 >600 1.5 NOTES: 1. "ISOL"and"BASE"column indicates letter type as appears in the specs. 2. "MING"refers to method of support of equipment from the structure. 3. "SEE GUIDE" Indicates isolator deflection selection to be taken from RPM/DEFLECTION Guide at bottom of table. 2.25 AUTOMATIC TEMPERATURE CONTROL SYSTEM-ELECTRIC/ELECTRONIC — NOT DIRECT DIGITAL A. General 1. Provide complete electric/electronic temperature control systems consisting of thermostats, time clocks, motorized dampers, etc. as required to render automatic control and operation of the HVAC systems indicated on the Drawings and specified hereinafter. B. Scope 1. Control system shall consist of thermostats, humidistats, temperature • transmitters, controllers, automatic dampers, damper operators, control panels, electrical wiring and other components required to fill intent of Specifications and provide for complete and operable system. Control equipment shall be fully proportioning, except as noted otherwise. Sequence of operation shall be as indicated on Drawings. C. Electric Wiring 1. Electric wiring and wiring connections required for installation of temperature control system, as herein specified, shall be provided by temperature control manufacturer, unless otherwise indicated on Drawings. 2. Wiring shall comply with requirements of Electrical Section. D. Submittal Brochure: Submit following for approval: 1. Control drawings with detailed wiring diagrams, including bill of material and description of operation for systems. 2. Panel layouts and name plate lists for local and central panels. 3. Data sheets for control system components. E. Instruction and Adjustment: Upon completion of project, temperature control sub- contractor shall: 1. - Completely adjust and ready for use: thermostats,controllers,damper operators, relays, and other components and equipment provided under this paragraph. • HEATING,VENTILATION AND AIR CONDITIONING 1560048 ICON architecture,Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 2.. Furnish three instruction manuals covering function and operation of control systems on project for use by User Agency's operating personnel. Competent technician shall be provided for instruction purposes. 2.26 CLOTHES DRYER EXHAUST SYSTEM AND SUPPLY AIR FAN A. The mechanical dryer venting system (MDVS), manufactured by Exhausto, shall meet UL-705, Standard for Power Venters, be shall be tested and approved by an independent testing laboratory for the extraction of lint-laden air from single or multiple type I and type II residential and commercial clothes dryers whether electric or gas-fired. The modulating combustion air supply system (MCAS), manufactured by Exhausto, shall meet UL-705, 'Standard for Power Venters', shall meet UL-1995, 'Standard for Safety Heating and Cooling Equipment'. Both systems shall have a two-year factory warranty for parts. The systems shall be manufactured at an 1509001 certified plant and be of highest quality workmanship and construction. The system shall have the following features: 1. For the MDVS,the box ventilator(BESB)shall be suitable for Indoor and outdoor installation. The BESB's corrosion-resistant housing shall have duct connections and be designed so the entire impeller and motor assembly can be removed as a unit. The BESB shall have a hinged service door for easy cleaning and service. To prevent ignition of lint, the BESB shall be designed as a Type B, Spark Resistant Construction In compliance with AMCA Standard 99-0401. The backward curved impeller shall be made in cast aluminum and be statically and dynamically balanced with permanently attached balancing weights to ensure lint passes through the impeller. The motor shall be a totally enclosed, fan-cooled (TEFC) inverter-duty motor with pre-lubricated and sealed ball bearings requiring no further maintenance, and rated as shown on the fan schedule. The motor • shall be factory warranted by the fan manufacturer to operate at frequencies as low as 8Hz. To assure motor longevity, the motor shall not operate at speeds above 1720 RPM or 60Hz. The motor shall be located outside the exhaust air stream to comply with the International Code Council's requirements. 2. For the MCAS, the box ventilator (BESB) shall be suitable for Indoor and outdoor installation. The BESB's corrosion-resistant housing shall have duct connections and be designed so the entire impeller and motor assembly can be removed as a unit. The BESB shall have a hinged service door for easy cleaning and service. The BESB shall be designed as a Type B, Spark Resistant Construction In compliance with AMCA Standard 99-0401. The backward curved Impeller shall be made In cast aluminum and be statically and dynamically balanced with permanently attached balancing. The motor shall be a totally enclosed, fan- cooled (TEFC) inverter-duty motor with pre-lubricated and sealed ball bearings requiring no further maintenance, and rated as shown on the fan schedule. The motor shall be factory warranted by the fan manufacturer to operate at frequencies as low as 8Hz. To assure motor longevity, the motor shall not operate at speeds above 1720 RPM or 60Hz. 3. The modulating draft control (EBC30) shall be a true PID microprocessor-based control with two control loops and shall maintain a constant exhaust pressure and a constant room pressure with a tolerance of 0.004"W.C., by modulating the BESBs' speeds. The EBC30 shall include two pressure transducers (one for the MDVS and one for the MCAS), six feet of silicone tubing, a duct probe and an outdoor static pressure pickup port. The exhaust duct's probe shall be located downstream of the last clothes dryer while the outdoor pressure pickup port shall be located outside the laundry room in the open. The system shall have these features: • HEATING,VENTILATION AND AIR CONDITIONING 15600-49 ,ICON architecture.Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts a. Test and approved to UL508, 'Standard for Industrial Control Equipment' • and UL-378, 'Standard for Draft Equipment. Plug-and-Play' self-checks that detects connections,setting requirements,and accessories. b. User Interface to set the required dryer exhaust and room pressure and a LCD-panel to display the value. The LCD-panel shall also be able to show the actual pressure. c. Programmable microprocessor for selective programming of sensor sensitivity, alarm limits and delays, language, manual overrides, and manual functions. The programming shall be accessible via the user interface and/or via an RS-232 port. d. Choice of intermittent and continuous operation. e. A standard board with the option to interlock up to six dryers(expandable to ten dryers)so a call-for-operation activates the EBC30. f. The proven draft function shall be an integral part of the control to avoid external wiring to separate switches. g. Alarm functions with fault code showing on LED-display as well as a visual alarm. The monitor shall maintain an error log so the last ten fault codes can be retrieved. h. Adjustable post-purge, to allow the BESB to operate up to three minutes after the dryers have shut down. I. Bearing cycle activation every seven days in case the BESB has not been operating during the past seven day period. J. Self-diagnostics panel with LED-diodes for verification of proper operation. 4. Provide a triac module factory mounted in the EBC30 control and an EBC12X triac Module (externally wired to the EBC30) to allow variable speed of the two • single phase fans. 5. Minimum performance requirements of the systems: a. The system shall be able to accelerate from no load to its highest load within 15 seconds. b. The system shall be able to decelerate from its highest load to no load within 25 seconds. 6. Contact Exhausto New England at 401-932-3855 for a list of representatives and/or distributors. 7. Contractor shall install structural, mechanical, electrical, and control connections as designed by the manufacturer and in accordance with the terms of the manufacturer's warranties. 8. Follow all pertinent national,state,and/or local codes where applicable. SCHEDULE Serving Manufacturer Model Electrical Data RPM Output Capacity S.P. Unit Tag •Amps Volts Phase HP CFM In WC DEF-1 Clothes Exhausto MDVS250- 5.8 120 1 1600 % 1050 0.39 Dryers F36144 CAF-1 Laundry Exhausto MCAS250- 5.8 120 1 1600 /: 1050 0.69 Room F36144 1.Contact Exhausto New England at 401-932-3855. 2. EBC30 Modulating Pressure Control with intemal triac module and two XTP pressure transducers 3. EBC12X external triac module • HEATING,VENTILATION AND AIR CONDITIONING 15600-50 ICON architecture.Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 2.27 SEQUENCE OF OPERATION A. Gas Furnaces: Heating and cooling operations shall be controlled by a wall mounted 7- day programmable thermostat, one per furnace. The thermostat shall have auto/on/off/heat/cool switching and fan on/off/auto control also. On a call for heat the furnace's gas heating section shall be energized providing heat to the spaces served. On a call for cooling the furnace's remote mounted air cooled condensing unit shall be energized, providing refrigerant to the furnace cooling coil, and cooling to the spaces served. Fan operations in either the heating or cooling mode shall be automatic if the fan switch is in the auto mode. If the fan is in the on mode the air flow shall be continuous and the heating and cooling operations shall cycle as needed. Both heating and cooling operations simultaneously shall be locked out. Gas furnaces serving public spaces and corridors shall be 24/7 operation providing ventilation air continuously. B. Rooftop Units and Air Handling Units: Heating and cooling operations shall be controlled by a space mounted 7-day programmable thermostats complete with remove averaging sensors. The unit fan shall be 24/7 operation providing ventilation air continuously. The outdoor air damper on the unit shall be in the open position, balanced to provide the outdoor air quantity scheduled on the drawings. Remote space temperature sensors located on each floor of the spaces served by the rooftop unit shall report sensed temperature back to the thermostat controller. If the average temperature of all spaces monitored is within a 5 degree range of the thermostat setpoint the unit shall not provide heating or cooling to the spaces served. On a call for heat the furnace's gas heating section shall be energized providing heat to the spaces served. On a call for cooling the rooftop units cooling components shall be energized providing cooling to the spaces served. Both heating and cooling operations simultaneously shall be locked out. On sensing smoke in the supply air flow the unit shall be shut down and the outdoor air • damper closed and an alarm signal sent to the fire alarm panel. Wiring of the smoke detector to the fire alarm panel shall be by the electrical contractor. C. General Exhaust Fans: Exhaust fans are started and stopped based on a time of day schedule controlled from a programmable digital time clock. On a call to start, respective dampers (where applicable) will open and fan will be energized. If unit fails to start, as sensed by current sensor, an alarm will be generated. D. Ceiling Exhaust Fans: Ceiling exhaust fans in single bathrooms and/or janitor closets shall be controlled by a wall mounted switch, provided by the fan manufacturer, installed and wired by the electrician. When switched to the on position the fan shall ramp up to high speed and run continuously as programmed by the switch manufacturer. At a pre- set time Interval the fan shall revert back to its low speed minimum ventilation air flow rates. E. Clothes Dryer Make-up Air and Exhaust System: The laundry rooms on all floors of the new wing shall be provided with a common exhaust and make-up air system complete with variable speed fans, static and differential pressure sensors and controllers. Each laundry room shall be provided with a common exhaust duct connected into each of the dryers (2 per laundry room). There shall be a roof mounted exhaust fan that will run continuously. This fan shall be controlled by a duct mounted static pressure sensor (mounted 2/3 down the exhaust riser). This sensor shall be used to obtain the negative static pressure set point within the duct work system. As the dryers are energized the pressure within the ductwork shall rise and the exhaust fan shall ramp up to maintain the initial negative set point pressure. • Each laundry room shall be provided with a common make-up air duct connected to a constructed plenum space at the rear of the dryers (2 per laundry room). There shall be HEATING,VENTILATION AND AIR CONDITIONING 15600-51 ICON architecture. inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts a roof mounted supply fan that will run continuously.This fan shall be controlled by a duct • mounted static pressure sensor(mounted 213 down the exhaust riser). This sensor shall be used to obtain the positive static pressure set point within the duct work system. Each laundry room shall be provided with a wall mounted differential pressure sensor that will monitor the difference in pressure between its respective laundry room and the common corridor. This differential pressure sensor shall control a VAV box mounted within the laundry room make-up air supply duct connection to the room. The initial set point pressure shall be set up to maintain a slight negative pressure within each laundry room with respect to the common corridor. As the dryers are energized the differential pressure sensor shall see an increase in differential pressure and shall open the laundry room VAV box to allow more make-up air Into the room (to restore the initial pressure differential). In turn the static pressure sensor mounted in the make-up air ductwork shall see a drop in its static pressure (as the VAV box opens to allow more air into the room). The roof mounted variable speed make-up air fan shall ramp up to maintain the Initial static pressure within the make-up air ductwork. F. Clothes Dryer Roof Exhaust Fans: Roof exhaust fan, on sensing a positive pressure in the common dryer exhaust air duct riser shall be energized to assist the dryers exhaust air flow. Duct pressure sensors and controls shall be provided and installed by the Mechanical Contractor's ATC Sub-Contractor. G. Crawlspace Ventilation Fans:A space mounted humidistat,on sensing a humidity level of 60% and higher shall energize open the intake air and exhaust air dampers serving the crawl space and energize the exhaust air fan. The fan shall run continuously until the humidity in the crawl space, as sensed by the humidistat drops below the 60% level, at which time the fan shall be de-energized and the dampers closed. H. Electric Heaters: An integral or wall mounted thermostat will cycle the fan and energize • heating coil to maintain space temperature set point. • HEATING,VENTILATION AND AIR CONDITIONING 15600-52 ICON architecture,inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • PART 3- EXECUTION 3.1 COMMISSIONING OF EQUIPMENT AND SYSTEMS A. The Architect will check the completed installation either sequentially as different parts are completed, or when the entire installation is complete, at the sole option of the Architect. 3.2 SPECIAL RESPONSIBILITIES A. Coordination: Cooperate and coordinate with work of other Sections In executing work of this Section. 1. Perform work such that progress of entire project including work of other Sections shall not be interfered with or delayed. 2. Provide information as requested on items furnished under this.Section which shall be installed under other Sections. 3. Obtain detailed installation Information from manufacturers of equipment provided under this Section. 4. Obtain final roughing dimensions or other Information as needed for complete Installation of items furnished under other Sections. 5. Keep fully informed as to shape, size and position of openings required for material or equipment to be provided under this and other Sections. Give full • information so that openings required by work of this Section may be coordinated with other work and other openings and may be provided for In advance. In case of failure to provide sufficient information in proper time, provide cutting and patching or have same done, at own expense and to full satisfaction of Designer. 6. Provide information as requested as to sizes, number and locations of concrete housekeeping pads necessary for floor mounted vibrating and rotating equipment provided under this Section. 7. Notify Architect of location and extent of existing piping, ductwork and equipment that interferes with new construction. In coordination with and with approval of Architect, relocate piping, ductwork and equipment to permit new work to be provided as required by Contract Documents. Remove non-functioning and abandoned piping,ductwork and equipment as directed by the Architect. Dispose of or store items as requested by Architect. B. Installation Only Items 1. Where this contractor is required to install items which it does not purchase, it shall coordinate their delivery and be responsible for their unloading from delivery vehicles and for their safe handling and field storage up to the time of installation. This trade shall be responsible for. a. Any necessary field assembly and internal connections, as well as mounting in place of the items, including the purchase and Installation of all dunnage supporting members and fastenings necessary to adapt them to architectural and structural conditions. • b. Their connection to building systems Including the purchase and HEATING,VENTILATION AND AIR CONDITIONING 15600-53 ICON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts installation of all terminating fittings necessary to adapt and connect • them to the building systems. 2. This contractor shall carefully examine such Items upon delivery. Claims that any of these items have been received in such condition that their installation will require procedures beyond the reasonable scope of work of this contractor will be considered only if presented in writing within one week of their date of delivery. Unless such claims have been submitted this contractor shall be fully responsible for the complete reconditioning or replacement of the damaged items. C. Maintenance of equipment and systems: Maintain HVAC equipment and systems until Final Acceptance. Ensure adequate protection of equipment and material during delivery, storage, installation and shutdown and during delays pending final test of systems and equipment because of seasonal conditions. Do not use boilers before providing water treatment where required;this includes use of boilers for temporary heat or for testing. D. Use of premises: Use of premises shall be restricted as directed by Architect and as required below. 1. Remove and dispose of dirt and debris, and keep premises reasonably clean. Upon completion of work, remove equipment and unused material. Put building and premises in neat and clean condition, and do cleaning and washing required to provide acceptable appearance and operation of equipment, to satisfaction of Architect and as specified under CLEANING paragraph. 2. It shall be this trade's responsibility to store his materials in a manner that will • maintain an orderly clean appearance. If stored on-site in open or unprotected areas, all equipment and material shall be kept off the ground by means of pallets or racks,and covered with tarpaulins. 3. Do not interfere with function of existing sewers and water and gas mains. Extreme care shall be observed to prevent debris from entering ductwork. Confer with Architect as to disruption of heating services or other utilities due to testing or connection of new work to existing. Interruption of heating services shall be performed at time of day or night as directed by Architect to provide minimal interference with normal operation. Obtain Architect's approval of the method proposed for minimizing service interruption. E. Surveys and measurements: 1. Base measurements, both horizontal and vertical, on reference points established by Contractor and be responsible for correct lay out of work. 2. In event of discrepancy between actual measurements and those indicated, notify Architect in wilting and do not proceed with work until written instructions have been issued by Architect. F. Gypsum Drywall Enclosures: 1. Coordinate location, sizes and enclosures of drywall and related work affecting work of this Section. 2. Work shall include but not be limited to following: a. Supply and retum air duct enclosures serving rooftop air handling units • HEATING,VENTILATION AND AIR CONDITIONING 15600-54 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4, 2011 Yarmouth, Massachusetts • ductwork down through the building. • b. Exhaust air ductwork, flue piping, combustion air piping and refrigerant -. piping enclosures within the building. 3.3 MATERIALS AND WORKMANSHIP A. Work shall be neat and rectilinear. Ductwork and piping shall run concealed except In mechanical rooms and areas where no hung ceiling exists. Install material and equipment as required by manufacturers. Installation shall operate safely and without leakage, undue wear, noise, vibration, corrosion or water hammer. Work shall be properly and effectively protected, and pipe and duct openings shall be temporarily closed to prevent obstruction and damage before completion. B. Except as specified otherwise, material and equipment shall be new. Provide supplies, appliances and connections necessary for complete and operational installation. Provide components required or recommended by OSHA and applicable NFPA documents. C. References to manufacturers and to catalog designations are Intended to establish standards of quality for materials and performance but imply no further limitation of competitive bidding. D, Finish of materials, components and equipment shall be as approved by Architect and shall be resistant to corrosion and weather as necessary. • E. Owner will not be responsible for material and equipment before testing and acceptance. • 3.4 CONTINUITY OF SERVICES A. Do not interrupt existing services without the Owner's approval. B. Schedule interruptions in advance, according to the Architect's instructions. Submit, in writing with request for interruption methods proposed to minimize length of interruption. C. Interruptions shall be scheduled at such times of day and work so that they have minimal impact on the Owner's operations. 3.5 TAGS A. Upon completion of work, attach engraved laminated tags to all pieces of HVAC equipment(including but not limited to fans, air handlers, condensing units, and all other equipment listed in the HVAC schedules). Equipment tags shall have black characters on white face,with labels corresponding to drawing schedule numbers. B. Provide manufacturer's equipment nameplates, catalog numbers and rating identification securely attached to electrical and mechanical equipment with screws or rivets. . Adhesives or cements will not be permitted. 3.6 PIPE AND DUCT IDENTIFICATION A. Ductwork shall be stenciled at each junction or branch takeoff, at least once in each room, and at intervals not longer than 20 ft. Stencil shall clearly identify duct service (S for supply, R for return, X for exhaust), area served by branch, and arrow indicating direction of flow. • B. Provide color coded pipe Identification markers on refrigerant piping installed under this HEATING,VENTILATION AND AIR CONDITIONING 15600-55 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts Section. Pipe markers shall be snap-on laminated plastic protected by clear acrylic • coating. Pipe markers shall be applied after architectural painting where such is required. Markers shall identify unit served and equipment served. C. Size of legend letters on markers and length of color field shall be per the latest edition of ANSI A13.1. D. Markers shall be"Setmark"by Seton Name Plate Corp. or approved equal. 3.7 ACCESWS AND ACCESS PANELS A. Provide proper access to materials and equipment that require inspection, replacement, repair or service and coordinate their delivery with the Installing Trade. If proper access cannot be provided, confer with Architect as to the best method of approach for minimizing effect of reduced access which may result. B. Coordinate and prepare a location, size, and function schedule of all access panels required to fully service equipment and deliver to a representative of the installing Trade. Furnish and install distinctively colored buttons (color as selected by the Architect) for installation in finished ceiling to identify all access panels. C. Furnish access panels for installation under other Sections where fire dampers, volume dampers, controls, shut-off valves control valves, check valves, or other items installed under this Section require access and are concealed in floor,wall furred space or above ceiling.Access panels shall be as manufactured by Milcor, Knapp, Nystorm, Inland Steel or approved equal. Coordinate selection with other Sections supplying similar access panels for access to their respective work. • D, Ceilings consisting of lay-in or removable splined tiles do not require access panels. Dampers, splitters, or test hoe openings above ceilings shall have their location marked with thumb tack on finished ceiling panel. Location shall be noted on the record Drawings. E. Access panels shall have same fire rating classification as the surface they are installed In. F. Panels shall be at least 12 Inches x 12 inches minimum. Access panels at equipment shall be large enough to permit removal and replacement of the largest single component of the equipment served. 3.8 PENETRATIONS AND SLEEVES A. General 1. Provide pipe and duct sleeves and packing materials as specified and as shown on Drawings at penetrations of foundations, walls, slabs (except on-grade), partitions and floors. Sleeves shall meet NFPA-101 requirements and materials requirements of Part 2 of this Section. 2. Coordinate work carefully with Architectural and Structural work. Set sleeves in forms before concrete is poured. Provide core drilling as necessary if walls are poured, or otherwise constructed without sleeves and a wall penetration is required. Provide core drilling as required for penetrations of existing construction. Do not penetrate structural members without Architect's approval. 3. Sleeves for insulated pipe and duct in non-fire rated construction shall • HEATING,VENTILATION AND AIR CONDITIONING 15600-56 ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts • accommodate continuous Insulation without compression. Sleeves and/or penetrations in fire rated construction shall be packed with fire rated material which shall maintain the fire rating of the wall. Seal ends of penetrations to provide continuous vapor barrier where insulation is interrupted. See Part Two of these specifications for requirements for packing materials. 4. Sleeves through floors shall be water-tight and shall extend 2" above floor surface. B. Pipe Sleeves 1. Annular space between pipe and sleeve shall be at least 1/4". 2. Sleeves are not required for slabs-on-grade unless specified otherwise. 3. Sleeves and packing materials, through rated fire Walls and smoke partitions shall maintain fire rating of construction penetrated. 4. Do not support piping risers on sleeves. C. Duct Sleeves and Prepared Openings 1. Provide duct sleeves for round ducts 15" and smaller, provide prepared, framed openings for round ducts larger than 15"and for square, rectangular and flat oval ducts, except as specified otherwise. Sleeves shall meet SMACNA requirements. • 2. Provide sleeves for ducts through 1-, 2- or 3-hour fire-rated construction and smoke partitions, regardless of size and shape of ducts. Sleeves shall maintain fire rating of construction penetrated. Sleeve and seal materials, construction and clearances shall meet requirements of SMACNA Fire Damper and Heat Stop Guide for Air Handling Systems. 3. Prepared openings shall be framed to provide 1"clearance between framing and duct or duct insulation. D. Installation Testing, Listings and Approvals 1. Installation shall meet material manufacturer's recommendations exactly, particularly as regards safety, ventilation, removal of foreign materials and other details of Installation. Dam openings as recommended. Remove flammable materials used for damming and forming seals in fire-rated construction. 2. Sleeve penetration methods shall be water- and gas-tight and shall meet requirements of ASTM E-119 Standard Methods of Fire Tests of Building Construction and Materials. 3. Fire-stop penetration seal methods and materials shall be UL-listed as applicable. 4. Inspect foamed sealants to ensure manufacturer's optimum cell structure and color ranges. 3.9 ANCHORS AND INSERTS • A. Inserts shall be iron or steel of type to receive machine bolt head or nut after installation. HEATING,VENTILATION AND AIR CONDITIONING 15600-57 ICON architecture, inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth,Massachusetts Inserts shall permit adjustment of bolt in one horizontal direction and shall develop • strength of bolt when installed in properly cured concrete. B. Provide anchors as necessary for attachment of equipment supports and hangars. 3.10 INSTALLATION OF EQUIPMENT A. Avoid interference with structure and with work of other trades, preserving adequate headroom and clearing doors and passageways, to satisfaction of Architect and in accordance with code requirements. Installation shall permit clearance for access to equipment for repair, servicing and replacement. B. Install equipment so as to properly distribute equipment loads on building structural members provided for equipment support under other Sections. Roof-mounted • equipment shall be installed and supported on structural steel provided under other Sections. C. Provide suspended platforms, strap hangers, brackets, shelves, stands or legs as necessary for floor, wall or ceiling mounting of equipment provided under this Section (e.g. heating and ventilating units, fans, ducts and piping) as Indicated on Drawings and in Specifications. D. Provide steel supports and hardware for proper installation of hangers, anchors, guides, etc. E. Provide cuts, weights, and other pertinent data required for proper coordination of equipment support provisions and installation. • F. Structural steel and hardware shall conform to Standard Specifications of ASTM; use of steel and hardware shall conform to requirements of Section Five of the Code of Practice of American Institute of Steel Construction. G. Verify site conditions and dimensions of equipment to ensure access for proper installation of equipment without disassembly which will void warrantee. Report in writing to Designer, prior to purchase or shipment of equipment involved, on conditions which may prevent proper installation. 3.11 CLEANING A. Ductwork 1. Ducts shall be thoroughly cleaned so that no dirt or dust shall be discharged from diffusers, registers or grilles,when system is operated. 2. Provide temporary connections required for cleaning. Provide cheesecloth for openings during cleaning. 3. Replace filters prior to final inspection and testing. B. Equipment 1. After completion of project, clean the exterior surface of equipment included in this section, including concrete residue. 3.12 STARTUP,TESTING,AND BALANCING A. General • HEATING,VENTILATION AND AIR CONDITIONING 15600-58 ICON architecture. Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • Provide qualified personnel, equipment, apparatus and services for start-up, testing and balancing of mechanical systems, to performance data shown in schedules, as specified, and as required by codes, standards, regulations and authorities having jurisdiction Including City Inspectors, Owners and Architect. 1. Startup,testing,and balancing shall not diminish guarantee requirements.- 2. Notify Architect and authorities Involved at least two weeks before startup testing and balancing begins. 3. Do not cover or conceal work before testing and inspection and obtaining approval. 4. Instruments for testing and balancing shall have been calibrated within one month prior to testing and balancing. Calibration shall be traceable to NBS Standards. Provide copy of certificate of calibration to the Architect prior to commencement of balancing of systems and equipment. 5. Leaks, damage and defects discovered or resulting from startup, testing and balancing shall be repaired or replaced to like new condition with acceptable materials. Tests shall be continued until system operates without adjustments or repairs. 6.. Report on reporting forms, submitted to Architect for approval in advance, and on forms provided by Architect as applicable. 7. For each piece of equipment, copy nameplate data and include in report. • 8. Submit six copies of testing and balancing reports to Architect for approval. 9. Provide capacity and performance of equipment by field testing. Install equipment and instruments required for testing, thermo-wells and gauge connections at no additional cost to Owner. 10. Qualified representative of equipment manufacturer shall be present at testing of equipment as deemed necessary by the Architect and/or as specified within the Contract Documents. 11. Startup, testing and balancing procedures outlined below are the minimum effort required for the project. Contractor shall use any additional procedures he feels will be necessary to properly startup,test and balance the job. B. Automatic Temperature Controls Testing 1. Temperature Control Testing General Requirements a. Start up temperature control system so that all sequences of operation called for in Architect's drawings and specifications operate properly. Ensure that all control components are properly calibrated in accordance with manufacturer's instructions. See that all software, Included with control system,is fully debugged. C. Air Balancing • 1. General HEATING,VENTILATION AND AIR CONDITIONING 15600-59 • ICON architecture, Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts a. Provide qualified personnel, equipment and services for balancing and • adjusting of mechanical systems. Submit resumes at demonstration of balancing meeting. b. Personnel shall be experienced and qualified to perform, record,.and evaluate all procedures contained here and/or as outlined on drawings. c. For each air handler on job, provide, under the work of the mechanical section, one spare sheave of size to be determined after traverses are complete. d. Submit procedures, recording forms, and test equipment for review prior to balancing, as described in Paragraph A.4 above. 1) Balancing procedure or sequence is contained herein. 2) Recording forms used for balancing must be submitted to the Architect for approval before balancing is started. a) Failure to submit forms will result in rejection of entire submittal. b) Submit description of balancing equipment being used. 3) Balancing shall not begin until system has been installed complete and capable of normal operation. a) All grilles, dampers, fans, coils, pumps, valves and • linkages shall be installed and operating prior to balancing. b) System shall be capable of operating under control as specified on drawings and/or contained herein. 4) Independent balancing agency shall have the following qualifications: a) Agency is known to have specialized in balancing commercial HVAC system for at least 3 years. b) Agency shall provide proof of qualifications to Designer's satisfaction. Qualification shall include submitted at least three sample balancing reports prepared for commercial HVAC system over 100,000 ft2 in floor area. c) Agency employed balancing technicians shall be qualified to balance HVAC system to Architect's satisfaction. Submit resume of technician. d) At least one balancing technician shall remain on from start to acceptance of final balance report. e) Agency shall be approved by Architect. 2. Air System Balancing a. Testing agency shall balance, adjust and test motors, systems, air moving equipment and distribution, supply, return and exhaust systems, as follows: 1) Adjust blower rpm to design requirements and record. Test and • record motor full load amperes. HEATING,VENTILATION AND AIR CONDITIONING 15600-60 • ICON architecture,Inc. THE SIMPKINS SCHOOL RESIDENCES Permit Set-August 4,2011 Yarmouth, Massachusetts • 2) Make pitot tube traverse of main supply, return and exhaust and obtain design cfm at fans. 3) Test and record system static pressure,suction and discharge. 4) Test and record entering air temperatures. 5) Balance and adjust supply air systems in finished areas of building: a) Balance and adjust as required to deliver volume of air at each air outlet within 10% of design flow shown on Drawings. b) Readjust air volumes after occupancy, as required to properly balance heating and cooling loads throughout conditioned areas. 6) Balance supply air systems in unfinished areas: • a) Supply air systems shall be balanced after installation of items related to same systems with exception of duct taps to air diffusers in interior zones. b) Balance as required to deliver air volume at outlets within 10%of design flow shown on Drawings. c) Provide sufficient temporary openings in interior zone duct systems to adjust interior zone air volumes. d) Readjust air volumes after completion and occupancy, • as required to properly balance heating and cooling loads throughout conditioned areas. 7) Adjust toilet exhaust and relief air systems as required to deliver air volumes at inlets within 10%of design flow. 8) Adjust miscellaneous ventilation systems as required to deliver air volumes at Inlets and outlets within 10%of design flow. b. Compile test data and submit to Designer for approval. c. If questions arise,tests or portions of tests shall be repeated in presence of Designer. END OF SECTION • HEATING,VENTILATION AND AIR CONDITIONING 15600-61 • Substitution Request Form Name of Project: Simpkins School Residences-Yarmouth, Massachusetts Owner: Stratford Capital Group Address: 100 Corporate Place, Suite 404 Peabody, MA 01921 Name of Bidder: Address: City, State: Telephone: Name of Contact: Comply with all requirements of Section 01600 SUBSTITUTION REQUEST COVER SHEET This cover sheet is required for all proposed substitutions including"or equals". Contractor. Subcontractor: National Refrigeration Inc This Request Reference Number: NRI-04 Substitution Summary: Delete all vnlnme damperc in apartment units,lice re.'der damper • for balancing Specification Section and Paragraph Number. 15600 certion 9 1(; Contract Drawing and Detail Reference: Date of This Request: This Request Prepared By: Jack King Jr Conditions: Indicate all conditions that apply to this proposed substitution: []Substitution required because specified item is no longer available. []Substitution required because Contractor believes specified item is incorrect,Inappropriate,or Incompatible. 6d Substitution recommended because it offers the Owner substantial advantage in: []Quality []Time [A Cost (]This is an"or equal" Evidence: Indicate evidence attached: (]Tabulated side by side comparison of specified item and proposed substitution directly comparing each feature,characteristic, and performance. [] Manufacturer's product data for both specified Item and proposed substitution. Origin of all Information included on tabulated side by side comparison is highlighted. [] Details showing how the proposed substitution Interfaces with adjacent work. []Certification that warranty, if any required,will be provided as required. [] Certification that this proposed substitution is coordinated with all related and adjacent work. []Complete cost change information. [] Higher cost to Owner as stated in cost change information []No change in cost to Owner [?]Lower cost to Owner, credit to Owner as stated in cost change information • • Deviations from Contract Documents. • Itemize all deviations from Contract Documents if this proposed substitution Is approved. All Registers show volume dampers which require fire rate access panels Unnecessary • The undersigned attests that the undersigned has carefully examined this entire submission and that the requirements of the Contract Documents have been met. By: 10/6/2011 Signature date Printed or Typed Name Title ARCHITECT'S REVIEW STAMP:[Stamp review stamp below and indicate action on this substitution.] Architect's Response: • A. One(1)complete and signed hard copy original of each Substitution Suggestion Proposal in a sealed envelope is to be delivered to the Owner(address below)on October 11, 2011 no later than 2PM local time.Substitution Request Forms received after this date and time will be nullified.Substitution Proposals which do not use the Substitution Request Form or follow stated Substitution Request Form protocol will be nullified. Simpkins School Limited Partnership do Stratford Capital Group, LLC 100 Corporate Place,Suite 404 Peabody, MA 01960 B. A copy of this Proposal should simultaneously be sent to: Gordon Schaaf Project Manager Design Technique, Inc. • 44 Merrimac Street Newburyport,MA 01950 • Substitution Request Form Name of Project: Simpkins School Residences-Yarmouth, Massachusetts Owner: Stratford Capital Group Address: 100 Corporate Place, Suite 404 Peabody, MA 01921 Name of Bidder: Address: City, State: Telephone: Name of Contact: Comply with all requirements of Section 01600 SUBSTITUTION REQUEST COVER SHEET This cover sheet is required for all proposed substitutions including"or equals". Contractor: Subcontractor:NationaLRefrigeration inc This Request Reference Number: NRI 02 Substitution Summary: MU Tect and Ralanre repnrt in lieu of Independent Tect R. Ralanre • Specification Section and Paragraph Number: 15600 sertinn 1 19C Contract Drawing and Detail Reference: Date of This Request: This Request Prepared By: Jack King Jr Conditions: Indicate all conditions that apply to this proposed substitution: [] Substitution required because specified item Is no longer available. []Substitution required because Contractor believes specified item is incorrect,inappropriate,or incompatible. [x]Substitution recommended because it offers the Owner substantial advantage in: []Quality []Time ba Cost []This is an"or equal" Evidence; Indicate evidence attached: []Tabulated side by side comparison of specified Item and proposed substitution directly comparing each feature,characteristic,and performance. []Manufacturer's product data for both specified item and proposed substitution. Origin of all information included on tabulated side by side comparison is highlighted. [] Details showing how the proposed substitution Interfaces with adjacent work. []Certification that warranty, if any required,will be provided as required. []Certification that this proposed substitution is coordinated with all related and adjacent work. []Complete cost change information. [] Higher cost to Owner as stated in cost change Information [] No change In cost to Owner [A Lower cost to Owner,credit to Owner as stated in cost change information • ' Deviations from Contract Documents: • Itemize all deviations from Contract Documents if this proposed substitution is approved. Substitute NRi Test and Balance in lieu of independent Test and Balance as specified The undersigned attests that the undersigned has carefully examined this entire submission and that the requirements of the Contract Documents have been met. By: 10/6/7011 Signature date Printed or Typed Name Title ARCHITECT'S REVIEW STAMP: [Stamp review stamp below and Indicate action on this substitution.] Architect's Response: • A. One (1)complete and signed hard copy original of each Substitution Suggestion Proposal in a sealed envelope is to be delivered to the Owner(address below)on October 11, 2011 no later than 2PM local time.Substitution Request Forms received after this date and time will be nullified.Substitution Proposals which do not use the Substitution Request Form or follow stated Substitution Request Form protocol will be nullified. Simpkins School Limited Partnership do Stratford Capital Group, LLC 100 Corporate Place, Suite 404 Peabody, MA 01960 B. A copy of this Proposal should simultaneously be sent to: Gordon Schaaf Project Manager Design Technique, Inc. • 44 Merrimac Street Newburyport, MA 01950 • Substitution Request Form Name of Project: Simpkins School Residences-Yarmouth, Massachusetts Owner: Stratford Capital Group Address: 100 Corporate Place, Suite 404 Peabody, MA 01921 Name of Bidder: Address: City, State: Telephone: Name of Contact: Comply with all requirements of Section 01600 SUBSTITUTION REQUEST COVER SHEET This cover sheet is required for all proposed substitutions Including"or equals". Contractor: Subcontractor:National Refrigerationlnc This Request Reference Number: ► t -1 Substitution Summary: Substitute Carrier standard efficiency equipment in lieu cif ultra high • efficiency equipment Specification Section and Paragraph Number: 15600 section 2.15. 2.172.18, Contract Drawing and Detail Reference: M-0.00 Date of This Request: This Request Prepared By: Tack King Tr Conditions: Indicate all conditions that apply to this proposed substitution: [j Substitution required because specified item is no longer available. []Substitution required because Contractor believes specified item is incorrect,inappropriate,or incompatible. N Substitution recommended because it offers the Owner substantial advantage in: []Quality []Time jd Cost []This is an"or equal" Evidence: Indicate evidence attached: []Tabulated side by side comparison of specified item and proposed substitution directly comparing each feature,characteristic,and performance. [] Manufacturer's product data for both specified item and proposed substitution. Origin of all information Included on tabulated side by side comparison is highlighted. [] Details showing how the proposed substitution interfaces with adjacent work. []Certification that warranty, if any required,will be provided as required. []Certification that this proposed substitution is coordinated with all related and adjacent work. []Complete cost change information. [] Higher cost to Owner as stated in cost change information [] No change In cost to Owner [A Lower cost to Owner,credit to Owner as stated in cost change information • Deviations from Contract Documents: • Itemize all deviations from Contract Documents if this proposed substitution is approved. Substitute Carrier standard efficiency equipment in lieu of ultra high efficiency equipment as specified Specified Furnaces are no longer available The undersigned attests that the undersigned has carefully examined this entire submission and that the requirements of the Contract Documents have been met. By: 10/6/2011 Signature date Printed or Typed Name Title ARCHITECT'S REVIEW STAMP: [Stamp review stamp below and indicate action on this substitution.] Architect's Response: • • A. One(1)complete and signed hard copy original of each Substitution Suggestion Proposal in a sealed envelope is to be delivered to the Owner(address below)on October 11,2011 no later than 2PM local time.Substitution Request Forms received after this date and time will be nullified.Substitution Proposals which do not use the Substitution Request Form or follow stated Substitution Request Form protocol will be nullified. Simpkins School Limited Partnership do Stratford Capital Group, LLC 100 Corporate Place, Suite 404 Peabody, MA 01960 B. A copy of this Proposal should simultaneously be sent to: Gordon Schaaf Project Manager Design Technique, Inc. • 44 Merrimac Street Newburyport, MA 01950 • Substitution Request Form Name of Project: Simpkins School Residences-Yarmouth, Massachusetts Owner: Stratford Capital Group Address: 100 Corporate Place, Suite 404 Peabody, MA 01921 Name of Bidder: Address: City, State: Telephone: Name of Contact: Comply with all requirements of Section 01600 SUBSTITUTION REQUEST COVER SHEET This cover sheet is required for all proposed substitutions including"or equals". Contractor: Subcontractor:National Refrigeration Inc This Request Reference Number: NRI-05 Substitution Summary: Snhctitnte Hart Rr rnnley Recidential Grade Rrg.cterc and t;rillc in lieu of Titus. • Specification Section and Paragraph Number: 15600 section 2.1I Contract Drawing and Detail Reference: M-0.00 Date of This Request: This Request Prepared By: Jack King Jr Conditions: Indicate all conditions that apply to this proposed substitution: [] Substitution required because specified Item is no longer available. [] Substitution required because Contractor believes specified Item is incorrect,inappropriate,or incompatible. N Substitution recommended because it offers the Owner substantial advantage in: []Quality []Time la Cost []This is an"or equal" Evidence: Indicate evidence attached: []Tabulated side by side comparison of specified item and proposed substitution directly comparing each feature,characteristic,and performance. []Manufacturer's product data for both specified item and proposed substitution.Origin of all Information Included on tabulated side by side comparison is highlighted. [] Details showing how the proposed substitution interfaces with adjacent work. []Certification that warranty, if any required,will be provided as required. []Certification that this proposed substitution is coordinated with all related and adjacent work. []Complete cost change information. [] Higher cost to Owner as stated In cost change information [j No change in cost to Owner [,j Lower cost to Owner,credit to Owner as stated in cost change information • Deviations from Contract Documents: • Itemize all deviations from Contract Documents if this proposed substitution is approved. Substitute I-Tart& Cooley Residential Grade Registers and Grills in lieu of Titus The undersigned attests that the undersigned has carefully examined this entire submission and that the requirements of the Contract Documents have been met. By: 10/6/2011 Signature date Printed or Typed Name Title ARCHITECTS REVIEW STAMP:[Stamp review stamp below and indicate action on this substitution.] Architect's Response: • A. One(1)complete and signed hard copy original of each Substitution Suggestion Proposal in a sealed envelope is to be delivered to the Owner(address below)on October 11,2011 no later than 2PM local time.Substitution Request Forms received after this date and time will be nullified.Substitution Proposals which do not use the Substitution Request Form or follow stated Substitution Request Form protocol will be nullified. Simpkins School Limited Partnership do Stratford Capital Group, LLC - 100 Corporate Place, Suite 404 Peabody, MA 01960 B. A copy of this Proposal should simultaneously be sent to: Gordon Schaaf Project Manager Design Technique, Inc. • 44 Merrimac Street Newburyport, MA 01950 • Substitution Request Form • Name of Project: Simpkins School Residences-Yarmouth, Massachusetts Owner: Stratford Capital Group Address: 100 Corporate Place, Suite 404 Peabody, MA 01921 Name of Bidder: Address: City, State: Telephone: Name of Contact: Comply with all requirements of Section 01600 SUBSTITUTION REQUEST COVER SHEET This cover sheet is required for all proposed substitutions including"or equals". Contractor: Subcontractor: National Refrigeration Inc This Request Reference Number:NRI-06 Substitution Summary: Snhctithte nnrtbnarrl in lien of 'alvani7ed steel duet • Specification Section and Paragraph Number: 15600 section 2.1B Contract Drawing and Detail Reference: Date of This Request: Thls Request Prepared By: Jack King Jr Conditions: Indicate all conditions that apply to this proposed substitution: []Substitution required because specified item is no longer available. []Substitution required because Contractor believes specified Item Is Incorrect, inappropriate,or Incompatible. N Substitution recommended because it offers the Owner substantial advantage in: []Quality []Time bJ Cost [)This Is an"or equal" • Evidence: Indicate evidence attached; [)Tabulated side by side comparison of specified item and proposed substitution directly comparing each feature,characteristic,and performance. []Manufacturers product data for both specified item and proposed substitution. Origin of all Information included on tabulated side by side comparison Is highlighted. [] Details showing how the proposed substitution interfaces with adjacent work. [)Certification that warranty, if any required,will be provided as required. []Certification that this proposed substitution is coordinated with all related and adjacent work. []Complete cost change information. [] Higher cost to Owner as stated in cost change information []No change in cost to Owner [,Lower cost to Owner,credit to Owner as stated in cost change information • Deviations from Contract Documents: • Itemize all deviations from Contract Documents if this proposed substitution is approved. Snhctitnte dncthnard in lieu of galvanized cteel duct The undersigned attests that the undersigned has carefully examined this entire submission and that the requirements of the Contract Documents have been met. By: 10/6/2011 Signature date Printed or Typed Name Title ARCHITECT'S REVIEW STAMP: [Stamp review stamp below and indicate action on this substitution.] Architect's Response: • A. One(1)complete and signed hard copy original of each Substitution Suggestion Proposal in a sealed envelope is to be delivered to the Owner(address below)on October 11,2011 no later than 2PM local time.Substitution Request Forms received after this date and time will be nullified.Substitution Proposals which do not use the Substitution Request Form or follow stated Substitution Request Form protocol will be nullified. Simpkins School Limited Partnership do Stratford Capital Group, LLC 100 Corporate Place, Suite 404 Peabody, MA 01960 B. A copy of this Proposal should simultaneously be sent to: Gordon Schaaf Project Manager Design Technique, Inc. • 44 Merrimac Street Newburyport, MA 01950 • Distributor Corporation of New England 767 Eastern Avenue Malden, MA 02148 ( Car www.dcne.com • to the' Y a is John Lattanzio jlattanzio@dcne.com Tel 1-800-347-8804 ext 3257 Fax(508)698-0502 To: JACK KING Quote Number: 27083 Fax Number: 401-737-2004 Date: 09/26/2012 Customer: NATIONAL REFRIG INC Job Name: SIMPKINS Carrier Rev 59SC5 Address: 3600 WEST SHORE RD Job Location: YARMOUTH,MA WARWICK,RI 02886 Resubmittal for approval Qty Model Number Description For 1.5t 37 59SC5A060S17-14 G/F.4-WAY 95 AFUE 1S/PSC motor 1.5t 37 CNPHP2417ATA Carrier Cased 2 Ton Horizontal Tin Plated N Coil with TXV 17.5in.Wide • 1.5t 37 24ABC618A003 24 59SCSAO60S17-14 Carrier Base 16 Series 1.5 Ton Condensing Unit 208/230-1 2.Ot G/F.4-WAY 95 AFUE IS/PSC 2.0t 24 24ABC624A003 Carrier Base 16 Series 2 Ton Condensing Unit 208/230-1- 2.Ot 24 CNPI1P3117ATA Carrier Cased 2.5 Ton High Eff Horizontal Tin Plated N Coil with TXV 17.5in.Wide 2.5t 4 59SC5A060S17-14 G/F.4-WAY 95 AFUE 1S/PSC 2.St 4 CNPHP3117ATA Carrier Cased 2.5 Ton High Eff Horizontal Tin Plated N Coil with TXV 17.5in.Wide 2.5t 4 24ABC630A003 Carrier Base 16 Series 2.5 Ton Condensing Unit 208/230- ACCU-6 1 38AUDAI2AOA5-0AOA0 Scroll Compressor Air-Cooled Condensing Unit, Dual Circuit 10 Tons Cooling 208/230-3-60 AHU-1 1 40RUAA12A2A6-OAOAO DX Cooling Coil 10 Tons Cooling Tri-voltage ALT 208/230/460-3-60 GDH-1 I SC250 SEALED COMB DUCT FURNACE GDH-1 1 7001E FRT PPD REZNOR RTU 1-2 2 48HCEAO5A3A5-OA2AO High Eff Med Gas Heat Single Pkg Rooftop 4 Tons Cooling 208/230-3-60 RTU 1-2 2 IIH--57AC-078 Accusensor II Economizer Differential Enthalpy Control Upgrade RTU 1-2 2 CRRFCURBOO1A01 14-inch Tall Roof Curb RTU 1-2 2 CRECOMZR024A02 Horizontal EconoMi$er IV with solid-state controller RTU 1-2 2 CRPWREXH028A01 Horizontal Power Exhaust RTU 1-2 2 33CS2PP2S-02 Thermostat RTU 1-2 8 33ZCT55SPT Space Temp.with Overide ACU-I 1 CS-E9NKUAW Panasonic Wall Mtd HP 09K lo amb ACU-1 1 CU-E9NKUA PANASONIC K HP LO AMB ACU-1 1 CZ-RD5I5U pANASONIC WIRED REMOTE FOR 9-24 • Distributor Corporation of New England • HVAC ratings and rebate calculator ja. x HVAC installation detail: Outdoor unit: 24ANB618A003 • Indoor unit: CNPHP2417ALA Furnace: SEER: 14.50 EER: 12.00 HSPF: N/A HCap 47: N/A HCap 17: N/A AFUE: BTUH: AHRI reference nr: 4608797 Download AHRI certificate at www.ahridirectoiy.org Access the DCNE HVAC ratings and rebate calculator online anytime at www.dcne.com Report generated on:26 Sep 2012 • • Distributor Corporation of New England,767 Eastern Avenue,Malden,MA 02148—tel:781-322-8800 HVAC Ratings and Rebate Calculator Page 1 of 1 st Main Men¢♦ Log In New User • HVAC Ratings and Rebate Calculator 07-11011.9.,TRIfieKw + y;pett3 �a.ger .r Home Help me choose equipment I bow my equipment About View HVAC equipment,ratings and rebates: Selected HVAC Installation: litPrint/PDF gi Return to search remits Outdoor unit:24ABC624A003 Indoor unit:CNPHP3117ACA Furnace: • Cooling capacity:23,600 SEER: 14.50 EER: 12.00 HSPF: N/A Heap 47: N/A • HCap17: N/A AFUE: BTUH: AHRI reference nr. 3632296 • AHRI certificates Download AHRI certificates from www alaidiredory,org. • AC systems • HP systema • Disclaimer: Abhwd,DCtE updates this calculate sepune/.retina are eepd to change.DONE we net be held responsible for feting dunes Mat may caw a ter human errors lme,wXMn this celarlea.Dealers res oessgedis d&MOM M AHRI crdtg44r M Ml selection to verily reap accuracy.Nat if consumers we*pt.kir WI regale.hwvn,he omelet to read the Si...and mMYds on each rebate term wMR/to detrmFe elthlly.Consumers should conn an a[mrrOM before Saris felons tea seals. Distributor Corporation al New England,787 Eastern Avenue,Malden,MA02148—W:781-322-8500 • CopMdd 2008-2011 Distributor Corporation of New England.All dghte reserved. • • • https://www.mydcne.com/webapps/calculator/help_me_choose_equipment/ 9/26/2012 HVAC Ratings and Rebate Calculator Page 1 of 1 1111 Main Menu:♦ Log In New User • f HVAC Ratings and Rebate Calculator 4 ;N: • Home Help me choose equipment I know my equipment About View HVAC equipment,ratings and rebates: • . Selected HVAC Installation: prim/PDF Return to search results • Outdoor unit: 24ABC830A003 Indoor unit: CNPHP3117ACA • Furnace: Cooling capacity 28.800 _ SEER 14.50 EER: 12.00 HSPF: N/A HCap47: N/A HCap 17: N/A AFUE: BTUH: AHRI reference nr 3632297 • AHRI certificates: Download AHRI certificates from yingeidirectoryorg. • AC systems • HP systems 0ledabner. • Although DONE updates this calculator frequently,ratings ere subject to Menge.ACNE will not In held responsible for rating changes that may occur m b human Snare bund within this calculator.Dealers are encouraged to dwnload the Nim wieup ter Meir Incl selection to sadly rating aeeveq.Not al consumes era Nlgble bee rebates shown,be tertian to reed the term end condition on each rebate form carefully to determine seybbly.Connntera should oonnat an accountant before tNng federal be media. DiebtMaor Corporation 00 New Erynld.lar Dothan Avorue.Madden,MA 0214$—b:781.322-11800 °VASA 2005-2011 Distributor Corporation of New England.At dlpb ravened • • • • • • https://www.mydcne.com/webapps/calculator/help_me_choose_equipment/ 9/26/2012 . 59SC5A ComfortTM Series Single—Stage • 4—Way Multipoise CCarrie� Condensing Gas Furnace Series 100 turn to the experts Product Data installation. �; • Installation flexibility with a 360-degree rotating elbow. 1LA . More than twelve different venting options,including optional through-the-cabinet downflow and horizontal venting. O • Ideal condensing furnace height 35"(889 mm)cabinet:short enough for taller coils,but still allows enough room for service. ' • Silicon Nitride Power Heat' Hot Surface Igniter. • Aluminized-steel primary heat exchanger. • Stainless-steel condensing secondary hat exhanger. ut�.� • High-quality corrosion-resistant prepainted steel cabinet with fI y hemmed edges for safety. ,, r • Factory-configured ready for upflow applications. • Direct-vent/sealed combustion,single-pipe venting or ventilated combustion air. • PSC blower motor,single-speed inducer motor,and single-stage • • Sei . • Sell f-d-diagngnostics with SuperBrite LED A11263 • Approved for Twinning applications(60-14 through 120-20 The 59SC5 Multipoise Comfort Series Condensing Gas Furnace sizes,only). features energy efficiency of 95.5% AFUE gas efficiency and workhorse PSC blower motor. This gas furnace also features • Propane convertible(See arrPssory list). 4-way multipoise installation flexibility, and is available in nine • Approved for Manufactured Housing/Mobile Home applications model sizes. The 59SC5 can be vented for direct vent/two-pipe, (except 140,000 Btuh input)with MH accessory kit. ventilated combustion air, or single-pipe applications. All units • Convenient Air Purifier and Humidifier connections. meet California Air Quality Management District emission requirements, are design certified in Canada, and are certified for • Residential installations may be eligible for consumer financing mobile/manufactured home use. through the Retail Credit Program. • Certified to leak 2%or less of nominal air conditioning CFM STANDARD FEATURES delivered when pressurized to 1-in.water column with all • 4-way multipoise design for upflow,downflow or horizontal� epresent air inlets,air outlets,and condensate drain port(s)sealed. - V Aun cc, .......„.. Comfort' SERIES �ofraolhe ntim ,° a°°nch Wtherke;tea:*Fa ' I® ..fE. W 0.walnJr tory org. EZIZI • . 1 CASING RATED HEATING DIMENSIONS HEATING AIRFLOW COOLING OUTPUTt SAP ORDERING (IN.) CFM APPROX SHIP NO. Heating @ 0.5 ESP MOTOR HP-SPEED WEIGHT(LB) H D W (BTUH) AFUE CFMM ESP (In WC) • (In.WC) 59SC5A040S14-10 35 29.5 14.2 39,000 95.5% 820 0.10 625-905 1/2-4 123 59SC5A060S14-10 35 29.5 14.2 58,000 95.5% 840 0.12 675-1130 1/2-4 127 59SC5A060S17-14 35 29.5 17.5 58,000 95.5% 980 0.12 650-1420 1/2-5 144 ri9SC5A080817-16 35 29.5 17.5 78,000 95.5% 1040 0.15 810-1600 3/4-5 154 59SC5A080S21-20 35 29.5 21.0 73000 95.5% 1695 0.15 1335-1970 3/4-5 162 59SC5A100521-14 35 29.5 21.0 97,000 95.5% 1510 0.20 915-1545 1/2.4 169 598C5A100S21-20 35 29.5 21.0 97,000 95.5% 1680 0.20 1345-2065 3/4-5 169 598C5A120S24-20 35 29.5 24.5 117,000 95.5% 2245 0.20 1320-2105 3/4.5 186 598C5A140S24-20 35 29.5 24.5 135,000 95.5% 2175 0.20 1290-2035 3/4.5 190 1 Capacity In accordance with DOE test procedures. Ratings are position dependent See rating plate. i Heating CFM at factory default blower motor heating tap settings. ESP-External Static Pressure FEATURES AND BENEFITS C) HYBRID HEAT®Dual Fuel system-This system can provide Direct or Single-pipe Venting, or Optional Ventilated cn Combustion Air - This furnace can be installed as a 2-pipe o more control over your monthly energy bills by automatically (Direct Vent) furnace, in an optional ventilated combustion air selecting the most economical method of heating.With HYBRID application, or in single-pipe, non-direct vent applications. This HEAT components,our system automatically switches between the provides added flexibility to meet diverse installation needs. gas furnace and the single-stage electric heat pump as outside temperatures change to maintain greater efficiency and comfort Sealed Combustion System-This furnace brings in combustion than with any traditional single-source heating system. The heat air from outside the furnace, which results in especially quiet pump also delivers high-efficiency cooling in the summer. operation. By sealing the entire combustion vestibule, the entire Power Heat" Igniter-Carrier's unique SiN igniter is not only furnace can be made quieter,not just the burners. physically robust but it is also electrically robust. It is capable of Monoport Burners - The burners are specially designed and running at line voltage and does not require complex voltage finely tuned for smooth, quiet combustion and economical regulators as do other brands.This unique feature further enhances operation. the gas furnace reliability and continues Carrier's tradition of Bottom Closure - Factory-installed for side return; easily technology leadership and innovation in providing a reliable and removable for bottom return. The multi-use bottom closure can • durable product. also serve for roll-out protection in horizontal applications,and act Reliable Heat Exchanger Design-The aluminized steel,clam as the bottom closure for the optional return air base accessory. shell primary heat exchanger was re-engineered to achieve greater Blower Access Panel Switch - Automatically shuts off 115-v efficiency out of a smaller size. The first two passes of the heat' power to furnace whenever blower access panel is opened. exchanger are based on the current 80% product, a design with Quality Registration - Our furnaces are engineered and more than ten years of field-proven performance and success. manufactured under an ISO 9001 registered quality system. These innovations, paired with the continuation of a crimped, Certifications-This furnace is CSA (AGA and CGA) design no-weld seam create an efficient, robust design for this essential certified for use with natural and propane gases. The furnace is component. factory-shipped for use with natural gas. A CSA listed gas The condensing heat exchanger, a stainless steel fm and tube conversion kit is required to convert furnace for use with propane design, is positioned in the furnace to extract additional heat. gas.The efficiency is AHRI efficiency rating certified.This furnace Stainless steel coupling box componentry between heat exchangers meets California Air Quality Management District emission has exceptional corrosion resistance in both natural gas and requirements. propane applications. 4-Way Multipoise Design - One model for all applications- there is no need to stock special downflow or horizontal models when one unit will do it all. The new heat exchanger design allows these units to achieve the certified AFUE in all positions. • 2 • SPECIFICATION, Heating Capacity and Efficiency 040-10 060-10 060.14 080-16 080-20 100-14 100-20 120-20 140-20High InputHem (BTUH) 40,000 60,000 60,000 80,000 80,000'• 100,000 100,000 120,000 140,000 • Output High P Heat (BTUH) 39,000 58,000 58,000 78,000 78,000 97,000 97,000 117,000 135,000 Efficiency AFUE%(ICS) 95.5 95.5 95.5 95.5 95.5 95.5 95.5 95.5 95.5 Certified Temperature High Heat 40-70 40-70 40-70 40.70 40-70. 40.70 40-70 40-70- 45-75 Rise Range QF(QC) (22.39) (22.39) (22.39) (22.39) (22.39) (22.39) (22.39) (22.39) (25-42) Airflow Capacity and Blower Data 040-10°-. 060-10 060-14 080-16 080-20 100-14 100-20 -120-20 .140-20 Rated External Static Heating 0.10 0.12 0.12 0.15 0.15 020 0.20 0.20 0.20 Pressure(in.w.c.) Cooling 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 High Heat 820 840 980 1040 1695 1510 1680 2245 2175 Airflow Delivery @Rated ESP(CFM) Cooling 905 1130 . 1420 1600 1970 1545 2065 2105 2035 400CFM/ 2 2.5 3.5 4 5 4 5 5 5 ton Cooling Capacity(tons) 350 CFM/ ton 2.5 3 4 4.5 5.5 4.5 6 8 6 Q Direct-Drive Motor Type Permanent Split Capacitor(PSC) U Direct-Drive-Motor HP 0.5 0.5 0.5 0.75 0.75 0.5 0.75 0.75 0.75 if Motor Full Load Amps - 6.2 6.2 6.8 7.9 13.8 6.5 13.8 14.1 14.1 N RPM Range 500-1150 Speed Selections 4 4 5 5 5 4 5 5 5 Blower Wheel Diameter Width I in. 11x7 11 x7 11x8 11x8 11 x10 11 x10 11 x10 11 x11 11 x11 Air Filtration System Field Supplied Filter Used for Certified Watt Data KGAWF••06UFR Electrical Data ,„ „;r 040.10:.: I.060-10;I,060.14 11080.16 108020 1100-14';I -100-20 I-12020'1 140-20,, Input Voltage Volts-Hertz-Phase 115-60-1 Operating Voltage Range Min-Max - 104-127 • Maximum Input Amps Amps 6.8 7.0 8.4 9.6 14.5 7.6 14.6 14.9 _ 14.9 Unit Ampacity Amps 9.5 9.7 11.5 13.0 19.1 10.4 19.2 19.6 19.6 Minimum Wire Size AWG 14 14 14 14- 12 14 12 12 12 Maximum Wire Length Feet 39 38 32 28 30 35 29 29 29 @ Minimum Wire Size (M) (11.9) (11.6) (9.8) (8.5) (9.1) (10.7) (8.8) (8.8) (8.8) Maximum Fuse/Circuit Breaker Amps 15 15 15 15 20 15 20 20 20 (Time-Delay Type Recommended) Transformer Capacity(24vac output) 40 VA External Control Power Available Heating 27.9 VA Cooling 34.6 VA Controls 04010 I 060-10 106014 I 08016 I 080201 100-14 I 10020 I 120-20 1;140-20 Gas Connection Size 1/2'-NPT Burners(Monoport) 2 I 3 I 3 I 4 I 4 I 5 I 5 I 6 I 7 Gas Valve(Redundant) I Manufacturer White Rogers Minimum Inlet Gas pressure(in.we) 4.5 Maximum Inlet Gas pressure(in.we) 13.6 Gas Conversion Kit•Natural to Propane KGANP50011SP Gas Conversion Kit-Propane to Natural KGAPN42011SP Manufactured(Mobile)Home Kit KGAMH0601 KIT T N/A Ignition Device Silicon Nitride Limit Control 165 I 165 I 180 I 170 I 200 I 180 I 180 I 160 I 155 Heating Blower Control(Heating Off-Delay) Adjustable:90,120,150,180 seconds • Cooling Blower Control(Time Delay Relay) 90 seconds Communication System none Thermostat Connections Corn 24V,R,W,G,V Accessory Connections EAC(115vac);HUM(24vac) • *See Accessory List for part numbers available. 3 MODEL NUMBER NOMENCLATURE Example of Model Number • 1.2 3 4 5 6 g.0 10 11.12 13 14 16.1w • Family Htg.Stages 4 Base Effy, Major Series Mt7-9 Motor11.1 Voltage3Minor Series 1Airflow 5.18 59 T N s A 060 V 17 - 14 Femll 011-000 CFM Y 10-1000 CFM S-Single Stage 12-1200 CFM T-Two Stage 14.1400 CFM M-Modulating 10-1600 CFM C-Comfort 10.1800 CFM P-Part 20.2000 CFM N•Infinity 0.490AFuE 14-142' 22.22000FM 2.492 AFUE 17-11.5' Minor Series 3.493 AFUE 21.210' Voltage 5.495 ARIE 24.245' 040.40.000 BTU 9.488AFUE 060.60000 BTU S•Standard 1.400 AFUE 000.50,000 BTU E•Energy Efficient 100100.000 BTL V.Variable Speed MajorSeries 120.120000 OIL 140.140000 BTU Not aN(smiles have these models A12373 Q ID C.) n FURNACE COMPONENTS C, In HOT SURFACE ' GAS BURNER IGNITER MANUAL RESET • ROLLOUT SWITCH FLAME • • ria M -��=_x:1..9 ti` GOR ;mipiag j MANUAL RESET jja • OLLOUT SWITCH ` J1 GAS VALVE i `'i \�° , �• �t1 I MAIN LIMIT SWITCH VE • ''-�"� (BEHIND GAS VALVE) OPERATING INSTRUCTIONS �'' (1'i NOT SHOWN(LOCATED ON ' Serail\�_,�I MAIN FURNACE DOOR.SEE �•�., OPERATING INSTRUCTIONS �I n n I I IIT INSIDE DOOR FIGURE). I ��jp� -�Q,`� I // + ! INDUCER MOTOR C���O gri '\21; ASSEMBLY ELECTRICAL JUNCTION �1♦ - V A��yJ A'.. BOX(IF REWIRED, ICI a=-t$111:l r.0111.1 .6.F Lam. LOCATION MAY VARY) " L ,v ' rrryyyyyy 9 a BLOWER DOOR -/1` - I M' SAFETY SWITCH .41 . ,. r �-4—MEDIA CABINET a IMP '� . FURNACE � BLOWER AND ' CONTROL I I MOTOR BOARD 204 wan . / / CAPACITOR/ iii POWER CHOKE (IF USED) RATING PLATE NOT SHOWN ' (LOCATED ON BLOWER DOOR) REPRESENTATIVE DRAWING ONLY,SOME MODELS MAY VARY IN APPEARANCE. A11400 • 4 • • MAXIMUM EQUIVALENT VENT LENGTH - Ft (M) Table 1-Maximum Equivalent Vent Length -Ft.(M) 0 to 4500 Ft.(0 to 1370 M)Altitude • NOTE: Maximum Equivalent Vent Length(MEVL)includes standard and concentric vent termination and does NOT include elbows. Use Table 2-Deductions from Maximum Equivalent Vent Length to determine allowable vent length for each application. Unit Size DIRECT VENT(2-PIPE)AND NON-DIRECT VENT(1-PIPE) Altitude BTU/Hr FT(M) Vent Pipe Diameter(In.)I 1-1/2 2 2-1/2 3 4- 40,000° 50 (15.2) 210 (64.0) 250 (76.2) :;-NA' NA .,. 60,000 30 (9.1) 135 (41.1) 235 (71.6) 265 (80.8) NA , 0 to 2000 80,000 20 (6.1) 70 (21.3) 175 (53.3)- 235 (71.6) 265 (80.8) (0 to 610) 100,000 NA;7Z --7'79 25 (7,6) 110 (33.5) 235 (71.6) 265 (80.8) 120,000 ,NA ;4,i - '""TTA '' 15 (4.6) 100 (30.5) 250 (76,2) 90 (27.4) 210 (64.0) 40,000 45 (13.7) 198 (60.4) 232 (70.7) ;::.NA NA'<,: 60,000 27 (8.2) 127 (38.7) 222 (67,7) 250 (76.2) - NA :r'..s 2001 to 3000 80,000 17 (5.2) 64 (19.5) 165 (50.3) 222 - (67.7) 249 (75.9) (610 to 914) 100,000 "NA: ,'". "'°$ 22 (6.7) 104 (31.7) 223 (68.0) 250 (76.2) 4 -. 120,000 - NA :1 NA 11 (3.4) 93 (28.3) 237 (72.2) f-) 140,000^ NA,a, „., :.NA NA; ,-;. ; r, 80 (24.4) 185 - (56.4) cn 40,000 39 (11.9) 184 (56.1)- 214 (65.2) -;NA NA H 60,000 23 (7.0) 119 (36,3) 210 (64.0) 235 (71.6) :.,NA ..< , . 3001 to 4000 80,000 15 (4.6) 59 (18.0) 155 (47.2) 210 (64.0) 232 (70.7) (914 to 1219) 100,000 NA-;-. : 19 (5.8) 98 (29.9) 211 (64.3) 236 (71.9) 120,000 - NA ,'NA 8 (2.4) 86 (26.2) 224 (68.3) 140,000° • NA, :•, , . =..iNA NA ",t 79 (24.1) 158 (48.'1) 40,000 60,000 21 (6.4) 115 (35.1) 204 (62.2) 228 (69.5) NA •, 4001 to 4500 80,000 150- 14 (4.3) 56 (17.1) (45.7) ' 202 (61.6) 224 (68.3). (1219 to 1370) 100,000 NA , 17 (5.2) 94 (28.7) 205 (62.5) 229 (69.8) • 140,000" NA • r NA INA - ,1 69 (21.0) 146 (44.5) NOTES:See notes at end of venting tables. See Table 3 for altitudes over 4500 ft.(1370 M) ELBOW CONFIGURATIONS VENT TERMINAL CONFIGURATIONS S 6:1 [C I 1 ICI5 e s Concentric I- , Long Medium Mitered t'- J;J; .' v I N)- ' 'SSttandard A11590 Table 2-Deductions from Maximum Equivalent Vent Length-Ft.(M) Pipe Diameter(in): 1-1/2 2 2-1/2 3 4 Mitered 902 Elbow 8 (2.4) 8 (2.4) 8 (2.4) 8 (2.4) 8 (2.4) Medium Radius 902 Elbow 5 (1.5) 5 (1.5) 5 (1.5) 5 (1.5) 5 (1.5) Long Radius 902 Elbow 3 (0.9) 3 (0.9) 3 (0.9) 3 (0.9) 3 (0.9) Mitered 452 Elbow 4 (1.2) 4 (1.2) 4 (1.2) 4 (1.2) 4 (1.2) Medium Radius 452 Elbow 2.5 (0.8) 2.5 (0.8) 2.5 (0.8) 2.5 (0.8) 2.5 (0.8) Long Radius 452 Elbow 1.5 (0.5) 1.5 (0.5) 1.5 (0.5) 1.5 (0.5) 1.5 (0.5) Tee 16 (4.9) 16 (4.9) 16 (4.9) 16 (4.9) 16 (4.9) Concentric Vent Termination • (0 0) =`v „ •, 0 Standard Vent Termination 0 I (0.0) 0 (0.0) 0 I (0.0) 0 (0.0) 0 I (0.0) 7 MEDIA FILTER CABINET • 25-5/8" • (6 -mm) • • 244mmr -1/4" 23-5/8" �(600mm) I Opening8witFlanges Bent I 23-1/B" 23-3/8" (SSSmm) (594mm) pi Opening [ - [ • I w A0 CDm 1 Furnace Side Duct Side • H f _ 233/4y mO1 u) (603mm) a Centerline Screw Slots (146mm) Media Filter A B Cabinet 16"(406mm) 17"(432mm) 16"(406mm) 20"(508mm) 21'(533mm) 20"(508mm) 24"(610mm) 25"(635mm) 24"(610mm) NOTE: Media cabinet is matched to the bottom opening on furnace. May also be used for side return. A12428 TYPICAL WIRING SCHEMATIC • ---- FIELD 24-V WIRING ---- FIELD 115-,208/230-,460-V WIRING — FACTORY 24-V WIRING • — FACTORY 115-V WIRING NOTE 2 - THERMOSTAT FIVEREE WIRE Q Q p Q Q TERMINALS -- FIELD-SUPPLIED THREE-WIRE i i i i I DISCONNECT HEATING-ONLY BLOWER DOOR SWITCH -_ 208/230-OR Thb460-V THREE _Isis atK,y-n�� 0- I I PHASE " it GND T I ��� -- 2U8/23U-V _ _ SINGLE 115-VFIELD- AUXILIARY v,,,, -__! �I-- PHASE DSCONNECT SUPPLIED J BOXL CY NOTE 1 i - GNo • CONDENSING UNIT 24-V TWO TERMINAL WIRE ' BLOCK FURNACE NOTES: 1. Connect V-terminal in furnace as shown for proper blower operation. 2. Some thermostats require a"C'terminal connection as shown. 3. If any of the original wire,as supplied,must be replaced,use same type or equivalent wire. A11387 • 13 • • • 59SC5A I • .. 0 1 1 1 ' 1 1 1 1 0(al 61E16 NOTES: tutu 0 0 4. o a o o a°1 tea3 1.Doors may vary by model. O 2.Minimum return-air openings at furnace,based on metal duct If flex duct is used, see flex duct manufacturer's recommendations for equivalent diameters. �03 a.For 800 CFM-16-in.(406 mm)round or 141/2x12-in.(368 x 305 mm)rectangle. b.For 1200 e. v/1r c.For 1600 CFM-224n.CFM-20-in. (559 mm)round or 141 2 x 221%6-in.(368 560mm)rectangle. ° d.Return air above 1800 CFM at 0.5 in.w.c ESP on 24.5'casing,requires one of the following "' 190 oim configurations:2 sides,1 side and a bottom or bottom only.See Air Delivery table in this a _ > A/MNE document for specific use to allow for sufficient airflow to the furnace. 3.Vent and Combustion air pipes through blower compartment must . 291 1/49-311/49-311/49-31 r / ' .07 o 1p6 P VIEW Mall use accessory"Vent Kit-Through the Cabinet'.See accessory list for x current part number. Mv4 WEE - 123451 WEE 2417/16 273. EMI1..6 x700$ V Mat 35 Va I6Mw by IV Co x34/ 7 N m 8 8 5 — ,04a ••• 41 I" 4 I I I r MIT IS/a yFwl g g a 11 1 m a 11 Lb A 140 L 113511 f 703331 Mit Nto .1251 1 11 Ca113111019 1544 - O x 05 yy 1111 AIWA& 0 L1 MfIPI 0111 MAT MRM 03tit 270101 l n6/ rI..1 A o on 12223 03 . ARMEE16 12V+Or CC RMW1Ml /421263 I - 0• 'f. 4 e.4vMUm3a• i nota fI . 11@LCa M 55 122.21 314 ( z�-i 0.43W51 * 1 064I ,1 1 Mel aV 34+.11,, 12721Tan CLM1 nvu Esn —. — n _ n1./ x5151 — — 21Mzt n u MIv1e a3n �qI 064IMNII1Y 15161 W6ASMNfr n%aavlaM»i»v16My1y6 611/ x».11may xWy121,n¢ygirAtyym —V sNIY1a nvle n1y16201NVArd1Aj I yP60p NML 'MS/ 1116119 146i 13 d y OI x5271111 -- --• 155 __1MEI aces 11/1$—II 6_431 II-11/6'aa • Ivsl 04))5151 0 1M ISOM 2156/MTX SIa9 X11 333,131 IORALLCtyxaw 64°0124.143L1' 1544 /331 MY1e 27546 196.4 AM p� y ~*-§2150244 444 m O 8 8 m +3 05 A V ii r a --I 1 E o O N 01 51 0 0O 0 0 m N V N 41 M °' A -4 N .A 9 D CNPHP, CNRHP Evaporator Coil N Coil — Cased Carrie • Horizontal turn to the experts Product Data This horizontal design N-coil is an evaporator coil designed to provide the highest standards of reliability and durability.The coils are available for use in Puron®, the environmentally friendly refrigerant,and R-22 systems. Both designs have a painted case(taupe metallic)and come with factory-installed thermostatic expansion valves(TXV). The coils are offered in different cabinet configurations for use in multiple installation applications.Easy maintenance is provided as the coil slides out of the cabinet after removing the access door and service panel. The coils are available in sizes 024 through 061 (2 to 5 tons). Tin Plated Copper Coils - "T" models are built with special hairpins, tin plated to resist both general pitting corrosion and excessive indoor Formicary Corrosion.(Formicary Corrosion is an industry phenomenon.) Aluminum Coils-"L." models are built with aluminum hairpins, designed to resist both general pining corrosion and excessive indoor-Formicary Corrosion. (Formicary Corrosion is an industry 1111, v phenomenon.) • DESIGN FEATURES Water Management—These coil designs do an excellent job of ` water management.The coils are designed to avoid water blow-off into the ducts by directing condensate away from the fins and into J, the drain pan. The coil drain pan design provides improved condensate removal into the drain. This improves indoor air quality. /� Durable Condensate Pan — Each coil is equipped with a pan is designednt coith a slope drain pan. The c ropersdr ndage,\ ` / pan is designed with a slope to help ensure proper drainage,improved moisigne remThel,and uome cgmfort. \ � Compact Design — The unique design is great for all those r P6. horizontal applications. They are designed for either \ horizontal-right or horizontal-left furnace fit up.The coil is ideally suited for either attic or crawl space installation. Brass Inserts—Every condensate pan features two 3/4-in.female Aoaoos threaded brass insert connections.The unique brass inserts provide CNPHP/CNRHP for a leak-free condensate line connection to prevent water damage. Refrigerant Connections—The coils are provided with proven sweat connections for leak-free operation maintaining system reliability. Burst Pressures—These coils meet or exceed burst pressure of 2100 psi which is at least three to five times the pressure they will see in actual application. Thermostatic Expansion Valves (TXV)—All the Carrier coils have refrigerant-specific factory-installed TXVs. Teflon Ring—The ring,installed inside the liquid line connection at the TXV is the best option for preventing refrigerant leaks and • future service calls. Teflon works with both Puron® and R-22 refrigerants. DIMENSIONS • A- u u i -u rn• r-wa. 0. am I CC IS1. v a I II wur mu'cc)in I 0.U 1 ur n. I 1111 Sr III t;mntM El fir. IFI ' --..:(i -. n�� �.iv,r• 1 !i IIimi die=—iii rimy I - r PUMP PIM n• • P Ott NM C o-m• • A05430 DIMENSIONS SHIPPING WT..LBS.(KG) A B C D E F Non— _ CN(P,R)HP SERIES In. In. In. In. In. In. Coated Tin—Coated (mm) (m (m m) (mm) (mm) (mm) m) Hairpins Hairpins (C) m ------2417A(C,T)A A 17-1/2 19 10-3/4 9-5/16 16 5/8 39.5 41.5 (445) (483) (273) (237) (406) (16) (18) (19) 3017A(C,T)A A 17-1/2 22-1/16 10-5/16 8-7/16 18 3/4 50.0 53.0 (445) . (560) (262) (214) (406) (19) (23) (24) ---3617A(C,T)A A 17-1/2 22-1/16 10-5/16 8-7/16 16 3/4 49.5 52.5 (445) (560) (262) (214) (406) (19) (22) (24) 4221A(C,T)A A _ 21 22-1/16 10-5/16 8-7/16 19-1/2 7/8 59.0 62.0 (533) (560) (262) (214) (495) (22) (27) (28) 4821 A(C,T)A A 21 28-1/16 13-3/16 8-7/16 19-1/2 7/8 71.0 73.5 (533) (713) (335) (214) (495) (22) (32) (33) 6024A(C,T)A A 24-1/2 29 14-1/8 9-5/16 23 7/8 - 81.0 84.0 (622) (737) (359) (237) (584) (22) (37) (38) 6124A(C,T)A A 24-1/2 29 14-1/8 9-5/16 23 7/8 88 91 (622) - (737) (359) (237) (584) (22) (194) (201) SHIPPING WT.LBS.(KG) A B C D E F Non— CNPHP SERIES In. In. In. In. In. In. Coated Tin—Coated (mm) (mm) (mm) (mm) (mm) (mm) Hairpins Hairpins (C) (1) 3117A(C,T)A B 17-9/16 27-1/2 12-7/16 7-13/16 16 3/4 44.1 50.7 (446) (699) (316) (198) (406) (19) (20) (23) 4321A(C,T)A 8 21-1/16 30-1/8 21-1/16 10-1/2 19-1/2 7/8 59.1 61.7 . • (535) (765) (386) (267) (495) (22) (26.8) (28) 3 24ABC6 BaseTh'16 Air Conditioner with Puron® Refrigerant Barrie , • turn to the expert Product Data INDUSTRY LEADING FEATURES / BENEFITS Efficiency • 14- 16.5 SEER/11.0-133 EER 11111111 • Microtube Technology"" refrigeration system • Indoor air quality accessories available Sound • Sound level as low as 76 dBA • Sound level as low as 74 dBA with accessory sound lanket Comfort H. b • System supports Edge® Thermidistat°" or standard thermostat controls Reliability • • Puron® refrigerant - environmentally sound, won't deplete the ozone layer and low lifetime servce cost. • Scroll compressor ® • Intemal pressure relief valve • Internal thermal overload Puron. • Filter drier "'""'°""'"'"'"iwn°"'•'"" • Balanced refrigeration system for maximum reliability Durability WeatherArmor" protection package: Carrier's Air Conditioners with Puron® refrigerant provide a • Solid,durable sheet metal construction collection of features unmatched by any other family of equipment. The 24ABC has been designed utilizing Carrier's • Dense wire coil guard standard Puron refrigerant.The environmentally sound refrigerant allows • Baked-on,complete outer coverage, powder paint you to make a responsible decision in the protection of the earth's Applications ozone layer. As an Energy Star®Partner,Carrier Corporation has determined • Long-line - up to 250 feet(76.20 m)total equivalent that this product meets the Energy Star® guidelines for energy length, up to 200 feet (60.96 m) condenser above efficiency. Refer to the combination ratings in the Product Data evaporator,or up to 80 ft.(24.38 m)evaporator above for system combinations that meet Energy Star®guidelines. condenser(See Longline Guide for more information.) • Low ambient (down to -20°F/-28.9°C)) with NOTE: Ratings contained in this document are subject to - accessory kit change at any time. Always refer to the AHRI directory (www.ahridirectory.org) for the most up-to-date ratings information. • REFRIGERANT PIPING LENGTH LIMITATIONS Liquid Line Sizing and Maximum Total Equivalent Lengthst for Cooling Only Systems with Barons Refrigerant: The maximum allowable length of a residential split system depends on the liquid line diameter and vertical separation between indoor and • outdoor units. See Table below for liquid line sizing and maximum lengths: Maximum Total Equivalent Length Outdoor Unit BELOW Indoor Unit Liquid AC with Puron Refrigerant Maximum Total Equivalent Lengtht: Outdoor unit BELOW Indoor Size Liquid Line Line Vertical Separation ft(m) Connection Diam. o-s a-to 11-20 21-30 31-40 41-50 51-60 61-70 71-60 W/TXV (0-1.5) (1.5-3.0) (3.4-6.1) (6.4-9.1) (9.4-122) (12.5-162) (15.5-15.3) (16.6-21.3) (21.6-24.4) 18000 1/4 150 150 125 100 100 75 -- -- -- AC with 3/8 5/18 250* 250* 250* 250* 250* 250* 250* 225* 150 Puron 3/8 250* 250* 250* 250* 250* 250* 250* 250* 250* 24000 1/4 75 75 75 50 50 -- -- -- -- AC with 3/8 5/16 250* 250* 250* 250* _ 250* 225* 175 125 100 Puron 3/8 250* 250* 250* 250* 250* 250* 250* 250* 250* 30000 1/4 30 -- -- -- -- -- -- -- -- AC with 3/8 5/18 175 225* 200 175 125 100 75 -- -- to Puron 3/8 250* _ 250* 250* 250* _ 250* 250* 250* 250* 250* CO 36000 5/16 175 150 150 100 I 100 100 75 -- -- Q AC with 3/8 O Puron 3//8 250* 250* 250* 250* 250* 250* 250* 250* 250* tV 42000 5/16 125 100 100 75 75 50 -- -- -- AC with 3/8 Puron 3/8 250* 250* 250* 250* 250* 250* 250* 250* 150 48000 AC with 3/8 3/8 250* 250* 250* 250* 250* 250* 230 160 -- Puron 60000 AC with 3/8 3/8 250* 250* 250* 225* 190 150 110 -- -- Puron • Maximum actual length not to exceed 200 ft(61 m) t This equlvaleM length accounts for losses due to elbows or fitting.See the Long Una Guideline for details. --=outside acceptable range • Maximum Total Equivalent Length Outdoor Unit ABOVE Indoor Unit Uquid AC with Puron Refrigerant Maximum Total Equivalent Lengtht: Outdoor unit ABOVE Indoor Size Liquid Line Line Vertical Separation ft(m) Connection Dram. 25 26-50 51-75 76-100 101-125 126-150 151-175 176-200 w/TXV (7.6) (79-152) (15.5-22.9) (23.2-30.5) (30.5-35.1) (35.4-45.7) (46.0-53.3) (53.6-61.0) 18000 1/4 175 250* 250* 250* 250* 250* 250* 250* ACwith 3/8 5/16 250* 250* 250* 250* 250* 250* 250* 250* Puron 3/8 250* 250* 250* 250* 250* 250* 250* 250* 24000 1/4 100 125 175 200 225* 250* 250* 250* AC with 3/8 5/16 250* 250* 250* 250* 250* 250* 250* 250* Puron 3/8 250* 250* 250* 250* 250* 250* 250* 250* 30000 1/4 30 -- -- -- -- -- -- -- AC with 3/8 5/16 250* 250* 250* 250* 250• 250* 250* 250* Puron 3/8 250* 250* 250* 250* . 250* 250* 250* 250* 36000 5/18 225* 250* 250* 250* 250* 250* 250* 250* AC with 3/8 Puron 3/8 250* 250* 250* 250* 250* 250* 250* 250* 42000 5/16 175 200 250* 250* 250* 250* 250* 250* AC with 3/8 Puron 3/8 250* 250* 250* 250* 250* 250* 250* 250* 48000 AC with 3/8 3/8 250* 250* 250* 250* 250* 250* 250* 250* Puron 60000 AC with 3/8 3/8 250* 250* 250* 250* . 250* 250* 250* 250* Puron •Maximum actual length not to exceed 200 It(61 m) t Total equivalent length accounts for losses due to elbows or fitting.See the Long Line Guideline for details. —— =outside acceptable range • 3 ELECTRICAL DATA OPER VOLTS' COMPR FAN MIN WIRE MIN WIRE MAX MAX MAX FUSE" LENGTH LENGTH -- UNIT SIZE V/PH MCA SIZE} SIZEt or ABRK • MAX MIN LRA RLA FLA 60°C 75°C ESC 76•C AMPS '>18-31 48.0 9.0 0.50 11.8 14 14 67(20.4) 64(19.5) 20 24-30 58.3 13.5 0.75 17/ 14 14 46(14.0) 43(13.1) 25 i 30-30 64.0 12.8 0.75 16.8 14 14 44(13.4) 41 (12.5) 25 -,----38-30 208/230/1-60 253 197 77.0 14.1 0.50 18.1 12 12 57(17.4) 54(16.5) 30 42-30 112.0 17.9 120 23.6 10 10 85(25.9) 81 (24.7) 40 48-30 109.0 19.9 120 26.1 10 10 70(21.3) 67(20.4) 40 60-30 135.0 21.4 120 28.0 8 10 91 (27.7) 56(17.1) 40 •Permissible limits of the voltage range at which the unit will operate satisfactorily t 6 wire Is applied at ambient greater than 30°C,consult table 310-16 of the NEC(NFPA 70). The ampacity of non-metallic-sheathed cable(NM),trade name ROMEX,shall be that of 60°C conditions,per the NEC(NFPA 70)Article 336-26.If other than uncoated(no-plated),60 or 75°C Insulation,copper wire(solid wire for 10 AWG or smaller,stranded wire for larger than 10 AWG)is used,consult applicable tables of the NEC(NFPA 70). * Length shown is as measured one way along wire path between unit and service panel for voltage drop not to exceed 2%. ••Time-Delay fuse. FLA -Full Load Amps LRA -Locked Rotor Amps MCA -Minimum Circuit Amps RLA -Rated Load Amps NOTE:Control circuit Is 24-V on all units and requires external power source. Copper wire must be used from service disconnect to unit. All motors/compressors contain Internal overload protection. mComplies with 2007 requirements of ASHRAE Standards 90.1 Q cJ N A-WEIGHTED SOUND POWER LEVEL (dBA) Unit Size- Standard TYPICAL OCTAVE BAND SPECTRUM(dBA without tone adjustment) Voltage,Series Rating(dBA) 126 260 600 1000 2000 4000 8000 18-31 76 52.5 59.0 65.5 70.5 64.5 59.0 54.5 24-30 76 57.5 64.0 69.0 71.0 69.0 64.5 60.0 30-30 76 55.0 63.5 68.0 69.5 67.0 63.5 58.5 36-30 76 50.5 59.5 64.5 70.5 62.0 59.5 54.5 42-30 78 52.5 62.0 66.0 73.5 68.0 62.0 55.5 48-30 78 58.0 62.0 65.0 66.5 62.5 59.5 58.5 60-30 78 55.0 62.5 67,5 70.5 65.0 61.0 53.5 NOTE: Tested in accordance with ARI Standard 270-08(not listed in AHRI). A-WEIGHTED SOUND POWER LEVEL (dBA) WITH SOUND SHIELD • Unit Size- Standard TYPICAL OCTAVE BAND SPECTRUM(dBA without tone adjustment) Voltage,Series Rating(dBA) 126 260 600 1000 2000 4000 8000 18-31 74 55.5 59.0 65.0 68.5 63.5 58.0 52.0 24-30 75 58.0 64.0 69.0 70.5 68.5 64.5 59.5 30-30 75 55.5 63.0 68.0 69.0 67.0 63.0 58.5 36-30 74 51.5 58.5 62.0 65.0 61.0 58.0 52.0 42-30 76 53.0 62.0 65.5 72.0 65.0 61.0 54.0 48-30 76 60.0 63.5 65.0 65.5 62.0 58.0 52.5 60-30 75 56.5 62.5 66.5 68.0 63.0 59.5 51.5 NOTE: Tested In accordance with ARI Standard 270-08(not listed In AHRI). CHARGING SUBCOOLING (TXV-TYPE EXPANSION DEVICE) UNIT SIZE-VOLTAGE,SERIES REQUIRED SUBCOOLING•F(°C) 18-31 10(5.6) 24-30 10(5.6) 30-30 10(5.6) 36-30 10(5.6) 42-30 9(5.0) 48-30 10(5.6) 60-30 9(5.0) • • . ' 6 • • • . • . • DIMENSIONS - ENGLISH UNIT SERIES ELE TRICAL A B C D E - F G K L M N P OPERATING SHIPPING SHIPPING \' CHARA TERISTIC WEKiH7(IDs) WEIGHT(Ns) DIMENSIONS(.x W x H) ' 26/63616 1 X _251,' 2813016 ]LP LP 47716 21 1/4' 713/W 21116 I? 135'8' 131/3 1210' 125 151 2817?X301/16'%329116• 24463624 % 31116 26116 33/4' 3/4' 6&16 2411116 91/8' 21116 I? 16 16 11 147 183 3216%351(7X326118' ..3m.4- 24463630 X 31116 32916 33/4' 34W 63016 2411/16 91/ ' 21116 I? 151? 16 1411W 153 189 32 Sr X 351?X 351116 •. ..." 26480838 X 35' 285116 379' 29• 69/16 267116 919• 21916 96 16 16 13' 185 204 80 I16 X 395116 X 329/16 24486642 X 35' 3919' 379• 7? 6916 287/16 919' 21116' 5/6 18117 171? 171? 213 254 3619'X A 5116 X 42w• 24080648 % 35' 325/16 379• 7/W 8616 287/16 919' 21916 96 iT 171/7 14 1/4' 231 274 3619'X 395'16 X 351916 24163640 X 35' 4515/16 379' 716 69/16 267/16 911' 215116 5/W 161? it 181/4' 272 310 3619'X 39 5'16'X 496/16 Si0 0 0 NDTES X•YES 1? .•NO 1.ALLOW 26'CLEARANCE TO SERVICE SIDE OF UNIT. M O INABOVE UNIT.WON €.12'ON REMAINING SIDE. N N EN 4N024'BETWEEN UNITSTS FORFOR PROPER NRFLOW. Na OPERATING 2.MINIMUM OUTDOOR OPERATG AMBIENT COOLING N N MODE IS 56F.MAX.125'F. 3.SERIES DESIGNATION IS THE 13TH POSITION OF THE UNIT MODEL NUMBER. �3 4.CENTER OFGRAVIT& S.M.].D*IENSIONS ARE N%CHE?UNLESS NOTED. A sD M AIR IN AIR DISCHARGE AR DISONAME I 1 \ / MI— !�r —vo ,, IIIIIIilllllllllllllllllllllllll ������•;;71.011t-7.T. ����FIELDCONTROL IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIri ��� ��1�l�l\�I B 9379'HOLE ��))) AEON�— (' _SUPPLY IICII!II!!I!I!I!I!!I!II!!I �`�`� il��� F --ARA IN FELD POWER SUPPLY CONN. �� fbar 93, ?%AIDC%DVT _\ IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII i �: A�� �� N UOUID ONE CONN. ��, ;_�' IIIIIIIIIIillllllllllllllllllll_� P t'+� �'.6� �r �� C 31? .IC ii�.R1'�I� T 1.;'l�� �� i_ln 17,6 L 0 D'APOR UNE CONN. 5.116 K LIRN 9316 TEDOWN 101000 LITS MINIMUM 2)RACES UNIT SIZE MOUNTING PAD DIMENSIONS 16 26X26 26.30 31 Vf X 311? 36THRU60 36X36 24ABCi6 Unit Report For ACCU-6/AHU-1 Project:—Untitledl3 09/20/2012 • Prepared By: 02:54PM II 3 Outdoor Unit Parameters Indoor Unit Parameters Unit Quantity. 1 Unit Quantity 1 Unit Model. 38AUD Unit Model 40RUA Unit Size• 10 Tons Unit Size:..._ 10 Tons Voltage. 208/2304-60 V-Ph-Hz No. of Splits* 2 Coil Type. Standard Round Tube/Plate Fin Voltage' 208/230-3-60 V-Ph-Hz Condenser Coil. Al/Cu No.of DX Circuits. 2 System Parameter System Quantity. 1 Refrigerant Type. PURON • Compressor Quantity:._...._..._.__...__...._........._..._...2 Compressor Type. Scroll Std:Capacity Steps. 50,100 Std.Min.Outdoor Temp(Coolingp 35.0 °F No.of Outdoor fans. 2 • Outdoor Unit Dimensions and Weight Indoor Unit Dimensions and Weight Unit Length. 4'11.4" Unit Length. 4'1.0" Unit Width. 3'9.9" Unit Width. 2'4.2" Unit Height:..._.___....._....._..._..._.__.__...._._.4'2.4" Unit Height.._ 4'8.1" Unit Shipping Weight 516 lb Unit Shipping Weight 425 lb Unit Operating Weight 499 lb Unit Operating Weight 425 lb Warranty Information NOTE: Please see Warranty Catalog 808-218 for explanation of policies and ordering methods. Ordering Information Part Number Description Quanti ty Base Unit-Outdoor 38AUDA12A0A5-OAOAO 1 Base Unit • Al/Cu Condensing Coil 1 Standard Refrigerant Options 1 Service Options-None 1 Electrical Options-None 1 Packaging Options-Standard 1 Standard Round Tube/Plate Fin 1 Standard Electrical Mechanical Controls 1 Base Unit-Indoor 40RUAA12A2A6-0AOAO 1 _ • Base Unit Std Static, Std Eff Motor/Medium Drive 1 Cabinet Paint-None 1 Commercial Split Systems Builder 1.26 Page 1 of 9 Performance Summary For ACCU-6/AHU-1 Project:—Untitledl3 09/20/2012 • Prepared By: 02:54PM System. 38AUD012/40RUA012 System Quantity:._..._._ 1 Altitude' 0.0 ft EER @ MI Conditions:_ _11.2 IEER• 11.6 Suction Line Loss* 1.4 °F System meets the Energy Star EER rating. Liquid and Suction Line Sizing Pipe Liquid Line Suction Line Length Size Size 0-25 3/8 7/8 26-50 3/8 7/8 51 -75 3/8 11/8 76-100 1/2 11/8 101 -125 1/2 1 1/8 Outdoor Unit Parameters Indoor Unit Parameters Unit Quantity:..._....__.._....._...__.._....._.._..._. 1 Unit Quantity:._......._..._..........__..._..._..........._.._.....___.1 PartNumber• 38AUDA12A0A5-0A0A0 PartNumber 40RUAA12A2A6.OA0A0 Unit Model:._.__._......._........._...._...._........__.._..38AUD Unit Model* _ 40RUA Unit Size* 10 Tons Unit Size* 10 Tons Coil Type:.__Standard Round Tube/Plate Fin Coil Rows• 4 • Condenser Coil Al/Cu No.of Splits* 2 No.of DX Circuits:..._..._ 2 Voltage* 208/230-3-60 V-Ph-Hz Voltage' 208/230-3-60 V-Ph-Hz Actual Airflow 3200.0 CFM Clg Ent Air DB• 95.0 °F Standard Airflow. 3200.0 CFM Total Clg Cap.(Gross). 123.0 MBH Sensible Clg Cap.(Gross). 87.5 MBH Ent Air DB. _ 81.0 °F Ent Air WB• 68.0 °F Ent Enthalpy 32.24 BTU/lb Lvg Air DB. 55.7 °F Lvg Air WB:...._---__...----- _..._....._...._....__.........55.7 °F Lvg Enthalpy 23.69 BTU/lb Coil Bypass Factor.._ NA Coil Note* High Capacity Coil Used Indoor Supply Fan Outdoor Electrical Data Indoor Unit External Static...._...__..._...._._...1.00 in wg Unit Voltage' 208/230-3-60 V-Ph-Hz Economizer Loss. 0.00 in wg Unit#1 MCA: 38.8 Amps Grille Loss* 0.00 in wg Unit#1 MOCP 50.0 Amps Plenum Loss* 0.00 in wg Total Compressor Power of Unit#1:.._ NA Acc.Heating Loss* 0.00 in wg Voltage Range Min* 187 V Total Ext Static 1.00 in wg Voltage Range Max __......_......._...._..........-...253 V Fan Speed:.__....._...._...__..._.........._......_........._..._..876 RPM Compressor RLA• 15.9 Fan Power 1.59 BHP Compressor LRA* 110 Fan Motor Max: 2.40 BHP Compressor Quantity 2 Fan Motor FLA* 5.8 Amps Fan Motors Qty:..............._.._.........__.._._..........._...._...2 Motor and Medium Static Drive Required. Notice:Outdoor unit elect.data is based on 230-3-60 Indoor Electrical Data Unit Voltage. __....._.__....._20812303-60 V-Ph-Hz Unit MCA* 7.3 Amps • Unit MOCP- 15.0 Amps Notice: Indoor unit elect.data is based on 230-3-60 Acoustics Commercial Split Systems Builder 1.26 Page 3 of 9 Certified Drawing for ACCU-6/AHU-1 Project-Untitiedl3 09/20/2012 Prepared By: 02:54PM ELECTRICAL 516. UNIT R1. CORNEA A CORNER B CORNER C CORNER 0 CENTER OF 4AAY11Y OM ME14Xi ��9IJy� SMITEO PALEN UMI) CHARACTERISTICS I I r0CNML061f5 num.-^0ti%lirt1n IT'('gi11 ChiO4•41(4081100,104 wualu5 'v 1B5. Y4. 183. A4. IBS. AG. LMS. AG. IBS. M4. I \ I X -CARR IfR 31002-01 2001230-310.460910.515.5-12 320 145 128 50 16 31 42 28 ID 32 _21 1533.41 II 1682.61 Il 1330.21 4-3/B 11271.01 J tun [uramo-4num Ruun. a[nlw[la<a1p[1. 36032.05 10112301.10.460-3-60.515.5.40 353 160 138 43 12 13 65 29 10 33 19 1682.41 23 1584.21 13 1330.21 42318 11011.01 38402.12 2051230-1-60.460-)10,315-1-10 410 190 165 15 05 31 18 35 90 41 23 1556.21 20 008 01 15 1301.01 50.3/0 11211.21 NOTES: 38902.14 2001230-310.460.3 60.515140 431 191 162 73 02 37 0 42 95 63 19 1482.41 23 1554.21 15 1381.01 50310 0200 I.411111M CLEARANCE(LC[AL CODES OA JURISDICTION MAT 3640012 200:230-1-10.460-3-10,515-34 499 226 191 0 111 50 12 38 123 56 20 1500.02 23 1564.21 15 1301.01 50310 11211.21 35E8AIL): 38000.14 2001230.3-60.460-360,565-340 505 229 150 16 85 40 16 34 151 68 10 1508.01 24 1669.61 15 1381.01 50-316 11211.21 A. 801104 10 ILCO.B(04 85f SURFACES: 5 INCHES. B.ONE[SIIR.O II.(09 E100A IR 1400: 36 E 6E1T 18337 98 285/230-3-60,460-340505--60 444 200 144 14 3 53 6 52 I3 44 23 1504.01 24 160.41 13 1333 20 4210 11011 01 ONE SIDE. 12 I RE OTHER. INE SIM 6[111X4 THE 3!!ID 00 200/230-310,40.310.50i1J 405 220 140 64 130 53 15 35 130 55 20 151.8.01 24 1649.61 Il IUD 21 41.-00 11066.01 GREATER0111+84 CLEARANCE IS.OPTIONAL. 3!0110.12 2801230-3-0,660-3-4,575-3-18 521 239 151 60 141 64 94 43 141 64 21 1533.41 24 1601.61 I5 1381.01 50915 11239.21 C.0004/1204 i0 INC1[S. !O ASSURE 14001..4 OUTDOOR FAN OPERATION. 5. BE'YIEN 111115:COMM 604$100. 42:INCHESCOST PER NEC. CORNER'B' E.SI08FEM UNIT AND EAGAOUNMD SOAIACLS:CONTROL BOB [I/ 8.4X1..4'C' SIDE. 36 431INCHES44 Y40 NEC. L OUNOEG URI]AND BLOCK canal_ COMIREE.4A MS 00 OMER _ 5014 8ED SOION OF:OF IANC SIDE.R INCHES 0@ NEC.Y -L - •- COIL ASC STATED II NOTE E CIS-AA REMOVABLEANCE FOR [FENCE WA � 0OR4 BARRICADE REOUIRFS NO CLEARANCE OUTDOOR COIL ���� S. UNITS MA BE INSTALLED ON( D$]IBI[MORS MAO[ / ClAN 5000 OR CLASS A.0 04 C ROY COVERING MTERIAL. • IS SIDE ONLY(W (A/ `). I 0114 S 38.40014 11 IN\,1 / //� SERVICE VALVE M NFC 11 LI5 �� 106U1111LIQUID 08 11(1[11 0.61 1312 112.11 51-315 -'---__.-- 1140212 13.8 134.11 152 112.11 115051 100214 1918 01.91 510 115.91_ /��tC`� 141614 1115031.41 ] 19.51 '��\\\\G• r-ve lenD 4 1.3/5[36.0 1/2 nz.n yNMxT' .11X1 SECTION CONNECTION N X551 1LLw1 11/5 126.41 3/0 0.51 I111111 51 NI, ISLE CHART 302 5I2f1 � �� .� _I a 1.4000 1110 128.11 10 112.11 r 1 1.400z 9/5814.10 yr Ili 0, (SEEWCMAARTO(Ntcc CONNECTION r Y REM VIEW = i - s5-30 CENTER OF GRAVE" 1._•'�- 11351 CG r II --- RIGHT SIDE VIEW »DIRECTION OF TER now 5105 38000 SYSTEMS) • CORNEA'A' - I ARxG'D' DIMENSIONS I9 1 1 ARE IM MN * TOP VIEW )-n 1SC"X101 I'll DISCONNECT - -I LOCATION OITIDMAL III "T1"441 13111 INSTALLED C0R'O[S504 I E 1333] DISCONNEC • T NC[SS IANFI WTCW4 COIL • x1-10 114 51 IONE0 1.X16! SUCTION[8x1[["10 ❑iX 50.0/50,0/65.0 NY A.O. (SEE CHART FOR SEL] \1000 UC104! N IMSLALLE3 COISE M:EIICf 118012 CONNECT!. 831111 1X91101 C4 (SEE LNAAT(0A SIZE) Illik ••1014(4151 63.44E ACCESS .q .,TO Ez2E rum 2 11.1,4 s911 �,�1. ENTRY SERVICE]AAT 016E ill -' 1.051 IOTA 1404.4 SLOT x5181111 8-508 1081 45a/0 ROLE 11-110 14 SIDES? 11181 01651 (2451 RIGHT SIDE VIEW LEFT SIDE YEWVIEW ]FOA 384111 AND 38400 SYSTEMS) FRONT"" '"""°O CONDENSING UNIT 02/17/09 12/30/08 38AUZ / 38AUD / 3BAUD - 07/08/12/14 38.40500349 3.0 Commercial Split Systems Builder 1.26 • Page 6 of 9 • • - • • • •. ' Certified Drawing for ACCU-6/AHU-1 Project-Untitledl3 - 09/20/2012 Prepared By: 02:54PM j UNITED °a3Itt•i¢VI-TN UN. lTlnmen1.gu m 044•••••11 0LOAIE$ INl.IT w1aveSrl -AW •�al °N UNIT OMIT EMIT 111/111/ IDE IERUNAIIR CARRIER men wwnul.mu T. IINAA-01 vl U.4381 41 INTAKE 40111-0e 404 Ms I1e3 191 NOTES: _ __ 1.DIMENSIONS IP I I ARE IN MILLIMETERS. o4A1-12 423 Ib.113]111_ 10RW'O1 301 Abs 11q LII_- I. DIRECTIONS(0 AIAEL01. 14110.08 385 Ms m3 41 I-� 3.15REAR; 3[e.CLEARANCE: IORA}IE LEI 111 ITN 111 , r REAR; IM. I16-1 10ROS Oe 330 11.1111 111 I'I-,I 81641 111 1 M. 1113 Inl _IOAY5-10 311 10.1111 141 00(13 EON CONTROLS 116XT SIO::1 ft{ IA. 1111-] 40106 445 BELT LEfT SIDE!2 IS I II. 116E.MA IOAYS'12 331 IE.1111 19] I'-3 1/1' LOCAL 000(0 OR JURISDICTION CARRIER.PREVAIL. • 4.DUCT [11140 401 SUPPLIED BT CARNIER. IU{.21 � 5.SILT FLANGE IS FKIOAT SUPPLIED ANT FIELD INSTALLED. - ACCESSMI SEE DINNING DISCHARGE PLENUM 40814500111 IIIIIIIItI • ECONOMIZER 4304538443 MAN COIL 40111500)48 3 Il/IP NOT NATER COIL /011(500431 113.113 vs.]]/1• NEIOMI AIA GRILLE /014500311 111.41 I'W5.UI OVFRNEAD SUSPENSION /0111530311 _ 508183E 101450011E ' ' ELECTRIC HEAVE /084501001 nv -• IIO1J11'-{l/e• ! E 1(8441 0 UNRELEASED DATA [441.4] SII (SEE ROIL 151 1 0O• 1'-1/I{ �3 I ACCESS Edl comas. `r (41.43 'OCT NOTE [>O{.11 Ia MOSgI AND ICLI� 1i\ 1. IST MTF 151 1 IE3.4] 1111 S/2• t 11P ALTERNATE ��i •1.11 1- i EATIAKF FOR PQM WIRING 1 132.2141(POWER 01111) 111311 • I 4--e 1/11'11 11423.11I 1/1"DIA!a LIQUID CONNECTION (1(44411 (21.01 ALTERNATE DRAIN LOCATION FOR COI[ ` - 1 4.1.DIA FOR SUCTION CONNECTION 1,6 1T 111{• FOR COIL[ e; RETURN Al 1 I •- \\\\\' 111.51 IIIE3Ill CONNEC110NS I 141AAE r�. • 1/e•DIA FOR TIT PM CONNECTION122.21 1110LL{I1• 2''8 1/I14 f III 4383.43. 1•a l/P U , 1.4 3431 G14.43 N P ` 1[484.11.4 1,16 1IIS 1531.11 RUM AO i I ( 1'-1 Ulf I1 I/14 1351111 (401 11 11 'Cil1>IP 111•. / IlEel.11I mLa tr ONMrsATE DRAIN I 3.4 SIE AuONATE `11/V 0085.11 RETURN AIN 126.61111.]1 3 111' I ]ll•DIA.EDI SUCTION(001101101( (T8.0 1••1• 111.51 2•'4 3/11 (1144.11 1113.81 I I/e•DIA.FOR 1.10015 CONNECTION 1 FFT SI IIF FRONT BIGHT SIDE 111.31 "" -n'NMI FAN COIL UNITS M 40RU500024 01127/10 04/15/00 40RU A F 0 / S - 07 / 08 / 10 / 12 E Commercial Split Systems Builder 1.26 Page 7 of 9 • COMMERCIAL SPLIT SYSTEMS • 38AUZ 6 TO 20 TON 38AUD 10 and 20 Ton AIR-COOLED CONDENSING UNITS with PURON®REFRIGERANT These commercial quality air-cooled condensing units are easily connected by refrigerant lines and low voltage control wiring to matching Carrier packaged air-handling units or other suitable evaporator units.They are ideal for new construction or renovation applications where quality and performance are required. BASE UNIT STANDARD FEATURES: Puron®(R-410A) HFC refrigerant partial charge ® I Single-stage cooling capacity control on 07 to 14 models I fx ( I( All models utilize aluminum NovationTM Heat ® Exchanger Technology Condenser Coils 444s . Standard one-year unit warranty, 5-year compressor plan and 3-year parts plan on Novation 1 ® / coil o Cooling operating range up to 125 F(52 C)and down to 35 F(2 C) Brass suction and liquid line service valves Fully Hermetic Scroll compressor with crankcase M heater ant New terminal board facilitating simple safety circuit proomuCt CEpTIFIEp `+ L US troubleshooting and simplified control box ® arrangement. 24-volt 75va control system ARI Standard , High and low pressure switches. • goo/iso Comfort AIertTM Diagnostic Board: Certified to ISO 9001:2000 . LED Go-No-Go and fault code Built in time guard anti-short cycle Phase protection Fault code retention logic Low voltage compressor contactor protector UL and UL, Canada apply to standard units; 575 volt unitssUL, Canada only. Full perimeter base rails with built-in rigging adapters and fork truck slots Pre-painted exterior panels and primer-coated interior panels tested to 500 hours salt spray • protection • Direct drive permanently lubricated condenser fan motors PUr0 • • All units factory run tested Compressors mounted on independent vibration isolators the environmentally sound refrigerant • Commercial Split Systems Builder 1.26 Page 8 of 9 • Carrie _ m COMMERCIAL SPLIT SYSTEMS 40RUA DIRECT EXPANSION PACKAGED AIR-HANDLING UNITS with PURON®REFRIGERANT •�I 40RUA 6 TO 30 TON CHASSIS SHOWN STANDARD FEATURES FOR PURON (R-410A)HFC Refrigerant 1. Cleanable insulation treated with an anti-microbial agent. 2. Two sloped condensate pans on each unit for horizontal or vertical applications. 3. 2 inch filters. 4. Powerful belt-driven forward curved fans. 5. Factory-installed fan motor and contactor. 6. Refrigerant metering devices(TXV's)--factory installed. 7. Easy maintenance--removal of a single panel allows access to virtually all components. 8. Single blower on 07 to 12 sizes;dual blower on 14 to 30 sizes. 9. 24-volt terminal block for control wiring connection. 10. Standard one year warranty. 40RUA DIRECT EXPANSION PACKAGED AIR-HANDLING UNITS The 40RUA units are completely packaged direct expansion air-handling units offering the ultimate in installation ease and flexibility. Combined with Carrier 38AU Series condensing units these packaged air handling units offer system capacities from 6 up to 30 tons. These units may be installed in either the vertical or horizontal configuration with no modifications.Powerful fan systems allow easy adaptation to existing ductwork.Heating capability is provided by electric heaters,hot water coils or steam coils. Certified to ISO 9001:2000 • Puron. Commercial Split Systems Builder 1.26 Page 9 of 9 Project Submittal Package • ..c Generated by • RezQuote v339 • ftFired Duct Furnace Schedule Ext. Line Reznor MBH - Fuel SP Voltage No OW Ilnit Tans - Mndol-Sins Tvno Outrun' Tvnn CFM ,"WC &Phnsn Unit Nntos 1 1 GDH-1 SC-250 Indoor 200 0 0 12011/60 • • Unit Notes: 11 21 31 41 5) • • " Date: 9 20/2012 • Job Name: Sim • kins School Bever! Ma Location: Warwick RI GDH-1 $C-250 indoor separated combustion duct furnace,spark ignition,fan control, 120/24v(add opt CC2 or CC6 vent kit) AA1 Natural Gas AD2 409 Stainless Steel Burners AK1 115 1 Voltage 60Hz CL22 2 St. Digital H C Thermostat w Fan Sw CM1 Ac lic Stat Guard for CL1, CL22 CL52 • • The bill of material above is all that is being submitted for acceptance.Supporting pages attached may have other options not Included in the listing above.They are not being offered for this submMat. Indoor, Separated Combustion, Gas Fired c u .Y M. Duct Furnace for Commercial/Industrial • 4.R Use Model SC „Ili CQS ' . (1. " (* i Arno) 0 ANSI 283.8 CGA 2.6 Easy field conversion is possible for lower temperature rise, 9 higher airflow applications. Check the Installation Manual with .s, unit to determine If your application requires this.To convert the -"' funace for higher airflow, remove air baffles per Installation instruction manual. Notes: • • Regulated combination redundant gas valve consists of Description: combination pilot solenoid valve,electric gas valve, pilot Reznorlt'h model SC series separated combustion filter, pressure regulator, pilot shutoff and manual shut-off all gas-fired ductmfurnaces are designed to separateotheir in one body.Gas supply pressure must not exceed 0.5 PSI (8 combustion air from the aire ithe heated space. oz. - 14"W.C.). Minimum Inlet pressure for natural gas is 5" W.C. Minimum inlet pressure for propane gas is 11"W.C. Reznoril'h was the leading pioneer in perfecting • For air inlet temperatures below 401L' F or temperature rise separated combustion technology.These units are less than 40'It' F,an optional stainless steel heat exchanger • designed and manufactured in accordance with the ANSI is recommended. definition of"separate combustion". While discharging • For temperature rise and pressure drop,see tables. exhaust air,the power venter draws in combustion air • Blower must be placed on entering side of furnace. from the outside atmosphere. Using outside combustion •Approved for installation downstream of an air conditioning air prevents dirt, lint,dust or other contaminants In the coil (optional drain flange,stainless steel heat exchanger and heated space from entering the combustion zone of the stainless steel burners are recommended). furnace. The separated combustion furnace is designed • Not approved for residential use. for use In building areas with negative pressure and/or extremely dirty or mildly corrosive atmospheres.A specially designed combustion air inlet/vent terminal Features: assembly supplied with SC series units requires only a • Orifices for selected gas type single-building penetration for both exhaust and • 115 volt venter motor with stainless steel shaft combustion air. • 24 volt control voltage transformer • Redundant gas valve Reznorit'h model SC series 6 duct furnaces are available • Spark-ignited Intermittent safety pilot with electronic flame in sizes from 100,000 through 400,000 BTUH gas Input for supervision use with either natural or propane gas, as specified. • High limit safety cutout These units are designed for duct connection and require • Post-purge control sequence a separate air moving device upstream from the furnace. •Terminal block wiring Model SC series 6 furnaces are 80%thermal efficient. • Fan Control Standard features include a spark-ignited intermittent • Side access for burners and controls(slide-out burner safety pilot and a single-stage, 24-volt gas valve. Each drawer) unit is equipped with all required limit and safety controls, •Threaded suspension couplings(2)for 1"pipe hangers Including a combustion air pressure differential switch to verify proper vent flow before allowing the gas valve to function. Operation of the heater is controlled through field connection to a remote 24-volt thermostat. ReznoriL'hIL'hs model SC series separated combustion duct furnaces are available in two temperature rise ranges.The SC models are approved for a temperature rise range of 3010hF to 90'iL'hF and include"finger baffles"for proper air distribution at these lower air volumes. Model SC furnaces are approved for installation • downstream of an air conditioning coil. (When used in this application, installing an optional condensate drain on the furnace is strongly recommended.Also recommended is the selection of optional stainless steel burners and heat exchanger.) Included Options • Ml: Unit equipped for natural gas AC2: Heat exchanger is manufactured from die-formed halves of 409 (E-3) Stainless Steel. AD2: Units supplied with steel die-formed atmospheric burners constructed with 409 E-3 stainless steel ribbon Inserts. Burners are desianed with a die-formed flared venturi Inlet ports. Units provided with 409 E-3 stainless steel burner body construction. AG9: Gas controls designed for makeup air heatina applications. Furnace is provided with an electronic modulatina aas reaulator which provides for firina rates between 50% and 100%. The modulatina regulator is controlled by a duct sensor thermistor and remote temperature selector.The temperature selector Is shipped separate so as to be mounted in a convenient location by the customer. to control discharge air within a ranae of 55 to 90 decrees Fahrenheit.The modulatina reaulator reoulates aas discharge pressure when discharge air temnerature drops below a setnoint. if low fire cannot satisfy the duct sensor setting. aas pressure is increased. Increasina input. Setnoint Is adjustable at the remote temperature selector. within a ranae from 55 to 90 decrees (Fl. A main redundant safety shut-off valve includes a servo reaulator which maintains constant aas pressure to the modulatina reoulator under wide variations in aas supply pressure.This valve also Includes the safety pilot valve. and the manual shutoff valve. Manufacturer furnishes a field-Installed DPST wall switch for On-Off Control of unit. Ml: 115 Volt, Single Phase, 60 cycle supply voltage. CC2: Vertical vent terminal assembly • a 111 • CL22: 2 Stg Digital H/C Thermostat w/Fan Sw CL9: Electronic modulating room override (60°-85°F), low voltage for makeup air ti -do 1 CM1: Thermostat guard with locking cover a ' • • • MODEL(S) , . , . -SC 250 SC E -SC 300 -HSC 250(SEE NOTE 1) -HSC 300(SEE NOTE 1) MOUNTING SOCKET 1'IPS FREE TURNING FEMALE PIPE THREAD — ay0 ''11 TA yIla1— II— . 3516 I6!l- 22 '16 IiI 153 - 2-- 1Etab HT1'6 i u� �,� �,�, j r . I I. PTTJTJT,TJIT v m i COMBUSTION AIR ELECTRICAL INLET 6'I.D. CONNECTIONS yzr COMBUSTION 351 PRODUCTS 18 DISCAHRGE 6'O.D. 18 AIR 1 I �� FLOW FOR SIZE 250 3 - i t, _ 1IIIIIIIIFr _ 26 9 INLET AIR OUTLET AIR NOTES: 1)PREFIX'H'INDICATES HIGH CFM UNITS WITHOUT FINGER BAFFLES. 2)GAS CONNECTION SIZES DENOTED ARE FOR NATURAL GAS,NOT SUPPLY LINE SIZE. CLEARANCE FROM COMBUSTIBLES: PROPANE GAS CONNECTIONS IS vr FOR ALL SIZES. 3)STANDARD AIR FLOW AS SHOWN.DIRECTION OF AIR FLOW MAY BE REVERSED 1)TOP,FLUE CONNECTIONS,SIDE OPPOSITE CONTROLS-6'(152mm) BY FIELD RELOCATION OF AIR FLOW BAFFLES. 2)BOTTOM-6'(152mm) 4)SEE VENTING ARRANGEMENTS SECTION FOR MORE INFORMATION. 3)CONTROL SIDE•WIDTH OF UNIT PLUS 6'(152mm) 5)BURNER AND CONTROL ACCESS SHOWN LEFT HAND SIDE. SPECIFY RIGHT HAND SIDE FOR OPPOSITE ACCESS AND CONNECTIONS. ALL DIMENSIONS ARE IN INCHES MODEL SC SEPARATED COMBUSTION VENTING ARRANGEMENTS (cont'd) • Standard Vertical Vent Terminal/Combustion Air Inlet Assembly - Fig. B 9-sr e =.�EXHAUST TERMINAL r i.238mm 8' Is 'V SEAL WITH HIGH TEMPERATURE E n A LBM 5' 125mm) SILICONE RUBBER SEALANT N f f MINIMUM ... FLUE E%HAUST—� SUPPLIED WITH KIT ' - PIPE 'A r WALL OR E — ADJOINING ��—COMBUSTION AIR INLET I S j ^m BUILDING ''r =-p FLASHING 1 `'. 6'(200mm1 k P En — FLASHING IION_....1 i rfff/ ROOF ins m AIR PPE I r ROOF e dr an//ws '///////4' ///////)////, gnat 8'(200mm)DIA.COMBUSTION AIR PIPE i i •SIZE ACCORDING TO IIMNI } HU EXPECTED SNOW DEPTH 152mm } 122- ' �111' 03mm CONCENTRIC ADAPTER 725 !. THIMBLE 7mm 4- SINGLE WALL FLUE IMM.lllll�•MI:i COMUSTION AIR PIPE EXHAUST PIPE 5' 1.5M)MINIMUM ' 5'(1.5M)MINIMUM •� IMUM-SEE VENT MAXIMUM-SEE VENT ,� LENGTH TABLE LENGTH TABLE V 7-112' (page 10) (page 18) 191mm 7 19' FURNACE 18-12' 254mm 1 SECTION 419mm MINIMUM OF 12"(305mm) DISCHARGE OF STRAIGHT PIPE IS RECOMMENDED. 0 0 �� 0 •v CONTROL SIDE VIEW ^ FRONT VIEW n • j ` Model SC-Typical installation of 'It' vertical vent terminal andconcentric adapter. 'i . MODEL SC VENTING REQUIREMENTS Vent terminals are required as illustrated in Figure A or B.No VENT LENGTHS FOR SC SERIES 6 HEATERS other venting arrangements are approved or certified for use on SC SIZE PIPE DIAMETER MAXIMUM LENGTH Models. 100 6 Inch 40 feet All pipes are field-supplied and should be either 26 gauge or heavier 125300 6 Inch _ 50 feet galvanized steel or a material of equivalent durability and corrosion resis- 200-400 7 inch 70 feet tante or vent pipe approved for a Category III appliance.Single wall pipe is 350-400 6 Inch 30 feet also recommended for combustion air pipes. 90°elbow equals 8 feet of pipe.45°elbow equals All joints of the 5" flue exhaust pipe within the confines of the 8" 4 tel of pipe.Minimum tent length is 5 feet. combustion airpipemust be sealed with the high temperature silicone rubber NOTE:Thimble,flashing,flue pipe,combustion atr pipe and • sealant included with the kit.Some connections require taper-type pipe con- taper-type connectors are field supplied. (A thimble is not nectors.When the diameter change is at the heater,install the connection required If wall or roof penetration Is of noncombustible con- within six inches(152mm)of the heater.When the diameter change is at the struction.) adapter box,install the connection within six inches(152mm)of the box. Unit Report For RTU 1-2 Project:—Untitledl3 09/20/2012 • Prepared By: 03:04PM Unit Parameters Dimensions(ft.In.)&Weight(lb.)"• Unit Model: 48HCEA05A3A5.0A2A0 Unit Length: 6'2.375" . Unit Size. 05(4 Tons) Unit Width: 3'10.75" Volts-Phase-Hertz: 208-3-60 Unit Height 3'5.375" Heating Type' Gas ... Total Operating Weight: 859 lb Duct Cfg: Horizontal Supply/Horizontal Return Medium Heat "'Weights and Dimensions are approximate. Weight Sin le sta a coolin models does not Include and packaging. Approximate 9 9 g dimensions are provided primarily for shipping purposes. For exact dimensions and weights,refer to appropriate product data catalog. Lines and Filters Gas Line Size. 1/2 Condensate Drain Line Size. 3/4 Return Air Filter Type: Throwaway Return Air Filter Quantity 4 Return Air Filter Size' 16 x 16 x 2 • Unit Configuration High Static Option-Belt Drive Al/Cu-Al/Cu • Base Electromechanical Controls Powered Convenience Outlet Standard Packaging Warranty Information • 1-Year parts 5-Year compressor parts 10-Year heat exchanger-Aluminized No optional warranties were selected. NOTE: Please see Warranty Catalog 500-089 for explanation of policies and ordering methods. Ordering Information Part Number Description Quantity 48HCEAO5A3A5-OA2A0 Rooftop Unit 2 Base Unit High Static Option-Belt Drive Powered Convenience Outlet Electromechanical control, No intake or exhaust option None Accessories --HH-57AC-078 Accusensor II Economizer Differential Enthalpy Control Upgrade 2 CRRFCURBOOIA01 14-inch Tall Roof Curb 2 CRECOMZR024A02 Horizontal EconoMi$er IV with solid-state controller 2 CRPWREXH028A01 Horizontal Power Exhaust 2 33CS2PP2S-02 Thermostat 2 33ZCT55SPT Space REMOTETemp.with Overide-4 PER UNIT REQUIRED FOR 8 AVERAGING • Packaged Rooftop Builder 1.29y Page 1 of 7 • Certified Drawing for RTU 1-2 Project:—Untitledl3 09/20/2012 Prepared By: 03:04PM 80103: r 4 w.p n L n • . I. 0105551EXS ARE IN(4CXE5.DINE8510X5 nit J 1 15(0.0 • Ir -vy il-1 y„,_ ¢Iar4iaia IE R.„“1E311•`„ n II1r14�x-MIM-a WTI'-•-iul�la e IR l 1 RE 14 NIll1Y/TEAS. 33 315 le Sle .R.„“as,"."`„— [tl�ifltl5{rv1111Y(iW[il. C[pIVY1V[a1vY 1. LUNO-514 IeJll Incl - r : L ((ITEM OF DIMITY ,axLA�35�Al 3,8 11'31114 1 lle (04511[1104 511115 ` 0.105/8 U111 A 13/0'1351 DIA HELD POWER SUPPII 0Jlf I. DIRECTION t(ASIA(W5 ABXC-806 13/8 IA lle 110511 13111 B IT 1501 DIA POWER SUPPII AIKKAWI C 1314.1511 DIA 6000[ACCESS Pius 0 1/'1221 PIA FIELD(011001 ITS(40 MORE 11F���13-318---���11f ee 1.4,14 API(0XDE43AIf 10311 ( 1l3'-14 API 405 CONNECTION 6 2 101 -1641 DIA POUR SUPPLI x4KR-061 11-1/1 • ((050811[5 MOD I I5 IOU/ ioPIIOXAII I4061 FILTER ACCESS 00X111 I I TARV-T14-BASF[RARI It WL-LOSS/ COMP l M(E55 COILv5s[1 1(111 MIE5 REQUIRED PW USF '50811 (0(1 f y fQ yj �/ CPB/MP\P D OI001. 003101 IOWA COIL �� 4 i CONDUIT Sl if TREADED WINE slt[SDUMAYiFI ACCESS PANEL 5 liE• OCC. 118- IPE it o (� �� �� 25-5/ lD-Ile A lir 14* r e- 1111 11 12/11 _ _ u T. A M` y / RETURN NPX AIP _ RETURN • 334' Ito! 0031 DOPER I 1/e' HA 41 44 I�m� � -, AIR IT 100311/}•FPI 685 1 41,E OO 01 111111 \� SOS•ixRU M[BASVAS'15(1011 pr110N. B ACX 2-5/^ _- 6.....---.„--,,,, � I o • 1 11111105104 all I.i.5 1 401 050010(0 ill • [0.1 - 1 i I r SELECT PURER 310 M VY (ISO 0 s • f0101lEllE 1l l/( 1 •• FOR IME R.MIH0154 08\1R[SI/E AMA DRAIN 0P(gW 14511 t 3 IM BAS[PAX suP Pll 1611/1 19-318 10311 ix0113(5 III'SEE 1x04*CURB 18 1/8 1 811 IE 131 Till 500018 RA4fF 1 1111110. 10511 i I All 1411!8 13-311 13113 ... If I 14111 f16I11 idly Sl1051(1531 ( v./ TT i 1 11si1 . . f ---3-316 -T IL-111r- (055 - IS3f1—^ V in 13811 A_� nu) TOP ^11 0 t 101 T-1-5/e 11-5/1 1.1/411181 11651 1311 ,-F LEtre6Al E / OIS81(0ECT �� F LDCAIIDR 1 .� (OMAHA I LMIPa 603 (xMJS MOOR G FOIL ACCESS 00X[1 4CC[SS fMOF SRE LLifR 'A DHAP G OPTIMAL-- I 3 ® • 16.114 RE I UPu WISI D[ uALLER -.�} —L U-,/1 witoSAl 0-311 COn Au f nsuufD u / ru(al - CW YF XI EX(F IX SLAT LFO Q 5DL[ SUPPII AIR WIL[r - iuA 1 01sm5x[LiilkyllI(y� A11811 I _- © �IL I is 14• J _di 1 1-1::: 11181 l k100 • J0: , 00� i551 13-315 i181 •-311 5-518 3 1951 45-34* -30915 8 111 115)8 11111 5 111871 11641 11521 u-187 16-314 118861 16811 31.1/4 BAROMETRIC ( RELIEF 1531 LEFT SLIM-II Mos FRONT AIA ROOM RIGHT Hill loll 351°°66 48HC 04-06 SINGLE ZONE ELECTRICAL 48TM502588 lir 1 M 1 01/14/10 10/12/09 COOLING WITH GAS HEAT A Packaged Rooftop Builder 1.29y Page 2 of 7 411 • 0 • • • • Certified Drawing for RTU 1-2 Project—Untltledl3 09/20/2012 Prepared By: 03:04PM Al“ si :P r..tat•8N TITSSI In Ynnn Of aoln Lauino- j SIJ 11511 CORER GORIER (OPXFR CORNER ip IECIKKC41ES'Tams'?R IlssRT711m +nV:1" Uu.lu YnvuaOu1E s ' CARRIER 1RTYfIGfarwla Yllitu[mni 3911 EIGHT 'FIGHT AI IIF16R1 IBI EIGHT ICJ I 01 LBS. RG. LBS. 116. 165,G. LBS. 66. LBS. A4. LPS, KG. I 1 2 4311C-6 565 218 4l 56 III 53 118 58 116 6 16 110 19101 24 310 16191 19 11831 C-635 65 590 218 151 69 111 65 111 65 151 696 36 III 19111 23 318 15911 20 111 15111 41N IBN(-636 660 211 156 11 115 66 116 55 155 TO 35 118 19111 13 116 13811 19 111 14951 X-STANDARD UNIT WEIGHT 15 WITH 1.00 GAS NEAT AND 1119001 PACKAGING. FOR OTHER UPTINS ANO ACCESSORIES REFER TO TOE PRODUCT An CATALOG. CORNER A CORNER B • — 0 • CORNER D I – — — I _ 1 CORNEA C R • TOP 11 . . t J ff L I1 NI i ii t.100 1 1 1 I. J • FRONT WIT NATE 4w/LICENI 4BHC 04-06 SINGLE ZONE ELECTRICAL z a 2 01f14110 10(12/09 COOLING WITH GAS HEAT 48TN5C2588 A Packaged Rooftop Builder 1.29y Page 3 of 7 • Certified Drawing for RTU 1-2 Project:—Untitled13 09/20/2012 Prepared By: 03:04PM ROCFCU S SOIE6: Panel MVO CONTROL WOG NG'Efdln COWEIECE ACCESSORY. A I.NJNO ACCESSORY S SIPPED R#SSELn1En COIECIOl P1:4ILG VSIWECRNxVE CAS MINS RTOID MING aunETWEEwNErne NWAoEO PAS SAM TNPOTLIETPWW.f M RSIIJ6.DENm a . Se a M.E16t]9MI!ARE x M11AE1EPS. fABTFMiIIVOI 1MIlECIAa MN NPT MI S4 AmZURB R04C 0 .1 SAI WN OA7AORK AISET FLANGES 60.CT1ESTO1 OES' MIR O r 2,7Pri WT KI011Wf -CW6QAOmq 6 SE RIA£CLEARANCE NIEETOI EACH SEE. 006VM®'Q 1,RI1E SOMA IPRTIKT Pq 7. C10.1 OAR RAV a N'IECIOi PKFACE OOl SRT OOP x CUS GM PACYME CASTNMdmM S IREtSm RU-1.0JROIttPE GS COIEMIJS W Pn II • 6¢ — meLAN naARR,W£ . IO.II L®d �� ,EUAIED DECK PANELS 1 I II I • P52zx 1191812174 ME EI&MIED[EMPANEL CLE ISD l A - 1®d �� Or SEBCNE DSI 1M1nEQfdPIAR IOIP6Ef :EE WIE¢ DOUOE b _ ASSEASL.� REDLaEq �` 4:10 1 IETINM I EEE OE9 nag 0 LB WEMG biIOAI.LO a� '—wa E E / 1 gA 1 I P74 VIEW'S' =WADED/ MI i :cT (DmIIJ 1 r �3W 111 _ WR.IEDWMCIASI 'A^ I� ,F6 wag '7 ,VPIEOV(MCI EI a xPTAEMSWs IT/219 1®, PELnaLPPEq I/// Ty on ,ESDSIPPASq a-� 447:W — -.•.- FELT SIEV.EW1r OEIDSUPPIEDI P4 ‘ ,ELDSLPPIEq CERTIFIED DR4V�ING ;Z. 1III © r \I w...Pau...0... PwncECN ,b Carrier . � EE,DawPicq limo T..+e.c.mPa ma , ` , —,., ... q Aa -.€. w RU x. I �QR9 ASV.ROOF •Sak ou SUPP." a \\ A .CFERFCLIODOIA01 002•111.n...n A.""una.AS Am rEiDSIPPEq own. mac . • ...,- c.... P... �u�_I.w� CHPIfO1ttkZ1PT A spro on ... ...em.aw. ca.. I. e.. A..• ..i •fA EDF. I I Mc Packaged Rooftop Builder 1.29y Page 4 of 7 • • • Performance Summary For RTU 1-2 Project:—Untitledl3 09/20/2012 • Prepared By: 03:04PM Part Number:48HCEA05A3A5-0A2AO ARI SEER- 15.60 Base Unit Dimensions Unit Length. 74.4 in Unit Width. 46.8 in Unit Height 41.4 in Operating Weight Base Unit Weight 590 lb Medium Heat 9 lb High Static Option-Belt Drive. 10 lb Powered Convenience Outlet: 35 lb Accessories 14-inch Tall Roof Curb' 115 lb Horizontal EconoMi$er IV with solid-state controller: 70 lb Horizontal Power Exhaust: 30 lb Total Operating Weight' 859 lb Unit Unit Voltage-Phase-Hertz• 208-3-60 Air Discharge' Horizontal Fan Drive Type• Belt Actual Airflow 1600 CFM Site Altitude: 0 ft • Cooling Performance . Condenser Entering Air DB: 91.0 F Evaporator Entering Air DB: 79.8 F Evaporator Entering Air WB: 66.4 F Entering Air Enthalpy 30.96 BTU/lb Evaporator Leaving Air DB- 57.1 F Evaporator Leaving Air WB: 56.2 F Evaporator Leaving Air Enthalpy: 23.86 BTU/Ib Gross Cooling Capacity 51.13 MBH Gross Sensible Capacity: 39.15 MBH Compressor Power Input 3.08 kW Coil Bypass Factor: 0.197 Heating Performance Heating Airflow. 1600 CFM Entering Air Temp: 70.0 F Leaving Air Temp: 123.8 F Gas Input Capacity- 82.0/115.0 MBH Gas Heating Capacity 93.00 MBH Temperature Rise' 53.8 F NOTE: Second Stage Supply Fan External Static Pressure- 1.00 in wg Options/Accessories Static Pressure EconoMi$erlV/EconoMi$er2• 0.08 in wg Power Exhaust: (Fan Data Includes Drop) Total External Static: 1.08 in wg Fan RPM: 1223 • Fan Power 121 BHP NOTE: Selected IFM RPM Range: 1208-1639 Power Exhaust Packaged Rooftop Builder 1.29y Page 5 of 7 Performance Summary For RTU 1-2 Project:—Untitledl3 09/20/2012 Prepared By: 03:04PM • Return Duct Static: 0.20 in wg Max.Air To Exhaust: 1900 CFM Electrical Data(Before July 30,2012) Minimum Voltage' 187 Maximum Voltage. 253 Compressor#1 RLA• 13.7 Compressor#1 LRA• 83 Outdoor Fan Motor Qty 1 Outdoor Fan FLA(ea): 1.4 Indoor Fan Motor Type: HIGH Indoor Fan Motor FLA: 5.2 Combustion Fan Motor FLA(ea): 0.48 Pwr. Exhaust Fan Motor FLA: 1.9 Power Supply MCA: 30.4 Power Supply MOCP(Fuse or HACR). 40 Min. Unit Disconnect FLA: 31 Min. Unit Disconnect LRA. 123 Electrical Convenience Outlet: Yes NOTE:Convenience outlet must be field connected to the line/load side of the unit disconnect per local code. Electrical Data(July 30,2012 and Beyond) Indoor Fan Motor FLA: 8.4 Power Supply MCA: 34 Power Supply MOCP. 45 Disconnect Size FLA: 35 Disconnect Size LRA. 165 July 30th and beyond units can be identified by serial number 3112XXXXXXXXX and higher • Control Panel SCCR:5kA RMS at Rated Symmetrical Voltage • • • Packaged Rooftop Builder 1.29y Page 6 of 7 • Unit Feature Sheet for RTU 1-2 Project:-Untitledl3 09/20/2012 • Prepared By: 03:04PM Carrier , C 9tiathermastee — 48HC PACKAGED ROOFTOP GM IEA1INGINIEC RIC COOING WITS 5,5,7.5,6..x,`10.x1 125 TONS STANDARDFEATURESNCUre r Ayta.,r iw».....-__.._..._.-......,,ww«„wn�al.•em.+vf.HY. ... R..iS -M W IFC notrPnmot Swiped -{ ( ASHLIE 90.1 coned mil Enemy SW'we l SinulusWe CUOMO WIICRyconbulrat 0sd7 node's ; SEERs mmoigoa�mtd 1ino�b opts 13.11 EIILaphylThah 9,9le sped llamas.mbar . • I EERs 13Baih 2-eedMFO irbalm ambit Illy miming device r utlrYtlyomt dna . . Dcmwedeln eaX13R'}erli'raaaJQes Doke wirr.lamd Bet*helm and pul7 mnbidba-d Ilei phare nodelo bSom.o.mn.tle ra.,.demrmnsmperm b®eaamdl. ASlRAE9adod dL mpigdedptsht or mbrbm &sdai � md mg nponta 129E l'p2L7s 39F CM) //Q� lliseahae paf.nmaeoppertbeloe.a.nb mndamad Pdeevegoonsbsruois T.aiddadnb.m-sadmrd:do'v.--ss�tls O t:malimvereaHalGoz ds.rm yAOIan mlany pobclior FeifimtmC etlid Exlae DEC soldsluleconbul frarbaddgmtbWih IID en.rmde eselaeliorr b.ermtld h1p ola ommymoig arbor Ian nobirdeby •La.Eaambrs tool MISrthi.Bmenr AtOriWnaB y enest mtle ---•� ��; ' •band due pus te dei, A: •Relliatin pmmtwp. ens bp oss amdhe the ,.e,44. •1sp r • nmp�.ea ll gHonsae said.F,demsd N11tf191ANCEFEATUNQ •Rosa paaebmBh easyp4 haste• •h•avSee easytabp.mo9,ip mon nnfl mem prole WEAUMIRLSTER SERIES •mein*disputable nom..Salo alarati•sfl s fiordiof.r-airs.ddySat brublosshooliogad Wedlm Wert Ong 0e a.Ws didow mu*packaged pa 9Ad•et orenl baianegmwt bmlig,elrbb owing orb iw ere wait's.and dumped sulh •Flames PBC Site vett frmrbadd4mJw11.Lm Panora katal-Bern- i? bit toclugylalusl is bete hedig oiamde ddPsdiars.bnwoobtlbpe adeampy.miq irbur ad cooing amts.soul emu b amdanm sub AFRO Sbdrm snnEMbardel.y 210248 ppm alas)and MGM tor-14 5. We dihShcr atsand.iaedir.madaawer U.stemmed isss.gra dal by NSFALIATlON FEATURES the USS Lahadoibs •lfmslfebstan powerenbympmhly •Style poet gm and elecht m.eclirm •Fed peSt be d mils bile V salla adsd[dots •CaanRbim molal in leobnd lmbfrsbbar.ig SfANDARDPARi31SN RANFT: Leg lS-as-I er esh -1iyeaesblss dial option • i- toAYa� !r}. •1�!d emr C Ito egtrf ,, •Uenynp�eah4Prts.�.v.Ptlle ,..t. ,;,;_; 1^�mrr orMO1SNCLUDENIRARENORI/1®TD: Pabdlnl slob pmbiml6M B4fal Gumboil(1.1.) Conio,0ibm,4o6 &gplyand RbaSAM Sail Delocluos.highember Lowered mmaeeetprrd,ad ola matig.Oboe Ecostenizerabsonneot ad eoeastaa outlet Dans Stairs S W bM odmsprlb.tladmBrLm Nod Mottled to ISO 9001 Foliated bssuktbnihroughoul Mie unbind rat. id it aprons ad scoamosugim idabfw Lows/yawl amino.ped-an melt • palm/dr.catalog MGR Sud Maslow • Packaged Rooftop Builder 1.29y Page 7 of 7 Multi/Split System Submittal Data Panasonic ideas for life Wall Mounted Indoor Unit- Multi Heat Pump • CS-MKE9NKU Job Name. Approval' ' Location' Date* Engineer: Construction. Submitted tp• Unit#• -Submitted by: Drawing#: Reference: General Data(at 230V) "" _ _ Power V/P/Hz 230/1/60 CircuitAmpacity (A) 15 Fuse Size,Max. (A) 20 Running Amps (A) .15 Power Input (W) 35 Indoor Unit Cool/Heat Fan type Cross Flow Dia.&Length(in.)-No.Speeds D3-11/16 L24-31/32-1 • No.Speeds 3&Auto Performance Data @ ARI Standard Conditions(230V) No.Poles (RPM,High) 8-1100/1150 Cooling No.Motors (W) 1 -47 Total Capacity (BTU/H) 9,000 CFM (HI) 259/282 Moisture Removal(HI) (Pint/H) 3.4 Operation Sound (HI/Med/Lo/QT'dB-A) 34/31/28/23 Heating Coil Type Aluminum Plate Fin&Copper Tube Total Capacity (BTU/H) 12,200 Fin Type-Pipe Type Slit Plate-Inner Riffled Rows-F.P.I. 2-195 Face Area (sq.ft.) 2.02 Feature Tube Size (in.) 9/32" Controls Microprocessor Drain Connection Size (in.) 23/32" Remote Controller LCD Wireless Type,Temp.Sensor Built In Temperature Control IC Thermostat Refrigerant R410a Timer 24 Hr.Program,1 Hr.Off Line Size (in.O.D.Discharge) 1/4"(Flare) Night Setback Built-In Line Size . (in.O.D.Discharge) 3/8"x 3(Flare) Air Louver (Horizontal) Manual (Vertical) Automatic Dimensions (in.) H x W x D Power Failure Automatic Restart Built-In Indoor Unit (Uncrated) 11-7/32 x 32-15/32 x 7-7/16 Heating/Cooling Automatic Changeover - (Crated) 13-25/32 x 35-7/16 x 10-1/32 Self-Diagnosis Built-In Quiet Operation Built-In Weight Indoor Air Filter Washable,Anti-Mold • Net Shipping (lbs.) 19.8 Ion Generator Equipped (lbs.) 24.3 Air Clean Apatite Filer Standard ' Indoor Shipping Volume (cu.ft.) 2.82 - Dimensions • Option Refrigerant Line Set Available Fresh Air Intake N/A Airduct Extension N/A Indoor Frame Extension N/A Condensate Drain Pump Available Non-Removeable Remo-con Bracket Available ill, ill II •i' r Operating Range 1(11111 li II. -. IndoorAirintakeTemp.OutdoorAirintakeTemp. II I I IIII - i II Cooling Maximum 95FDB/71FWB 115FDB g' (CMH Model) Minimum 67F DB/57F WB 67F DB I I II Heating Maximum 80E DB/67F WB 75F DB/65F WB CMH Model) Minimum -DB/-WB 0 DB t, HIP' :I'''1�I4 If IIII ,III11. I I I_ : 6. . A •+t ‘4. 2-4 lit I a( • t II i . I re:./4; S^� ,Errin ".' Is!1 4 '�1 t'n',1IIIIIi �I Y I �/ • r f5i. �I, It i ,`� l F.:i.' 'L -'F rIII III IIiY . � &i 4 �T,4�..��I - r r+� t' ' 'ILAG k 1l it ,,I :: lllli l j S r i011� 11 II I Iii l ,/ "• i . • . • r : II 1 — l I t, tlL2 1I/N it < ( I II, moi. a !RI f. 57 • ern, 4 . •a! ««.. ^tic? y l',:i r .-., . • PENSideas for life Panasonic North America e Air Conditioning Division SH� 1690 Roberts Blvd.,NW,Suite 110 1111.1 Kennesaw,GA.30144 httpJ/www.panasonlc.comlalrcon S • Job Name:SIMPKINS SCHOOL Job Number:QP00016985 Location:YARMOUTH,MA Max Min (Primary Max Discharge Max Min Oper Model Tag ID Unit Size QW Inlet Size (Primary Liner CFM) NC Radiated NC PD(in.wg) CFM) SDV5 VAV-3 8 3 8 400 200 20 22 0.01 FB Footnotes: - A-Selections based upon Price as manufacturer. B-Sound power levels and NCs are based on tests conducted In accordance with ARI Standard 820-98. C-Room NC levels shown Include attenuation factors obtained from ARI Standard 885-98. D-Check submittal drawings for exact dimensions. (-Airflow units are cubic feet per minute,water flow units are US galons per minute,all temperatures in degrees Fahrenheit,head loss in feet of water,air pressure drop in inches of water gauge. F-Airflow units are liters per second,water flow units are liters per second,all temperatures in degrees Centigrade,heat loss in kilopascals,air pressure drop in Pascals. G-Blanks(—)indicate a sound power level of NC under 20. H-Water coil performance has been rated and certified in accordance with the edition of ARI Standard 410. price Submittal Sheet OPTIONAL NEMA1 • CONTROLS ENCLOSURE r t8�"(a70) -� S MULTI-POINT SENSORF r r I UP f r - W DA=A-1/8"(3) g -AIR rI — FLOW ? (241) 0 i 3�i MA% FFF (95) 1 L n 13)DAMPER SHAFT J B I` �- 4 3/4"(121) 2'01) 411 FOR LOW TEMP, SEE SUBMITTAL ,x(111) L• NO. 231679 6 3/8"[162] --{ F•- DIA=A-1/8•(3) I:iii 0 ILI` F---I I -I SIZE 4 AND 5 IMYE Co DUCT WITH INLET REDUCER AS SHOWN. S.I. UNITS mm IMPERIAL UNITS inches UNIT MAX MAX OUTLET INLET LENGTH OUTLET INLET LENGTH SIZE L/S CFM B C A L S B C A L l S 4 106 225 102 4 • 5 165 350 305 203 127 562 12 6 22% 6 212 450 152 6 7 7 650 178 7 8 378 800 305 254 203 511 97 12 10 8 2014 3`4+• I 10 637 1350 356 318 2299 496 1050 t 254 12 4 10 12 991 2100 406 381 305 16 15 12 14 1416 3000 508 445 356 20 171/2 14 - 16 1888 4000 610 457 406 600 116 24 18 16 23% 54u ••REFER TO SUBMITTAL 260234 FOR OVERSIZED CASING OPTION DIMENSIONS. NOTES: OP • S: 1!y TIFIED. • INTERNAL INSULATION FIBERGLASS (4i (13mm)THICK 1.50 )NEMA1 CONTROLS ENCLOSURE M„ DENSITY) WHICH MEETS REQUIREMENTS OF NEPA 90A AND UL181. '}t DISCONNECT SWITCH kp, .,. .4E i • 22CA. ZINC COATED STEEL HOUSING. MECHANICALLY • 20gc OUTER CASING SEALED AND GASKETEO, LEAK RESISTANT CONSTRUCTION. 0 RS - BOTTOM REMOVABLE SENSOR ❑ OVERSIZED CASING - REFER TO SUBMITTAL 260234 • RECTANGULAR DISCHARGE OPENING WITH SLIP AND UNERS AND CONSTRUCTION NS: DRNE CLEAT DUCT CONNECTION. 0 FG75 0 FG1 FB 0 FBI • DIGITAL CONTROLS BY CONTROL CONTRACTOR. ❑ FF 0 PM 0 SM 0 LTAF• 0 LTFF• O FF1 0M ❑ SMI 0L SDV5000 INCLUDES: O FF50 0 WFPM 0 AFPM 0 AFPMI • MULTI-POINT AIRFLOW SENSOR SUPPLIED BY PRICE. 0 CRAY ❑ CRAFT 0 CRWF ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERML DIUENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER. PROJECT: SIMPKINS SCHOOL prices ENGINEER 86- SDV5000 RMAL 219476 CUSTOMER SINVALREIABDLTVOLUME • 2012/04/20 SUBMITTAL DATE: 10/15/2012 SPEC. SYMBOL: DIGITAL CONTROL Copyright PRICE INDUSTRIES 2012 REV V prices Submittal Sheet • .v.• . TERMINALS AVAILABLE ♦. .: .��� SPV / soy SPE / WE � 5/8" (16) TYPICAL SPVLP / SDLPV EDGES SEALED DPS / WITH ADHESIVE '.� DPO / DDO : DDM / DPM • DDV / DPV • FPV / FDV : 4 FPC / FOG 4 *'N. FPCG / FDCG 4.1/40 �*• FPCLP / FDCLP •�� ��� , �♦♦..� FPVLP / FDVLP FOIL FACED FIBERGLASS / 4, N N. , FPCU / FDCU RIGID BOARD •404 FPBU / FDBU HOUSING PV / IDV IAS (INLET ATTENUATOR) TYPICAL INTERNAL CONSTRUCTION DAS (DISCHARGE ATTENUATOR) MOA (MULTI. OUTLET ATTENUATOR) • SPVO / SDVQ / SMVC SDEO / SPEC) FPCA / FOCA Fla-Aluminum Foil Liner System • This system integrates a 41b density rigid board fiberglass insulating material with an aluminum foil facing. Fiberglass Insulation and Aluminum Foil Liner meets NFPA 90A requirements and complies with the following industry standards and tests: ASTM C 1071 UL 181 (Air Erosion) UL 181 (Mold Growth& Humidity) UL 723 (25/50)(Flame& Smoke) ASTM E 84 (25/50) (Flame&Smoke) ASTM C 665 (Fungi Resistance) R-value=2.6 ALL METRIC DIMENSIONS ( ) ARE SOFT CONVERTED. IMPERIAL DIMENSIONS ARE CONVERTED TO METRIC AND ROUNDED TO THE NEAREST MILLIMETER. PROJECT: SIMPKINS SCHOOL PrICEe ENGINEER: $6— LINER - FB • ALUMINUM FOIL CUSTOMER: 228234 LINER SYSTEM SUBMITTAL DATE:10/15/2012 SPEC.SYMBOL: 2011/10/28 ID Copyright PRICE INDUSTRIES 2011 SHEET 1 OF 2 REV N • SUBMITTAL Job Title: SIMPKINS SCHOOL RESIDENCES Job Site: SIMPKINS SCHOOL 385 KING STREET HANOVERQ,MA 02339 United States Date: 10/15/12 Submitted By: Dave Pagliuca . BUCKLEY ASSOCIATES INC 385 KING STREET HANOVER , MA 02339 US Phone: (781)878-5000 Fax: (781)871-9435 Email Address: mpinheiro@buckleyonline.com 411F1 THIS SUBMITTAL INCLUDES GREENHECK, PANASONIC, TJERNLUND FANS AND ACCESSORIES NOTE 1. EF-8 WAS NOT FOUND ON CONSTRUCITON DOCUMENTS. EF-8 IS NOT INCLUDED IN THIS SUBMITTAL. 2 . EF-7, 9, AND SF-2 PROVIDED WITH ECM MOTORS . NO CONTROLS INCLUDED FOR THESE FANS. 3 GREENHECK Building Value in Air. P.O. Box 410 Schofield, WI 54476 (715)359-6171 FAX (715)355-2399 www.greenheck.com • CAPS 4.9.2014 R:Wob Files\Greenheck\Salesperson\M Pinhelro\ational Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 1 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-030 21.75 Model: G-080-VG ,----. Direct Drive Centrifugal Roof Exhaust Fan Standard Construction Features: -Aluminum housing-Backward inclined wheel-Aluminum curb cap with * prepunched mounting holes-Birdscreen-Ball bearing motors(sizes _1 A . ,- . 14.63 100-180),sleeve bearing motors(sizes 60-95)-Motor isolated on shock di \ mounts-Corrosion resistant fasteners. I1 Options&Accessories: L Motor-Vari-Green EC motor 0-10 VDC Input Signal Q Control-Vari-Green Constant Pressure,Outdoor,Duct Tap Qty 1 I 1 I Control-Vad-Green Transformer 115/230 VAC to 24 VAC,Mounted&Wired 7 " f Switch,NEMA-1,Toggle,Junction Box Mounted&Wired 75 J Roof Curb,GPI-17-A24,Under Sized 1.5 in Total 17 I Damper,WD-100-PB-10X10(Loose),Not Coated Damper Actuator,115 VAC Actuated Reference assembly view drawings for actual dimensions with mounted accessories 'Overall height may be greater depending on motor Dimensional Weight w/o Weight with Roof Optional Qty Accessories Accessories Opening Damper (Ib) (Ib) (in) (in) 7 35 71 12.5x12.5 10x10 Performance Requested Actual Requested Actual Fan Operating Airstream Tip Elevation SE • Volume Volume SP SP RPM Power Temperature Speed , (CFM) (CFM) (in wg) (in wg) (hp) (n) (F) (fUmin) (�O) 160 160 0.25 0.25 ( 1085 0.02 0 70 3,090 32.5 Motor Sound Power by Octave Band Motor Size V/C/P End. Motor Windings Sound 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones Mounted (hp) RPM Data Yes 1/4 115/60/1 ODP 1725 1 Inlet 70 69 57 53 48 46 36 32 57 46 4.3 • 0.40.020 CERTCQ _ RATIAG s0 ■171041 0.3 0.015 D round g MR_ a V _ RIR je.2 0.910 I RIIDOOIIITROI R0001RTIOR - d IRTIRRRTWRRL Me. Rt. - 0 .g _ m m 0' 0.1 • - 0.005 - - • Notes: 0.0 J..1-C1. III I I 1 I I I ! III I I I I I I 1 III I I I I 0 000 All dimensions shown are in units of in. 'FLA_based on rabies 150 or 148 of National Elecbical 0 50 100 150 200 250 300 350 Code 2002.Actual motor FLA may vary,for sizing thermal Oconsultconsultfactory. • Volume(CFM) LwAwA• weighted sound power level,based on ANSI 51.4 -RPM 0,°e dBA-Aion peril sound pressure level,based on 11.5 de attenuation Octave band at 5.00-dBA levels are not 1 lua mine to L licensed by AMCA International e BnESNHlEC� ' Sones-calculated using AMCA 301 at 5.00 gi•11t14 E R:Uob I-iles\Greenheck\SalespersonVvl PinheiroWational RefdgerationlSIMPKINS SCHOOL RESIDENCES.gol Page 2 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES • Product Type: Fan Mark: EF-03 Disconnect Switch Enclosure Rating: NEMA-1 Standard Construction Features: Enclosure constructed for indoor use to provide a degree of protection to personnel against incidental contact with the enclosed equipment and to provide a degree of protection against falling dust. This enclosure meets the rod entry and the indoor corrosion protection design tests. The rod entry test is intended to simulate incidental contact with enclosure equipment. Enclosure is equipped with provision to lockout In the off position with customer supplied lock. Disconnect Switch Configuration Type: Toggle Motor Size: 1/4 hp Voltage: 115 UL Listed: Yes Manufacturer: Pass and Seymour Cycle: 60 Amperage: 15 CSA Approved: Yes Overload Protection: None Phase: 1 Switch Pole(s): 1 Rating: 1/2 hp Mounting: Mounted and Wired RPM: 1725 Wiring (Exp. Resist.): None Electrical Drawing Details • 00.28 (4 HOLES) Wiring Schematic O 4.35 411 1.06 O — O • 1.65 0 0.72 — 1.06 2.50 • �.2BOJBnRuaat91Eet'vKv 14 R:Uob Files\Greenheck\Sa esperson\M Pinhei o\Nati nal Refrigerat on\SIMPKINS SCHOOL RESIDENCES.gcj Page 3 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-03• Assembly Drawing Type: Direct Drive Centrifugal Roof Exhaust Fan ii 10.0 12.5 Exhaust Damper& Ductwork ■ ) SQ SQ Suggested � ��- Roof Opening TOP VIEW —21.8 f • r11 l � 14.6 Ik 4.0 I 17.0— 1.8 , 38.6 24.0 Flat Roof Curb—7 • FRONT VIEW Notes:All dimensions shown are In units of in. • �ny�pJ gnnsiva t9tnee LCvi% tt14 R:UneGreenhecMSalespersoMM Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gc4 Page 4 of 49 • Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES • • Product Type: Fan • Mark: EF-03 Vari-Green -Motor & Control Options An EC motor that uses AC input power and internally converts it to DC power. Motor accepts a 0-10VDC control signal along with a 24VAC source to power controls in the motor. Motor is operable in the 2-10VDC range and off while in the 0-1.9VDC range. Control package specifically designed to control a fan with a Vari-Green motor via the inlet or outlet of the fan. The package includes the constant pressure controller, pressure tap and transducer. Control range is +/-0.5 inch of pressure (wg). Motor Type: 0-10VDC Wiring Diagram Control Type: Constant Pressure -_ WWe.CREENHECN.004 Transformer: Mounted and Wired � om t. o ,•••••„.N Control Location: Outdoor IL7 0l Measuring Location:Duct idil© fic I III•ID DI ,r ��� Pressure Tap Qty: 1 III ID of L_1 liiii 18 I® ""'°w,." il , • #16I AWG qIgn..._ aor n "01DISCONNECT ,� Dimensional Detail 00.183 2 PLACES • x0.500 003 MEW• 1 �1 - r 00.250 mn w l •I LAO -_ COMM 0.500 I I 1 4.000 12 k' (305 mm) !III 1910 2.250 —4.000 (356 mm) m..m l� . pi .. ail 1 61250 p u 0 • 3 m 6.5 M J. (M mm) (165 mm) Control Box J anticq u j 9%9w a to w:. E E �Af14 R:WoloFiles\Greenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 5 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-030 Horizontal Mount Exhaust Damper Model: WD-100 Standard Construction Features: -Model WD-100 is a horizontal mount exhaust damper(air flow up)and is constructed of 18 ga galvanized steel with pre- punched mounting holes-Damper blades are 0.025 in roll formed aluminum with vinyl seals on the closing edge,and spring assisted for ease of opening - Steel axles are 0.188 in diameter zinc plated mounted in acetal bushings -Synthetic axle bearings Accessory Configuration Actuator Type: 115 VAC End Switch: No • � t � sit,. � � I p p 6.6 p t l IQ l 0 10 \ TYP. SECTION VIEW DAMPER • �u8 mine N R Notes:All dimensions shown are in units of in Bfilit Width And height frnished aproximately 0.125 In undersize Luf 4 1igs\Greenheck Salesperson M \ Pinhei o\Nati nn41u�7Eonal Refrigeration SIMPKINS SCHOOL RESIDENCES.gcj Page 6 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-03 Roof Curb Model: GPI Standard Construction Features: -Roof Curb fits between the building roof and the fan mounted directly to the roof support structure -Constructed of either 18 ga galvanized steel or 0.064 in aluminum-Straight Sided without a cant-2 in mounting flange- 1 in thick 3 lb density insulation -Height-Available from 8 In to 24 In as specified in 0.5 in increments. Notes: -The Maximum roof opening dimension should not be greater than the"Actual"top outside dimension minus 2 in. -The minimum roof opening dimension should be at least 2.5 In more than the damper dimension or recommended duct size. -The Roof Opening Dimension may NOT be the Structural Opening Dimension. -Damper Tray is optional and must be specified. Tray size is same as damper size. -Security Bars are optional and must be specified. They are 0.5 in thick steel rods welded 6 in on center and welded to the roof curb when coated with Permatector. 15.5 15.5 1101 24.0 19.5 19.5 ISOMETRIC VIEW • • t tub mete N Notes:All dimensions shown are in units of in 9inttcp HIECMK 710E R:llob Files reenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcJ Page 7 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-030 G-080-VG Min/Max Fan Curve Performance Requested Actual Requested Actual Operating Volume Volume SP SP RPM Power (CFM) (CFM) (in wg) (in wg) (hp) 160 160 0.25 0.25 1085 0.02 1.0 • 0.10 • 1725 F-PM 0.8 0.08 f r06 is 006• uo_Il EL. 00 .4 .. 0.04 Y -1.85 - - � CO CD 0.2 -- - 0.02 _- 7 FR '" 0.0 ---- !� 1-.--- ------ 1 1 I I 1 1 I I I I I I I 0.00 0 1 2 - 3 4 5 6 Volume (CFM)x 100 RPM Curve --•-••-••-•••System Curve Brake Power Curve Do not select to the left of this surge curve 8 Desired operating point Actual operating point • Eg-nni�pJ gruxAtuBB ranee to No: ig E R:Uob FueslGreenheck1Salesperson\M Pinheiro\National Refrigeration 1SIMPKINS SCHOOL RESIDENCES.gcj Page 8 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES • Product Type: Fan Mark: EF-04 21.75 Model: G-085-VG e ___, r---, Direct Drive Centrifugal Roof Exhaust Fan Standard Construction Features: -Aluminum housing-Backward Inclined wheel-Aluminum curb cap with • prepunched mounting holes-Birdscreen-Ball bearing motors(sizes — w / 14.63 100-180),sleeve bearing motors(sizes 60-95)-Motor Isolated on shock N mounts-Corrosion resistant fasteners. Options &Accessories: - Motor-Van-Green EC motor 0-10 VDC Input Signal 4 Control-Vad-Green Constant Pressure,Outdoor,Duct Tap Qty 1 f i ) Control-Vad-Green Transformer 115/230 VAC to 24 VAC,Mounted&Wired Switch,NEMA-1,Toggle,Junction Box Mounted&Wired 15 Roof Curb,GPI-17-A24,Under Sized 1.5 In Total Y 17 I Damper,WD-100-PB-10X10(Loose),Not Coated Damper Actuator,115 VAC Actuated Reference assembly view drawings for actual dimensions with mounted accessories *Overall height may be greater depending on motor Dimensional Weight w/o Weight with Roof Optional Qty Accessories Accessories Opening Damper (Ib) (Ib) (in) (in) 12 35 71 12.5x 12.5 10x 10 Performance illRequested Actual Requested Actual Fan Operating Elevation Airstream Tip SE Volume Volume SP Si' RPM Power (ft) Temperature Speed (%)(CFM) (CFM) (in wg) (in wg) (hp) (F) (ft/min) 240 240 0.25 0.25 1130 0.02 0 70 3,216 39.6 Motor Sound Power by Octave Band Motor Size V/C/P End. Motor Windings Sound 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones Mounted (hp) RPM Data Yes 1/4 115/60/1 ODP 1725 1 Inlet 67 67 61 56 52 47 41 35 59 47 4.5 0.50.025 — ` ............... i'_ — amca 0.4 0.020 canna. RATIR6r 1130 RP ` - _ - lip • • BIQ' 0.3 0.015 a. C tr. AIR EEmo _ AIM OCIeTRO1 auocu IOe ,j, — _ p. InrIRMTOI@L MO. li 0.20.010 E .g - m To N — 0.10.005 s9e`elt\ - Notes: 0.0 1.1- l.1" "1.1 I I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I 1— 0.000 All dimensions shown are In units of In. 'FLA-based on tables 150 or 148 of National Electrical 0 50 100 150 200 250 300 350 400 450 Code 2002.Actual motor FLA may vary,for sizing thermal LwA•Aeights factory. Volume(CFM) owA.overload,weighted sound power level,based on ANSI 51.4 dBA•A weighed sound pressure level,based on 11.5 dB Rbys�e0m Cove attenuation per Octave band at 5.0 ft•dBA levels are not s t1 IUa tope IU l licensed by AMCA International in.lgq•Ua topEV9 Some•calculated using AMCA 301 at 5.0 ft 12i *913' - r2:\Job Fresreenheck\Salesperson\M Plnheiro\National Refrigeration 1SIMPKINS SCHOOL RESIDENCES.gcJ Page 9 of 49 Printed Date: 10/15/2012 • Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-040 Disconnect Switch Enclosure Rating: NEMA-1 Standard Construction Features: Enclosure constructed for indoor use to provide a degree of protection to personnel against incidental contact with the enclosed equipment and to provide a degree of protection against falling dust. This enclosure meets the rod entry and the indoor corrosion protection design tests. The rod entry test is intended to simulate incidental contact with enclosure equipment. Enclosure is equipped with provision to lockout in the off position with customer supplied lock. Disconnect Switch Configuration Type: Toggle Motor Size: 1/4 hp Voltage: 115 UL Listed: Yes Manufacturer: Pass and Seymour Cycle: 60 Amperage: 15 CSA Approved: Yes Overload Protection: None Phase: 1 Switch Pole(s): 1 Rating: 1/2 hp Mounting: Mounted and Wired RPM: 1725 Wiring (Exp. Resist.): None Electrical Drawing Details • 00.28 (4 HOLES) Wiring Schematic O 4.35 1.06 O — O • 1.65 O 0.72 1.06 2.50 • tinnua netne to Vtt Ian=Ei es\ rtuut CCK Notes:All dimensions shown are In units of in 2 1 o eenheck\Salespersonwt Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 10 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-04 Assembly Drawing Type: Direct Drive Centrifugal Roof Exhaust Fan 111 ) 10.0 12.5 Exhaust Damper& Ductwork ( SQ SQ Suggested L., -- - 4 Roof Opening TOP VIEW —21.8 Dia. • -1! 14.6 _— 1 ` .0 17.0 1711" 38.6 24.0 Al Flat Roof Curb FRONT VIEW Notes:All dimensions shown are in units of In. • gnu*Asste%U Ua1pEWnesG reenheck\Salesperson\M Pinhelro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 11 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-040 Vari-Green Motor & Control Options An EC motor that uses AC input power and internally converts it to DC power. Motor accepts a 0-10VDC control signal along with a 24VAC source to power controls in the motor. Motor is operable in the 2-10VDC range and off while in the 0-1.9VDC range. Control package specifically designed to control a fan with a Vari-Green motor via the inlet or outlet of the fan. The package includes the constant pressure controller, pressure tap and transducer. Control range is +/-0.5 inch of pressure (wg). Motor Type: 0-10VDC Wiring Diagram Control Type: Constant PressureIts WWW GREENMECK.004 Transformer: Mounted and Wired nm'1 ..T _ •' Control Location: Outdoor to of "-- __ MI©�ol Measuring Location:Duct MEM a ,4 m•IU of :rmiasin Pressure Tap Qty: 1 111_11c DI L� o 0 yea1.11 0111 a VnRI�-1�-aPFFN ...... I I • „in or.. I MI6 AWG Lip, a,. .„.., , „,sq_ran )1ISCONNFCT _ ____ no.... . . ' SWITCH Dimensional Detail 00.165 0.500 2 PLACES 0xe Mk r 00,250 00.37500100.375001l I 1111.1113 0.500 r 1.500 !fii IIIII I 9.. 0. 1 4.000 • 121i . (705 mm) ii 14 In 2250 - _1 000 (356 mm) oi mown I(� 1j250 0 - D 3I 6.5 hi J m (76 mm) (165 mm) • Control Box � Bnttgtua iCyKc �I14pJ • `•` " R:Wob Files\Greenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 12 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES • Product Type: Fan Mark: EF-04 Horizontal Mount Exhaust Damper Model: WD-100 Standard Construction Features: -Model WD-100 is a horizontal mount exhaust damper(air flow up)and is constructed of 18 ga galvanized steel with pre- punched mounting holes-Damper blades are 0.025 in roll formed aluminum with vinyl seals on the closing edge,and spring assisted for ease of opening - Steel axles are 0.188 in diameter zinc plated mounted in acetal bushings -Synthetic axle bearings Accessory Configuration Actuator Type: 115 VAC End Switch: No 4 • / 4 �I!P 2.5 p � p l p 6.6 -r l l l l 10 10 TYP. SECTION VIEW DAMPER • • Brune 9 ne N 1: Notes:All dimensions shown are in units of in {`'''!�M��. �pJ BCkISt a Agin. Width And height furnished approximately 0.125 in undersize I�ES.C�Y114 E R:Wob as\Greenheck1Salesperson1M PinheirolNational Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 13 of 49 • Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-040 Roof Curb Model: GPI Standard Construction Features: -Roof Curb fits between the building roof and the fan mounted directly to the roof support structure -Constructed of either 18 ga galvanized steel or 0.064 in aluminum-Straight Sided without a cant-2 in mounting flange- 1 in thick 3 lb density insulation -Height-Available from 8 in to 24 in as specified in 0.5 in increments. Notes: -The Maximum roof opening dimension should not be greater than the"Actual"top outside dimension minus 2 in. -The minimum roof opening dimension should be at least 2.5 in more than the damper dimension or recommended duct size. -The Roof Opening Dimension may NOT be the Structural Opening Dimension. -Damper Tray is optional and must be specified. Tray size is same as damper size. -Security Bars are optional and must be specified. They are 0.5 in thick steel rods welded 6 in on center and welded to the roof curb when coated with Permatector. 15.5 15.5 iel • \/ 24.0 111 19.5 19.5 ISOMETRIC VIEW n41 fu7E K W sni gg�tua�A9i�tu CyKc Notes:All dimensions shown are in units of in KAslCreenheck\Salesperson\M Pinheiro\National Refrigeration SIMPKINS SCHOOL RESIDENCES.gcJ Page 14 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-04 G-085-VG Min/Max Fan Curve Performance Requested Actual Requested Actual Operating. Volume Volume SP SP Fan Power (CFM) (CFM) (in wg) (in wg) RPM (hp) 240 240 0.25 0.25 - 1130 ' 0.02 1.00.10 /J725 FR M. 0.8 - 0.08 - �a ��Q� - • c 0.6 @. 0.06 n rQ _ • 3 0 - a) Q. 0.4 9130 RPu 0.04 m` 0.2 - _ 0.02 397 FRPM..... " 0.0 "F'""�"""- I I I I I I I I I 1 I I I 1 1 0.00 0 1 2 3 4 5 6 7 Volume (CFM)x 100 RPM Curve -••-•.-••-•••System Curve Brake Power Curve Do not select to the left of this surge curve 8 Desired operating point Actual operating point • a �DJ w1 l.uaH9)Ee to w:: 14 R:Uob Files\Greenheck\Salesperson\M PinheiroWational Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 15 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-050 21.75 • Model: G-085-VG Direct Drive Centrifugal Roof Exhaust Fan Standard Construction Features: -Aluminum housing-Backward inclined wheel-Aluminum curb cap with • prepunched mounting holes-Birdscreen-Ball bearing motors(sizes � , / , 14.63 100-160),sleeve bearing motors(sizes 60-95)-Motor isolated on shock • mounts-Corrosion resistant fasteners. Options &Accessories: I Motor-Vari-Green EC motor 0-10 VDC Input Signal • 4 Control-Vad-Green Constant Pressure,Outdoor,Duct Tap Qty 1 ` 1 1 Control-Vari-Green Transformer 115/230 VAC to 24 VAC,Mounted&Wired ---- � } Switch,NEMA-1,Toggle,Junction Box Mounted&Wired l75--] Roof Curb,GPI-17-A24,Under Sized 1.5 in Total Y 17 I Damper,WD-100-PB-10X10(Loose),Not Coated Damper Actuator,115 VAC Actuated Reference assembly view drawings for actual dimensions with mounted accessories 'Overall height may be greater depending on motor . Dimensional Weight w/o Weight with Roof Optional Qty Accessories Accessories Opening Damper (Ib) (Ib) (in) (in) 1 35 71 12.5x12.5 10x10 Performance • Requested Actual Requested Actual Fan Operating Elevation Airstream Tip SE Volume Volume SP SP Power Temperature Speed , (CFM) (CFM) (in wg) (in wg) RPM (hp) (ft) (F) (ft/min) (�0) 320 320 0.25 0.25 1263 0.03 0 70 3,596 39.0 Motor Sound Power by Octave Band Motor Size V/C/P End. Motor Windings Sound 62.5 125 250 500 1000 2000 4000 '8000 LwA dBA Sones Mounted (hp) RPM Data Yes 1/4 115/60/1 ODP 1725 1 • Inlet 63 69 64 57 54 50 43 36 61 49 5.1 • 0.7 _ 0.035 0.6 •_ 0.030 QmCQ OIRTIf1ED — RATR14r 0.5 0.025 1246nu = liptO�111D set `• 0.4 _- 0.020 E s m 7 _ I OOOnrR. _ Rrnl°IRI10n a 0.3 • 0.015 a IermMr,oe.L MO. 0. — .2 — ^' — —_ m co 0.2 0.010 0.1 • - 0.005 - e>n - Notes: 0.0 11.1.t 4.-1--W1 l l l l l l I l I l I I l 1 I I l l l 1 1 1 1 1 l l 1 l II- 0.000 All dimensions shown are In units of in. 'FLA-based on tables 150 or 143 of National Electrical 0 60 ' 100 150 200 250 300 350 400 450 500 Code 2002.Actual mol.FLA may vary,for sizing thermal overload. consult lfs d. • Volume(CFM) LwA-Aweighted sound power level,based on ANSI 51A dBA-A weighed sound pressure level,based on 11.5 dB —RPM Cove ..._.._... �sem Curve attenuation per Octave band at 5.0 ft•dBA levels are not 1 Na Asps IU l licensed by AMCA International VAnn/�pJ BnucktNH1ECy a Sanaa-calculated using AMCA 301 et 5.0 ft 14 E R:Wc Files\Greenheck1SalespersoMM PinheirolNational Refrigeration 1SIMPKINS SCHOOL RESIDENCES.gcj Page 16 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-05 Disconnect Switch Enclosure Rating: NEMA-1 Standard Construction Features: Enclosure constructed for indoor use to provide a degree of protection to personnel against incidental contact with the enclosed equipment and to provide a degree of protection against falling dust. This enclosure meets the rod entry and the indoor corrosion protection design tests. The rod entry test is intended to simulate Incidental contact with enclosure equipment. Enclosure is equipped with provision to lockout in the off position with customer supplied lock. Disconnect Switch Configuration Type: Toggle Motor Size: 1/4 hp Voltage: 115 UL Listed: Yes Manufacturer: Pass and Seymour Cycle: 60 Amperage: 15 CSA Approved: Yes Overload Protection: None Phase: 1 Switch Pole(s): 1 Rating: 1/2 hp Mounting: Mounted and Wired RPM: 1725 Wiring(Exp. Resist.): None Electrical Drawing Details • 00.28 (4 HOLES) Wiring Schematic TO 4.35 0 1.06 I O — O 1.165 O 411111 kJ, 0.72 I---2.00-- IIIi 1.06 --- 2.50 • gnintuB Ave pi w aNoteQ10 .11E R:Wob Files\Greenheck\Sa esperson\M Pinheiio\Nati nal Refrigerat on\SIMPKINS SCHOOL RESIDENCES.gcj Page 17 of 49 s:All dimensions shown are In units of In Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-050 Assembly Drawing Type: Direct Drive Centrifugal Roof Exhaust Fan 10.0 12.5 Exhaust Damper& Ductwork � ■ )I SQ SQ • , Suggested Roof Opening TOP VIEW 21.8 Dia. -,� 14.6 m 4.0 17.0 1.8 J $ 38.6 24.0 J Flat Roof Curb FRONT VIEW Notes:All dimensions shown are in units of in. • ��n,/�pJ tinttq%u8Hetno to �u14 RUob Files\Greenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 18 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-05 Vari-Green Motor & Control Options An EC motor that uses AC input power and internally converts it to DC power. Motor accepts a 0-10VDC control signal along with a 24VAC source to power controls in the motor. Motor is operable in the 2-10VDC range and off while in the 0-1.9VDC range. Control package specifically designed to control a fan with a Vari-Green motor via the inlet or outlet of the fan. The package includes the constant pressure controller, pressure tap and transducer. Control range is +1.0.5 inch of pressure (wg). Motor Type: 0-10 VDC Wiring Diagram Control Type: Constant Pressure _r-- ..t GREEI+HECK.COM Transformer: Mounted and Wired nslm Control Location: Outdoor Measuring Location:Duct :1712.11711:11:11107219; Pressure Tap Qty: 1 u� �® re""uuw�uynPnto CR FN i i: • I X16 AWG i _-rig _ ll • lai p,‘„ 1 N.proem nlSroNNFrI m>.e.. • SWITCH.00 _ Dimensional Detail 00.185 0.500 2 PLACES n-,. .2 *0.250 *0.250 q m.mow 7l 1 L O.SOc 4tl11 1.500 ggggg tl-_. { 11 4.000 12k, (305 mm) iI 146 In m p -1 y..50 4 00 (356 mm) �Il\ r- 1 Cmartw� i 4 6 6.250 a M' D • m _... 6.5 In Q3I (165 mm) iControl Box 9tonna na mneetu CtKc 14E R:Uob Files\Greenheck\Salesperson\M Pinheiro1National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gd Page 19 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-05411 Horizontal Mount Exhaust Damper • Model: WD-100 Standard Construction Features: -Model WD-100 is a horizontal mount exhaust damper(air flow up)and is constructed of 18 ga galvanized steel with pre- punched mounting holes-Damper blades are 0.025 in roll formed aluminum with vinyl seals on the closing edge, and spring assisted for ease of opening - Steel axles are 0.188 in diameter zinc plated mounted in acetal bushings -Synthetic axle bearings Accessory Configuration Actuator Type: 115 VAC End Switch: No 4111 • � 6.6 10 10 TYP. SECTION VIEW DAMPER • 25 in undersize n,/ t wBURs Es C1 t. Notes:All dimensions shown are in units of in �uf0EPIoh reeslGreenheck Slalespersoe M Pinhei o\Nalional Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 20 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-05 Roof Curb Model: GPI Standard Construction Features: -Roof Curb fits between the building roof and the fan mounted directly to the roof support structure -Constructed of either 18 ga galvanized steel or 0.064 in aluminum-Straight Sided without a cant-2 in mounting flange- 1 in thick 3 lb density Insulation -Height-Available from 8 in to 24 in as specified in 0.5 in increments. Notes: -The Maximum roof opening dimension should not be greater than the "Actual"top outside dimension minus 2 in. -The minimum roof opening dimension should be at least 2.5 in more than the damper dimension or recommended duct size. -The Roof Opening Dimension may NOT be the Structural Opening Dimension. -Damper Tray is optional and must be specified. Tray size is same as damper size. -Security Bars are optional and must be specified. They are 0.5 in thick steel rods welded 6 in on center and welded to the roof curb when coated with Permatector. 15.5 15.5 1111H-124.0 1111111111111%,:el 19.5 19.5 ISOMETRIC VIEW • �pJ gnggtueHstneCyKc Notes:All dimensions shown are in units of In 914 E RR Ffles\Greenheck\Salesperson\M Pinheiro\National Retdgeration\SIMPKINS SCHOOL RESIDENCEs.gcj Page 21 of 49 • Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-051110 G-085-VG Min/Max Fan Curve Performance Requested Actual Requested Actual Operating Volume Volume SP SP Fan Power (CFM) (CFM) (in wg) (in wg) RPM (hp) 320 320 0.25 0.25 1263 0.03 1.0 0.10 • • 0.8 -1725 FR•u 0.08 a� p — c0.6 631 . 0.06 e;5> I • 3 m _1263 7 A, . • _ o EL 0.4 • 0.04 Y l e _ _ CD 4% — 0.2 0.02 897 M — 0.0 --4:1-.1----4•==----- -I I 11 I I I I I I I I I I . 1 0.00 0 1 2 3 4 5 6 7 Volume (CFM)x 100 RPM Curve -••-•.-••-. -System Curve Brake Power Curve Do not select to the left of this surge curve 8 Desired operating point Actual operating point • •n4 Brune M"6t'YW 51. 1VE R k Files\Greenheck\SalespersoMM Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 22 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-06 1938 Model: G-065-D . -•---. .---. Direct Drive Centrifugal Roof Exhaust Fan Standard Construction Features: -Aluminum housing-Backward Inclined wheel-Aluminum curb cap with • prepunched mounting holes-Birdscreen-Ball bearing motors(sizes ' ..---- . 12.13 100-180),sleeve bearing motors(sizes 60-95)-Motor Isolated on shock ' aL ` mounts-Corrosion resistant fasteners. Options &Accessories: Switch,NEMA-1,Toggle,Junction Box Mounted 8 Wired g Roof Curb,GPI-17-Al2,Under Sized 1.5 in Total I _ i Damper,WD-100-PB-8X8(Loose),Not Coated —1- ' Damper Actuator,115 VAC Actuated 1-17 —i 115J Reference assembly view drawings for actual dimensions with mounted accessories • 'Overall height may be greater depending on motor Dimensional Weight w/o Weight with - Roof Optional Qty Accessories Accessories Opening Damper (Ib) (Ib) (in) (in) 1 13 36 10.5x10.5 8x8 Performance 111 Requested Actual Requested Actual Fan Operating Airstream Tip SE Volume Volume SP SP RPM Power (H) Temperature Speed (,fin) (CFM) (CFM) (in wg) (in wg) (hp) (F) (ft/min) 150 149 0.3 0.294 1550 0.02 0 70 3,297 32.2 Motor Sound Power by Octave Band Motor Size Motor NEC Sound Mounted (hp) V/C/P Encl. RPM Windings FLA' Data 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones (Amps) Inlet 63 63 61 52 50 47 42 36 57 46 4.2 Yes 1/30 115/60/1 ODP 1550 1 NA 0.5 0.025 • - amca ime 0.4 - 0.020 D TIAGS - /r --- - MOWS _ - logo g' 110. rim 0.3 a, I 0.015 n - — MI m I am Urr0Oraaal e000'Mlo9 lnlalfe,IOOL M. ti 0.2 0.010 e . .D - - N . _ al N _ 0.1 0.005 ' ' - Notes: .- 0.0 y,.ar"i, I l l 1 I I I ! I I I ! IIII I II 0.000 Nl dimensions shown era in unite of ln. 'FLA-based on tables 150 or 148 of National Electrical 0 50 100 150 200 250 300 code 2002.Actual motor FLA may vary,for sNing thermal overload,consult factory. Volume(CFM) LwA-A weighted sound power level,based on ANSI$1.4 RPM CCuve wa dBA-A weighed sound pressure level,based on 11.5 dB - RPM • attenuation per Octave band et 5.0 I-dBA levels are not - - 1MaIUs 9 118 N licensed by AMCA International n Bn!n UaH%EC VP Sones-calculated using AMCA 301 at 5.0 ft - � 1 ER:U0 Files\Greenheck\Salesperson1M Plnheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 23 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-060 Disconnect Switch Enclosure Rating: NEMA-1 Standard Construction Features: Enclosure constructed for indoor use to provide a degree of protection to personnel against incidental contact with the enclosed equipment and to provide a degree of protection against falling dust. This enclosure meets the rod entry and the indoor corrosion protection design tests. The rod entry test is intended to simulate incidental contact with enclosure equipment. Enclosure is equipped with provision to lockout in the off position with customer supplied lock. Disconnect Switch Configuration Type: Toggle Motor Size: 1/30 hp Voltage: 115 UL Listed: Yes Manufacturer: Pass and Seymour Cycle: 60 Amperage: 15 CSA Approved: Yes Overload Protection: None Phase: 1 Switch Pole(s): 1 Rating: 1/2 hp Mounting: Mounted and Wired RPM: 1550 Wiring (Exp.Resist.): None Electrical Drawing Details • 00.28 (4 HOLES) Wiring Schematic O 4.35 1.06 0 — O • 1.65 O 0.72 I I__2.00--I --- 1.06 -- 2.50 • en!ctlue mine to\nu lc4 EEkiAucety Notes:All dimensions shown are in units of in 2 1 o i es\ reenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 24 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-06 Assembly Drawing Type: Direct Drive Centrifugal Roof Exhaust Fan cal a 80 15 Exhaust Damper & Ductwork i_Jj SQ SQ 4 Suggested Roof Opening TOP VIEW • 19.4 Dia.- —1-5112.1 .-0 24.1 f--17.0--i 1'8J 12.0 1 Flat Roof Curb J FRONT VIEW Notes:All dimensions shown are In units of in. • 519BOJ B^UE9luaa Mn I I 14 E R. Files\Greenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 25 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-060 Horizontal Mount Exhaust Damper Model: WD-100 Standard Construction Features: -Model WD-100 is a horizontal mount exhaust damper(air flow up)and is constructed of 18 ga galvanized steel with pre- punched mounting holes-Damper blades are 0.025 in roll formed aluminum with vinyl seals on the closing edge, and spring assisted for ease of opening - Steel axles are 0.188 in diameter zinc plated mounted in acetal bushings -Synthetic axle bearings Accessory Configuration Actuator Type: 115 VAC End Switch: No Si t 41 A. 41 •. � 2.5 l8 " 8T6.6 7. TYP. SECTION VIEW DAMPER • Notes:All dimensions shown are in units of inIIIa981 Width height furnished � •� approximately NIHsCreenheck Saa Salesperson Pnheio\Natonal Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 26 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES • Product Type: Fan Mark: EF-06 Roof Curb Model: GPI Standard Construction Features: -Roof Curb fits between the building roof and the fan mounted directly to the roof support structure -Constructed of either 18 ga galvanized steel or 0.064 in aluminum-Straight Sided without a cant-2 in mounting flange- 1 in thick 3 lb density insulation -Height-Available from 8 in to 24 In as specified in 0.5 in increments. Notes: -The Maximum roof opening dimension should not be greater than the"Actual"top outside dimension minus 2 in. -The minimum roof opening dimension should be at least 2.5 In more than the damper dimension or recommended duct size. -The Roof Opening Dimension may NOT be the Structural Opening Dimension. -Damper Tray is optional and must be specified. Tray size is same as damper size. -Security Bars are optional and must be specified. They are 0.5 in thick steel rods welded 6 in on center and welded to the roof curb when coated with Permatector. • 15.5 15.5 Hit ` ' / 12. �I 0 11,„NA 19.5 19.5 • ISOMETRIC VIEW • �pJ BaintuBH9tE6tu CyK\ Notes:All dimensions shown are in units of in • 14 E R:Wob Files\ itheck\Salesperson\M Plnheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 27 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-060 • G-065-D Min/Max Fan Curve Performance Requested Actual Requested Actual Operating Volume Volume SP SP Fan Power . (CFM) (CFM) (in wg) (in wg) RPM (hp) 150 149 0.3 0.294 1550 0.02 0.5 0.025 • — 1 51 . M 0.4 -................."..".."..: _ 0.020 0.3 T 0.015 2taj — 3 co o a` 0.2 151 FR ht, 0.010 Y U — — 2 c.% — — m BhP-@-Min FE P..................... - 0.1 0.005 o.o . . . iii! i i i i i i i l l I i i i i I i t o.000 0 50 100 150 200 250 300 Volume (CFM) RPM Curve -•.-••-••-•••System Curve Brake Power Curve Do not select to the left of this surge curve 8 Desired operating point Actual operating point • Ea �pJ s iuggiu Asps pi yKc c14 E R:Uob FileslGreenheck1SalespersonW Pinheiro\National Refrigeration1SIMPKINS SCHOOL RESIDENCES.gcj Page 28 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-07 Model: SQ-85-VG Inline Inlet Discharge Direct Drive Centrifugal Inline Fan Standard Construction Features: -Galvanized steel housing-Backward Inclined aluminum wheel-Two bolted PLAN VIEW access panels-Integral duct connection flanges-Ball bearing motors(sizes 100-160),sleeve bearing motors(sizes 60-95)-Corrosion resistant fasteners Options &Accessories: _ Motor-Vad-Green EC motor w/Mounted Potentiometer Dial �}� Switch,NEMA-1,Toggle,Junction Box Mounted&Wired Inline BLOW R l I Damper,Inline,WD-330-PB-12X12(Loose),Not Coated Discharge HOUSI�Gi Inlet8 15 Inlet Damper Actuator,115 VAC Actuated -S}� L Aluminum Housing Isolators&Brackets(Oty:4),Spring Hanging(PN 850343)(Shipped Loose) 1.0 —IH 164-1.O 1--15 1 ELEVATION VIEW END VIEW Dimensional Weight w/o Weight with Optional Oty Accessories Accessories Damper (ib) (Ib) (in) 3 51 71 12 x 12 Performance ill Requested Actual Requested Actual Fan Operating Elevation Airstream Tip SE Volume Volume SP SP Power Temperature Speed (CFM) (CFM) (in wg) (in wg) RPM (hp) (ft) (F) (ft/min) (fie) 200 200 0.25 0.25 1125 0.02 0 70 3,202 36.1 Motor Sound Power by Octave Band Motor Size V/C/P End. Motor Windings Sound 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones Mounted (hp) RPM Data Yes 1/4 115/60/1 ODP 1725 1 Inlet 64 66 61 54 52 50 42 34 59 47 4.3 Radiated 65 68 55 48 47 44 36 30 55 44 3.8 0.35 I,=_R• 0.035 . -_ 0.30 — - _ 0.030 (Nita — CERTInID — nuns, 0.25 _ 0.025 roppo 3 - l► AIR t6 .20 0.020 6 g �.. — PIM t° — — monmrrt IMO COMM e M/IOsmn00 0.15 0.015 IMt111Ma1100AL Iw. a` — a .2 : m • w 0.10 y 0.010 0.05 i 0.005 - Notes: —1.d.-1-1. 1 1 1 I I I I 1 1 1 1 I I 1 1 t— All dimensions shown are In units of In. 0.000.000 'FLA•based an tables 150 or 146 of National Electrical 0 50 100 150 200 250 300 350 400 Code 2002.Actual motor FLA may vary,for sizing thermal •- overload,LwAAconsultightsfactory. Volume(CFM) LwA.A ed sound power level,based on ANSI 51.4 deft,-A weighed sound pressure level,based on 11.5 dB RPM One attenuation per Octave band at 5.0 ft-dBA levels are not ._... ,m n... licensed by AMCA International gn use mine IUV Sones-calculated using AMCA 301 at 5.0 ft 914 E R:\Job Files\Greenheck\Salesperson1M Plnhelro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcJ Page 29 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-07111 Disconnect Switch Enclosure Rating: NEMA-1 Standard Construction Features: Enclosure constructed for indoor use to provide a degree of protection to personnel against incidental contact with the enclosed equipment and to provide a degree of protection against falling dust. This enclosure meets the rod entry and the indoor corrosion protection design tests. The rod entry test is intended to simulate incidental contact with enclosure equipment. Enclosure is equipped with provision to lockout in the off position with customer supplied lock. Disconnect Switch Configuration Type: Toggle Motor Size: 1/4 hp Voltage: 115 UL Listed: Yes Manufacturer: Pass and Seymour Cycle: 60 Amperage: 15 CSA Approved: Yes Overload Protection: None Phase: 1 Switch Pole(s): 1 Rating: 1/2 hp Mounting: Mounted and Wired RPM: 1725 Wiring(Exp. Resist.): None Electrical Drawing Details • 00.28 (4 HOLES) Wiring Schematic • O • O 4.35 1.06 • • • 1.65 J 0.72 1.06 2.50 • Bnits!uB mine Ju yn Iliniact utrCK Notes:All dimensions shown are in units of in 1 2 o i est reenheck\Salesperson\M Pinheiro\National Refrigeration SIMPKINS SCHOOL RESIDENCES.gcJ Page 30 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-07 Assembly Drawing Type: Direct Drive Centrifugal Inline Fan Inline Inlet ' Discharge PLAN VIEW 1 • f"-- Inline BLOW R�I 11 .9 Discharge HOUSIIGI I Inlet SQ 15.0 Inlet L JF 1 .0--I I -1 -- I--1 .0 --16.0--- 15.0 ELEVATION VIEW END VIEW Notes:All dimensions shown are In units of In. • a. �pJ BninABHstnee to vw 914 E R:Wob Files\Greenheck\Salesperson\M PinheimaNatIonal Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 31 of 49 • Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-070 Vari-Green Motor & Control Options An EC motor that uses AC input power and internally converts it to DC power. Potentiometer(dial) mounted on the motor enclosure adjusts the speed (RPM)down 80%. Motor Type: Dial on Motor Wiring Diagram POWER INPUT BLACK 115 VAC WHITE NEUTRAL GREEN GROUND In Pi SPEED CONTROL\ ( \ Q - O _ ® + O • VARI OGREEN. Motor U J • �� ps n/tpJ grinuaB neeitt CV% •1D14 6ct Files\Greenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 32 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-07 Vertical Mount Exhaust Damper Model: WD-330 - Standard Construction Features: -Model WD-330 is a vertical mount exhaust damper and is constructed of galvanized steel with pre-punched mounting holes- Damper blades are 0.025 in roll formed aluminum with vinyl seals on the closing edge -Steel axles are 0.188 In diameter zinc plated steel -Synthetic sleeve type bushings Accessory Configuration Actuator Type: 115 VAC End Switch: No r I--- 2 . 8 ION_ 1111 1111 Nat Illi 10 . 0 Min . • TYP. SECTION VIEW • 1 w8 s ne N Notes:All dimensions shown are In units of in �pJ Bnt%SkU I\ ttEC�K Wdth And height furnished approximately 0.125 in undersize 914 E R:G Files\Greenheck\SalespersonW Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 33 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-07110 Isolator Type: Spring Hanging Standard Construction Features: The spring hanging isolator is designed to reduce the transmission of vibration and noise produced by suspended equipment and piping. To assure stability,the spring element has a minimum lateral stiffness of 1.0 times the rated vertical stiffness. The hanger will allow a support rod misalignment through a 30 degree arc and the isolation brackets will carry a 500% overload without failure.The isolator has an epoxy powder coated bracket and spring coil which is color coded according to the load capacity and has a noise isolation pad,all which is assembled into a stamped or welded hanger bracket. This part number includes 4 isolators. Isolator Configuration Description: SH-1-35 Color. Blue Manufacturer: Kinetics Noise Control Mounting: Hanging Load Capacity: 35 lb Kit Part Number: 850343 Deflection: 1.52 in • Spring Hanging - Vibration Isolator • • NEOPRENE ELEMENT 3.69 [-2.25--I 1%-••• A 3.13 <� 5.25 00.625 MAX Notes:All dimensions shown are in units of in • BoacIAa M'°%U y t \ 9R:Uob Fi�eslGreenhecklSalespersonVvl Pinheiro\Nationat Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcJ Page 34 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-07 SQ-85-VG Min/Max Fan Curve Performance Requested Actual Requested Actual Operating Volume Volume SP SP RPM Power (CFM) (CFM) (in wg) (in wg) (hp) 200 200 0.25 0.25 1125 0.02 1.00.10 0.8 1725 FPD. ..............-•: - 0.08 • 0.6 CO-t�FS' — 0.06 a 1.0 �rQ": — o co — a 2 a. OA ' — 0.04 Y o 412 -pM — m o m in 0.2 =• ............ 0.02 . ...... 397 — 0.0 --- - - --- P . i I I I I_ I I i i i I I I 0.00 0 1 2 3 4 5 6 Volume (CFM)x 100 RPM Curve - - - - System Curve Brake Power Curve Do not select to the left of this surge curve Q Desired operating point C) Actual operating point • anima Heine its ytc ENHECK Za914 R:Uob Files reenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 35 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-0940 Model: SQ-85-VG Inline Inlet Discharge - Direct Drive Centrifugal Inline Fan Standard Construction Features: -Galvanized steel housing-Backward Inclined aluminum wheel-Two bolted PLAN VIEW access panels-Integral duct connection flanges-Ball bearing motors(sizes 100-160),sleeve bearing motors(sizes 60-95)-Corrosion resistant fasteners Options &Accessories: _ Motor-Varl-Green EC motor w/Mounted Potentiometer Dial Y'� Switch,NEMA-1,Toggle,Junction Box Mounted&Wired Inline 13"Mr11 I I Damper,Inline,WD-330-PB-12X12(Loose),Not Coated 1 Inlet 11.88 15 Inlet Discharge HOUSII GI I Damper Actuator,115 VAC Actuated I I I , I Aluminum Housing I L 1---- I Isolators&Brackets(Qty:4),Spring Hanging(PN 850343)(Shipped Loose) 1.0-1E- 16 _I� 16_H F---15--1 ELEVATION VIEW END VIEW Dimensional Weight w/o Weight with Optional Qty Accessories Accessories Damper . (Ib) (Ib) (In) 2 51 71 12 x 12 Performance Requested Actual Requested Actual Operating Airstream Tip • Volume Volume SP SP Fan Power Elevation Temperature Speed SE (CFM) (CFM) (in wg) (in wg) RPM (hp) (ft) (F) (ft/min) (�O) 250 250 0.25 0.25 1209 0.03 0 70 3,441 36.5 Motor Sound Power by Octave Band Motor Size V/C/P End. Motor Windings Sound 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones Mounted (hp) RPM Data Yes 1/4 115/60/1 ODP 1725 1 Inlet 63 68 62 56 53 50 44 35 60 48 4.8 Radiated 64 70 56 50 48 44 38 31 57 45 4.1 . 0.40 ^In iv4 _ 0.040 • 0.30 - — 030 RRTI FRTI rD - 0 041 IOURD il 025 _ 0.025 _ n D RIR c - 6 n AIR m 0.20 • — Movrinmr _ 0.020 / anownraol 100001,110. Imml°Ra all.lae. 0. e .2 0.15 0.015 N m co • 0.10 .. I 0.010 • 0.05 •.' 0.005 _ s01a,, . Notes: 0.00 —1..I'1.1- 11 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I I I I 1 1 1 I _ 1 1 I— 0.000OOAll dimensions shown are In units of in. *FLA•based on tables 150 or 148 or National Electrical 0 50 100 150 200 250 700 350 400 450 Code 2002.Actual motor RA may very,for sivng thermal overload,wAAconsultigtefactory. • Volume(DEM) dBA•A weighted sound power level,based on ANSI 57.4 dBA-A weighed sound pressure bort,based on 11.5 dB —RPM Grvs attenuation per Octave band at 5.0 ft-dBA levels are not 1 IUs 9D81U IL' licensed by AMCA International e untstua mine c Sones-calculated using AMCA 301 at 5.0 ft 1014 E R:Wob F11es\Greenheck1Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 36 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES • Product Type: Fan Mark: EF-09 Disconnect Switch Enclosure Rating: NEMA-1 Standard Construction Features: Enclosure constructed for indoor use to provide a degree of protection to personnel against Incidental contact with the enclosed equipment and to provide a degree of protection against falling dust. This enclosure meets the rod entry and the indoor corrosion protection design tests. The rod entry test is intended to simulate incidental contact with enclosure equipment. Enclosure is equipped with provision to lockout in the off position with customer supplied lock. Disconnect Switch Configuration Type: Toggle Motor Size: 1/4 hp Voltage: 115 UL Listed: Yes Manufacturer: Pass and Seymour Cycle: 60 Amperage: 15 CSA Approved: Yes Overload Protection: None Phase: 1 Switch Pole(s): 1 Rating: 1/2 hp Mounting: Mounted and Wired RPM: 1725 Wiring(Exp. Resist.): None Electrical Drawing Details • 00.28 (4 HOLES) Wiring Schematic O 4.35 r 1.06 [ 00 1.65 O 0.72 1.06 -- 2.50 • gnggiu8 mine to VI: L2 1 o I es\EErigic rK Notes:All dimensions shown are in units of in reenheck\Salesperson\M Pinhelro\National Refrigeration SIMPKINS SCHOOL RESIDENCES.gcJ Page 37 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-090 Assembly Drawing Type: Direct Drive Centrifugal Inline Fan Inline Inlet Discharge PLAN VIEW 1 F 1111 Inline BLOW Ri j 11 .9 15.0 Inlet Discharge HOUSIIG� I Inlet SQ ,__*, _ I 1 .0--1 -- --- 1---1 .0 --16.0 15.0 ELEVATION VIEW END VIEW Notes:All dimensions shown are In units of in. • .914 E R:Wob Files\Creenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 38 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES • Product Type: Fan Mark: EF-09 Vari-Green Motor & Control Options An EC motor that uses AC input power and internally converts it to DC power. Potentiometer(dial) mounted on the motor enclosure adjusts the speed (RPM)down 80%. Motor Type: Dial on Motor Wiring Diagram POWER INPUT BLACK 115 VAC WHITE NEUTRAL 6 GREEN GROUND In n( SPEED CONTROL y / ® ^\ O 0 o ® + o VARIn GREEN. Holm in [ • 9nnuamnee'$vii: al914E TIVA Fl es reenheck\Salesperson\M Pinheiro\National Refrigeration 1SIMPKINS SCHOOL RESIDENCES.gcj Page 39 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-090 Vertical Mount Exhaust Damper Model: WD-330 Standard Construction Features: - Model WD-330 is a vertical mount exhaust damper and is constructed of galvanized steel with pre-punched mounting holes- Damper blades are 0.025 in roll formed aluminum with vinyl seals on the closing edge -Steel axles are 0.188 in diameter zinc plated steel -Synthetic sleeve type bushings Accessory Configuration Actuator Type: 115 VAC End Switch: No I---- 2 . 8 ION • III' I'll 1111 Illi 10 . 0 Min . • TYP. SECTION VIEW Enticramine Notes:All dimfensions shown are In units of in 125 in undersize 91 pEEIMHsCrKheck Salesperrson\AA P nhei o\National Refrige ation\SIMPKINS SCHOOL RESIDENCES.gcj Page 40 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan • Mark: EF-09 Isolator Type: Spring Hanging Standard Construction Features: The spring hanging isolator is designed to reduce the transmission of vibration and noise produced by suspended equipment and piping. To assure stability, the spring element has a minimum lateral stiffness of 1.0 times the rated vertical stiffness. The hanger will allow a support rod misalignment through a 30 degree arc and the isolation brackets will carry a 500%overload without failure.The isolator has an epoxy powder coated bracket and spring coil which is color coded according to the load capacity and has a noise isolation pad,all which is assembled into a stamped or welded hanger bracket. This part number includes 4 isolators. Isolator Configuration Description: SH-1-35 Color. Blue Manufacturer: Kinetics Noise Control Mounting: Hanging Load Capacity: 35 lb Kit Part Number: 850343 Deflection: 1.52 in Spring Hanging - Vibration Isolator • NEOPRENE ELEMENT /�_ 3.69 x 2.251 `�� F A A 3.13 i►� I 5.25 muss K_--,) I " v1 III 00.625 MAX Notes:All dimensions shown are in units of In nca mine t' 'qM11 gnR:JneGree nheck\Salesperson\M Plnheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 41 of 49 Printed Date: 10/15/2012 • Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: EF-090 SQ-85-VG Min/Max Fan Curve Performance Requested Actual Requested Actual Operating Volume Volume SP SP Fan Power (CFM) (CFM) (in wg) (in wg) RPM (hp) 250 250 0.25 0.25 1209 0.03 1.0 . 0.10 0.8 72 .'; 0.08 0.6 Q 0.06 • _ �a�Ff''' •_ -- • 0 — 3 0)2 �. rn �qQ' _ o a OA • r. ,� 0.04 Y U — — N 10 _ • m • u) 0.2 - 0.02 • 397 — 0.0 -B-e: "--- - 1 1 I I I III iii I i i 0.00 0 1 2 3 4 5 6 Volume (CFM)x 100 RPM Curve -••-•.-..-•••System Curve Brake Power Curve Do not select to the left of this surge curve 8 Desired operating point Actual operating point • • • n/�pJ BniniuB ne(V •1014 E R:Wob Flles\Greenheck\SalespersoMM Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 42 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES • Product Type: Fan • • Mark: SF-02 Model: SQ-85-VG Inline Inlet Discharge Direct Drive Centrifugal Inline Fan Standard Construction Features: -Galvanized steel housing-Backward inclined aluminum wheel-Two bolted PLAN VIEW access panels-Integral duct connection flanges-Ball bearing motors(sizes 100-160),sleeve bearing motors(sizes 60-95)-Corrosion resistant fasteners Options &Accessories: _ it Motor-Vad-Green EC motor w/Mounted Potentiometer Dial r —1Ti Switch,NEMA-1,Toggle,Junction Box Mounted&Wired I Damper,Inline,WD-330-PB-12X12(Loose),Not Coated Inline BLOWERI I Inlet15 Inlet 1.88 Discharge HOUSING' I 1 Damper Actuator,115 VAC Actuated L I}, Isolators&Brackets(Qty:4),Neoprene Hanging(PN HVI KIT-SQ6-14)(Shipped L I Loose) 1A—IH16 1 _H —15---I ELEVATION VIEW END VIEW Dimensional Weight w/o Weight with Optional Qty Accessories Accessories Damper (Ib) (Ib) (in) 2 59 75 12 x 12 Performance 111101 Requested Actual Requested Actual Fan Operating Elevation Airstream Tip SE Volume Volume SP SP Power Temperature Speed (CFM) (CFM) (in wg) (in wg) RPM (hp) (ft) (F) (ft/min) 250 250 0.25 0.25 1209 0.03 0 70 3,441 36.5 Motor Sound Power by Octave Band Motor Size V/C/P Encl. Motor Windings Sound 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Sones Mounted (hp) RPM Data Yes 1/4 115/60/1 ODP 1725 1 Inlet 63 68 ' 62 56 53 50 44 35 60 48 4.8 Radiated 64 70 56 50 48 44 38 31 57 45 4.1 0.40 SI- ;°q _ 0.040 • 0.35 _ _- 0.035 Qf11CQ CERTIFIED • • / RRTIRRF _ 0.030 • _ - -r------- _ MUM 0.25 0.025 '' RSR - - S. c _ C. a Alq 0.20 - 0.020 CADDO mmen _ = en000nrRa 11110O101T100 IIITER°RTIpIRL MO. 0. • m 4 0.15 _ 0.015 m O) - 010 - 0.010 0.05 _ 1 9Y _ 0.005 _ Notes: —L.K[Ld" "1 l l I L I I t l III I I I I I I I All dimensions shown are In units of In. 0.00 0.000 FLA-based on tables 150 or 148 of National Electrical 0 50 100 150 200 250 300 350 400 450 Code 2002.Actual motor FLA may vary,for sizing thermal over• LwA-A consuld factory. Volume(CFM) dBA-A weighted sound power level,based don NS. dB dBA-Aionper sound pressure 11.5o8 RPM Ciave attenuation per Octave band at 5.0 R-dBA buss are not licensed by AMCA International -g}',''{J'M� �pJ Bf ntAluB mine u yw Sones-calculated using AMCA 301 at 5.0 R iCI4 E R:Uob Files\Greenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 43 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: SF-020 Disconnect Switch Enclosure Rating: NEMA-1 Standard Construction Features: Enclosure constructed for indoor use to provide a degree of protection to personnel against incidental contact with the enclosed equipment and to provide a degree of protection against falling dust. This enclosure meets the rod entry and the indoor corrosion protection design tests. The rod entry test is intended to simulate Incidental contact with enclosure equipment. Enclosure is equipped with provision to lockout in the off position with customer supplied lock. Disconnect Switch Configuration Type: Toggle Motor Size: 1/4 hp Voltage: 115 UL Listed: Yes Manufacturer: Pass and Seymour Cycle: 60 Amperage: 15 CSA Approved: Yes Overload Protection: None Phase: 1 Switch Pole(s): 1 Rating: 1/2 hp Mounting: Mounted and Wired RPM: 1725 Wiring (Exp. Resist.): None • Electrical Drawing Details • 00.28 (4 HOLES) Wiring Schematic 1-0 4.35 I — � 1.06 411 kl Q — O • 1.65 O 0.72 - I--2.00_-I 111 1.06 --- 2.50— • Etn'ticuea Aetne to yj. gin ccuutCK Notes:All dimensions shown are in units of in 1 2 o i es\ereenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 44 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan ' • Mark: SF-02 Assembly Drawing Type: Direct Drive Centrifugal Inline Fan Inline Inlet Discharge PLAN VIEW _ _I • f-- Inline BLOW R�I Inlet 11 .9 15.0Inlet Discharge HOUSIJGII SQ. L1F 1 I � LLL. 1 .0---I F--1 .0 --16.0 15.0 ELEVATION VIEW END VIEW Notes:All dimensions shown are In units of In. • gnty aCI�pJ ta9�nee to\IF RIp9Files\Greenheck\Salesperson\M Plnheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 45 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: SF-021111 Vari-Green Motor & Control Options An EC motor that uses AC input power and internally converts it to DC power. Potentiometer(dial) mounted on the motor enclosure adjusts the speed (RPM)down 80%. Wiring Diagram Motor Type: Dial on Motor POWER INPUT BLACK 115 VAC WHITE NEUTRAL \\ GREEN GROUND In 111 SPEED CONTROL ® ( \ O •O — • + VAR/rGREEN. aist • n4u�anggrya name II an.m1 � 's" reenheck\Salesperson\M Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 46 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan . Mark: SF-02 Vertical Mount Exhaust Damper Model: WD-330 Standard Construction Features: -Model WD-330 is a vertical mount exhaust damper and is constructed of galvanized steel with pre-punched mounting holes- Damper blades are 0.025 in roll formed aluminum with vinyl seals on the closing edge -Steel axles are 0.188 in diameter zinc plated steel -Synthetic sleeve type bushings Accessory Configuration Actuator Type: 115 VAC End Switch: No I-- 2 . 8 0 lilt III lit %at . 1 01_ Min . • TYP. SECTION VIEW t tub Asps pi Notes:All dimensions shown are in units of in �pJ �E�u S nG%U K Width And height furnished approximately 0.125 In undersize .914 E RO Files\Greenheck\SalespersoMM Plnheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 47 of 49 Printed Date: 10/15/2012 Job: SIMPKINS SCHOOL RESIDENCES Product Type: Fan Mark: SF-020 Isolator Type: Neoprene Hanging Standard Construction Features: The neoprene hanging isolator is molded in oil resistant neoprene. The isolator is corrosion resistant and has a non-skid ribbed neoprene on the base plate. It has a compact designed to provide isolation against shocks and vibrations and to reduce structure noise. This part number includes 4 isolators. Isolator Configuration Description: 370004 Color. Black Manufacturer: Ebco Mounting: Hanging Load Capacity: 160 lb Kit Part Number: HVI KIT-SQ6-14 Deflection: 0.04 in Neoprene Hanging - Vibration Isolator 1.60 - • eat %. —1.23- 0.75 L rig1.16 1,00 0.80 --i t--0.40 •Notes:All dimensions shown are in units of in n4gnggtua mi e u yKc LUi1u�4 We fet reenheck\SalespersoMM Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gci Page 48 of 49 Printed Date: 10/15/2012 • Job: SIMPKINS SCHOOL RESIDENCES • Product Type: Fan Mark: SF-02 SQ-85-VG Min/Max Fan Curve Performance Requested Actual Requested Actual Fan Operating Volume Volume SP SP RPM Power (CFM) (CFM) (in wg) (In wg) (hp) 250 250 0.25 0.25 1209 0.03 1.00.10 • 0.8 172 ppm 0.08 — >.. — • 0.6 sal., 0.06 t — rtai - co u, QrQ — a n OA � ' 0.04 Y O — — N to m co '' 0.2 ._ • 0.02 397 ' — 0.0 '8 -iI I I I I I I I I I I I I 0.00 0 1 2 3 4 5 6 Volume (CFM)x 100 . RPM Curve --- -••-•••System Curve Brake Power Curve Do not select to the left of this surge curve 8 Desired operating point Actual operating point • ak �pJBruppa A9)nepi CbKC 914 E uob l=iles\Greenheck\SalespersoMM Pinheiro\National Refrigeration\SIMPKINS SCHOOL RESIDENCES.gcj Page 49 of 49 7#!//is e1Gpeee- ,7 ne ' EMI Specification Submittal Data /Panasonic Ventilation Fan r,, 4'or 6•duct Description purchase.Compact fluorescent Lamp(CFL): P.°Q Ventilating fan shall be Low Noise ceiling mount 10<000 hours.Night Ught Lamp:No warranty. ('�• �•., type rated for continuous run.Fan shall be ENERGY Architectural Specifications: �' ' STAR•rated and certified by the Home Ventilating o 1•. InstituteVentilation fan,fight and night-light combination 0-M).Evaluated by Underwriters Laboratories shall be ceiling mount,ENERGY STAR rated type, r and conform to both UL and cUL safety standards. speed control that shall be built-In with ���h1����V with variable Motor/Blower: a NghAow delay timer and activated by a motion Oak •Enclosed DC bmshless motor technology, sensor,with no less than 80 CFM and no more currentlythan<0.3 sone as certified h the Home Ventilati + � . ` more energy efficient than the minimum ENERGY Institute(FM)at 0.1 static pressure in inches water +a+'••o''' �.. STAR requirements,rated for continuous run. 4r •Power Rating shall be 120 volts and 60 Hz. gauge 'g')`•ith no less than 79 CFM and no more t+� •Fan shall be UL listed for tub/shower enclosure than 0.66sone as certified by Her at.25 w.g.Power when used with a GFCI branch circuit wiring. Consumption w.g. tlon shall be no greater than 7.4 watts at \\ •Motor equipped with thermistor high limit control. 0.1 w.g. efficiencyd 12.4 watts at 0.25 w.g.ENERGY STAR is . •Removable with permanently lubricated plug-In rated with of 6 less than 11.2 CFM/watt motor at 0.1 w,g.and than 6.8 CFM/watt at 0.25 w.g.The / - motor shall be enclosed with brushless DC motor \\ Housing: engineered to run continuously.Power rating shall be •Rust proof paint,galvanized steel body. 120v/60Hz.Included Is a detachable dual 4'or 6' \+a. •Detachable dual 4'or 6'diameter duct adaptor diameter duct adaptor.Duct diameter shell be no less •Built-in backdraft damper. than 4".Fan shall be UL and cUL listed for tub/shower •Expandable extension bracket up to 24'. enclosure when used with GFCI branch circuit wiring. FV-O8VKML3 •Double hanger bar system allowing for ideal Fan shall be ASHRAE 62.2,LEED,ENERGY STAR positioning. - AP,Eartheraft,California Title-24,WA Ventilation Performance Curve 4'or 6'duct Grille: Code compliant.Lamps shall be of the compact ion fluorescent type with the fan utilizing no less than one Y as ,_-•y,.`" •Attractive design using PP material. 32 watt energy efficient,compact fluorescent lamp _. •Attaches directly to housing with while incorporating high efficiency electronic ballast. gS on torsion springs. Night-light feature shall be Included. € 1 Mal --•.." Light DC Motor Technology: .aa.on j BRI� •One 32-watt electronic ballastoOA ••„ compact fluorescent lamps included. •The fan then(8elevates when a maximum levelenor 1 ®•• operation(!W CFM) the motion sensor is an M - •One 4-watt,night-light Included. activated. •FCC Pan 18 compliant. •When fan fares static press'ire,its speed is •z• I j�//� 4'Duct Warranty: y automatically increased to ensure that the desired OM • •ALL Parts:For period of 3 ears III CFM Is not compromised,which allows the fan to 11111111FM KOMI= e•Duct from the date of the original purchase.DC Motor. Perfortm as rated. on •Automatically activates whenever someone enters For period of 6 years from the date of the original 0 10 °0 n • DO n or leaves the room. Specifications:WhisperGreen-Lite FV-08VKML3 - 4•or s•Duct(Standard) Static Pressure In Inches w.g. 0.1 0.25 0A 0.25 0.1 0.25 0.1 0.25 0.1 0.25 0.1 0.25 Air Volume(CFM) 80 79 70 78 60 60 50 52 40 42 30 35 Noise(sones) <0.3 0.6 <0.3 0.6 <0.3 0.5 <0.3 0.5 <0.3 0.5 <0.3 0.5 . Power Consumption(watts) 7.4 124 6.0 11.6 5.3 9.0 4.2 7.8 3.8 6.7 3.5 6.2 Energy Efficiency(CFMMJatt) 11.2 6.6 11.9 6.8 12.1 7.2 12.5 7.0 11.1 6.6 8.8 5.8 Speed(RPM) 866 1166 815 1157 675 941 765 1106 758 1084 611 879 Current(amps) 0.01 0.02 0.03 0.02 0.05 0.09 0.04 0.02 0.06 0.05 0.04 0.06 Power Rating(V/Hz) 120/60 ENERGY STAR* Yes As of date 4/11 For complete Installation Instructions visit www.panasonic.com/building Model Quantity Comments Project • Location: Architect: 70 TAG EF-1 Engineer: Contractor: Submitted by: Date: • k Home and Environment Company Division of Panasonic Corporation of North America One Panasonic Way/Secaucus,NJ 07094 www.panesonlc.com/buliding „ill)6 at El Panasonic ideas for life VF11081SS-08VKML3 Learn about Panasonic's FV-WCSW21-W Page 1 of 1 • Panasonic Ideas for life consumer business Industrial > Whisper-Control-Switch. > FV-WCSW21-W FV-WCSW21-W I 0 Larger Image WhisperControl Switch - 2 Function Control On/Off Switch a Print this page MSRP $27.80 - Email this nage • View/compare all models wervlew This WhisperControl Switch provides quality and performance to meet residential and commercial application needs. Available in white or light almond to provide a complete Whisper package for our ventilation fans. • • Two Function Control with 2 Independent rocker switches — Fits single- gang box • • Multi-switch combination devices save space and add convenience • Common feed shunted internally to all switches • Elegant decorator styling provides multiple controls in a single-gang wall ***TOTAL OF 70 PIECES box • Includes matching wall plate • Commercial Grade ENERGY STAR®-Qualified for Energy Savings ENERGY STAR®-qualified products feature super-quiet operation and high CFM- to-Watt efficiency. The ENERGY STAR program was created to help consumers Identify products that can save them money and protect the environment by saving energy. As an ENERGY STAR partner, all of our condensation sensor controls are ENERGY STAR-qualified and labeled accordingly. Features,specifications&pricing subject to change without notice. Copyright 012009 Panasonic Corporation of North America.All rights reserued **.See Online Privacy Policy*** • http://catal og2.panason i c.com/webapp/wcs/stores/sery l et/Mod elDetai l?store1d=11201&cat... 10/3/2012 Learn about Panasonic's FV-WCSW21-W Page 1 of 1 Panasonic Ideas for Ilfe • consumer business Industrial > Whisper-Control-Switch > FV-WCSW21-W FV-WCSW21-W I f& Larger Image WhisperControl Switch - 2 - Function Control On/Off Switch 9 Print this page MSRP $27.80 O Email this Page • VIew/compare all models it Alafeatures Grounding Self Grounding Feature Single Pole/Single Pole Am era.e 15 Amp Volta•a 120 Volts Termination Quickwire Push in Back&Side Wire Standards&Certifications UL/CSAListed ____,_,_________.__,___ __.,,_. _ _ _._. ____.,_._,_._._�_. • Blue LED Light No Color White or Light Almond Warrant 2 Year Limited • Features,specifications&pricing subject to change without notice. Copyright©2009 Panasonic Corporation N North America.Al rights reserved ***See Onime Prluaoy Poky*** • • http://catalog2.panasonic.com/webapp/wcs/stores/servlet/ModelDetail?store1d=11201&cat... 10/3/2012 })l Ir 14 i " fP P4 k j • i, } J k a4S \ ` V r i { , • e ..44; . ' ATE .Pit""11 ' #5. .4 1 ,. 1 } ,t Y sx l,t�' 3, �' 1 �s'J' ‘4", ,i aay •; —..' t1 wit t • t RCT6PECIGUIE3 Z�$ 1 ■■ ,. a ill '' .:,1;.,, ,",1,,i>:-. H +k '( .z lU i. IA nr�o�r z> �OpO y Y, • wvG j� ,,,c ' ii ills t +tTi .",Ir.,, 'uS7 Y 44k . `'' yt f 40, -e"i'.. " f t T ,pr ;tett tiY St o to le' A ,� 4 a" c e J ! i. 1 V �kl F� f ��1 § i {' +��. t2 16 ryer , 1 5:!/ i f °vii;m x. a v` 1,4�`r.i, dMn .y.` it 'l' ��,y,, ,,,t `moigo "4 ll ai I Th.,-- -rtiiin 8 ;yt '".1W 'f 12 Fy` . # :T=•k /LT, 1.11, , t.: ,t ,w Fire .Rated r - Product S�pecia 1 ties Corp n r. r' ` r3; ' fin T ''2 ' ''� w ,,,,,,hey r 4.��+'I i* www RPSonline com „� r� � _he:ry n 4 .. :, • ***TOTAL OF 70 PIECES il, ; 1 . > Rail r 1. ,' c-' t l FN-Z-12-20-9 FN-Z-15-16-9 FN-Z-12-20-9-EXH ✓ .t .. - iCAU a 1 ,P P''P Vt ,t v`tre.J,e Awe!. t,',/# t C' f :H4- °• 31hi1'�+ 1.A 4 �k ire X ,74,:e-, } 0. \t-. i k. .K i" :;n-..M c,14, % i.�♦ 1 ''el... -.1.- ,..V.:., t..... +#{ t..-h r 4,i ✓+ C' b'' fHk w a1 w!+" t ' rw 1 t4 F h irv... < y ` P 1 S.x:n��u"g1 p i > 1 1 V J q h .j. a 1. .�f rv`x iN{ T }� � 4 h ' Y.'.�rk'N+1/'.L��RV T:�Ii 1. S III 1 FN-Z-14-14-3 FN-Z-12-20-9-AT FN-Z-14-14-3 , NOTES: •All controls, valves,futures,and fans are shown for illustration purposes only—NOT INCLUDED WITH ENCLOSURE *Exhaust fan enclosures sold as kit including Interior Imat liner,exhaust duct,and fire rated duct collar i '1 TEST SPECIFICATIONS LISTINGS ASTM E-119 Intertek List ng No. WIN 20182 IS 263 Intertek Testing Design FRPS/FME 60-01 ANSI-A2.1 Intertek Testing Design FRPS/FME 60-02 ) I IFC&IBC Codes: Sec 7 Intertek Testing Design FRPS/FME 60-03 • �q Tested and listed by ` ! For more information: Intertek/WamockHerseynate Phone:612.294.1450 Fax:612.436.0608 Test ng Laboratories www.FRPSonline.com . - WM Listing No.20182 44.1„,.„Nc a US �, Fire Rated Product Specia I ties Corp _ -; 3A B .3" t - ^ J.+..e -41 `:-- at`z=w'r '#"Y'.^, was a'* t+n. Fa+x x r �. t�E K x rv-.... ..a Q!_� - _ ^'.K-, rc_,y.rW,b�'_.c *: .'�c>cYw _, ry...' ...-`., , w •. ^* ,— f5 .. . '.#" x.� � Our Exhaust Fan Enclosure Elm El NM ME FEN Z-212 20 9 EXH ...... .... '" } +`",«5: ::-_ ,- 3. x " x ,ate:.. ` . "s. .,„ „seg.4",5,i'kL -44. t :$ 4 ,, - .1,-..'e4 ; 12,1 wt" alr4 r 1ib ~. tb , ,V. ` .V 5, -r1 i �r * ,a • .3'. 3,-.,.. ;,..e,,-- :wee ' ~ . .l . _ ''= TEST SPECIFICATIONS LISTINGS ASTM E-119 Intertek Listing No. WIN 20182 UL 263 Intertek Testing Design FRPS/FME 60-03 ,4. fl -ANSI—A2.1 IFC & IBC Codes: Sec 7 x 71 'L � � Gus FRF'S Ccs rp c, 4- e.tt -- , 708 North First Street Suite CR-32 Intertek Minneapolis, MN 55401 - - Tested and listed by 612-294-1450 IntertekN4amock Hersey Testing Laboratories www.FRPSonline.com • 4111 R Pty ;f Fire Rated Product Specialties Corp • :3- ; ,70, 5 4X My�'.2 Y.t^'�dy.+�1 h ! } ^'}'1 1X'f" Y P J , { ; '^*hSAi" t 'XkR 1 hLY0.'I i;f. P I 4 . Luf 1 3 Stf a 1 '. l ' I! • 4 pm Y • I � Oji y r V r y �(t+ tti r1 4 A ' l 4h ' YFS '.5 k ' rt fife e ; ,• s , t r • h a ` i\! 15 ry, q Fs l w'Gip� 1 i j y g 4 } Ivb4 JY{ > v0 i •5 iCa^^+sy a Figure A: 1.10 Mat fastening detail Figure B: Completed assembly Part Number FN-Z-12-20-9-EXH Installation Instructions for 3" and 4" Ductwork 1. PARTS PROVIDED: • A. Fire rated enclosure with 3M Interam I-10 Mat(precut) B. 3" or 4" 3M brand PPD Ring C. 3"or 4"PVC pipe x 11-5/8"long D. Self drilling screws and fender washers 2. Stage the exhaust fan inside the FRPS enclosure with the 3"or 4" PVC pipe and mark enclosure sidewall for cutting either 3-5/8"or 4-7/8" diameter hole to receive PVC pipe and PPD ring. Cut out hole to receive the PVC pipe and PPD ring. Using the#10 x 1/2"self drilling sheet metal screws and #10 fender washers,attach the precut I-10 Mat pieces to the inside walls of the enclosure per the enclosed template(figure A). Then attach PPD ring to enclosure interior with sheet metal screws. 3. Slide the PVC pipe through the PPD Ring and the enclosure opening. Use caution to avoid damaging the intumescent material on the inside surface of the PPD Ring. 4. Attach PVC pipe directly to the duct opening on the fan housing. 5. Attach air duct hose from the outside ventilation to the PVC pipe on the outside the enclosure. • Should you have any questions,contact our technical support team at 612.294.1450 or infora:FRPSonline.com. ...... --; ,}3/4,‘„."*.y . Fire Rated Product Spec Specialties Corp 11op.43" wide(ID) 18.73" long(ID) t top M k M �`—r ♦ 4 w fiv n K( K` Y � 2.62"wide flanges ? ...,,,w f 1 7-77::S:":-.:..-' G� � 1 931" deep(ID) I T N"w-': f t� 'z +tea '* ` M `zy rr w V.:,,ii c� 4 w.� ti qr '� ;t r - . ti re .t x. 2. 4 . t t T V y ..;t L .e .' Y � .. \ ` 11.83" wide(ID) opening 19.83" long (ID) opening Part Number FN-Z-12-20-9-EXH Product Dimensions 0 • • • • • O' 4- 10" 16" FIRE RATED 4 I I�1 4 Intumescent PRODUCT SPECIALTIES 1-10 Mat Template CORP 0 J 0 / 8" 8" 3' 0' y 0 0 0 / 3- 9• / 0 O g- s 1 8" 4. 0 0 / 9' 1 4• ► 4' 0 3• / 0 03-A WO 0 / 3• / n..* •i n• / 0• O Exhaust FanLOCANS #10 x 1/2' Hex Head Self Piling Sheet TIO Enclosure 0 C Metal Screws and Washers 0' 4" 10' 16' &die y Adaaates, Tee. =886'KING87REET;P:D:BOX=1A1CMHANOVERWX02838=(781•)'878'-0000=F IT51):87-1=6136 =. Date 10/15/2012 Project SIMPKINS SCHOOL RES Location YARMOUTH,MA Contractor NATIONAL REFRIGERATION Engineer WOZNY/BARBAR Salesperson MICHAEL PINHEIRO Tjernlund Combustion Air S Draft Fans Systems 0 EF-2 1 VSUB12 Variable Speed Universal Blower EF-2 1 VFD-1H1U121C4 VFD Drive EF-2 1 CPC-3 Constant Pressure Controller EF-2 1 TD-2 Transducer SF-1 1 VSUB12 Variable Speed Universal Blower SF-1 1 VFD-1H1U121C4 VFD Drive SF-1 1 TD-3 Transducer SF-1 1 IPS-1 Indoor Pressure Sensor • • 1111 . �PN1,461DR Submittal Data Sheet • x ,M11P4 f,di VSUB12 Variable Speed Universal Blower see PECIFlE0 Job Name: SIMPKINS SCHOOL RESIDENCES Equipment Rep: BUCKLEY ASSOCIATES Contractor: NATIONAL REFRIGERATION Prepared By: SEAN BUCKLEY Arch./Engr.: WOZNY/BARBAR & ASSOCIATES Date:1 0/12/12 Description: Listings: The VSUB12 Variable Speed Universal Blower is suitable for ETL#56826 providing combustion air or sidewall or vertically venting non- UL 378-Draft Equipment/Variable Speed /•. II• condensing(condensing applications require model VSUBI2R UL 705-Power Ventilators e \ Y w with Ryton®coated impeller) heating appliances, dryers and CSA-CANS-B255-M81 "°'°° ovens. Can be installed indoors or outdoors. Warranty: Use with the CPC-3 Constant Pressure Controller, Closed 2 year mechanical Loop VFD and TD-Series Pressure Transducer for an if Automatic-Variable Speed system which will modulate to always deliver the perfect amount of draft or combustion air. Model V8ue12 208.230 von 460 Volt For an Adjustable-Fixed Speed system, use an Open Loop Power hp 1 1 VFD to manually adjust speed of the VSUB. Amps A 3.2-3.0 1.5 Voltage VAC 3x208-230 3x460 Housing Construction: . Weight 205 Lbs.l83 Nps. Constructed of 14-gauge, Type 316L stainless steel with con- tinuous welds. The blower outlet rotates 180° for installation {— • flexibility.The motor chassis slides away from the housing on VSUB12 K polyethylene guides for easy motor and impeller access. A 11 7/8" _ B 121/2" • l^�. P Impeller: c 95/8 Backward inclined, high temperature coated, Class 1 Impeller D 101/8• `,`It+ii 0 is both dynamically and statically balanced with permanently E 21 7/16" I. &1 attached balancing weights. F 11 X5%16' N G 33= M 9 + 2 Motor: H 35" 1 " N I Three phase, 1 HP, 208-230/460 VAC, TEFC, EPACT High j 17ygr Efficiency Rated, arctic-duty, thermal overload protected, per- a 187/8' END VIEW manently lubricated and sealed ball bearing. K 131/4' L 21 13/18' Standard Equipment: M87/6" • 4'x 4'weatherproof junction box with 4'conduit --N'"'1g� /18 --13—•4 • Square to round vent pipe adapter 0 28 7/16" E • PSA-1 Fan Proving Switch p 65/18" rOr� • FFP-1 Freeze and Fire Protection Limit . e (FFP-1 For combustion air applications only!) r� _ " M 0— 1 • Condensate drain kit I cl Optional Controls: L • I • CPC-3 Constant Pressure Controller L e� WS vin li • TD-2 Indoor Pressure Sensor decorative0. cover,fittings ��� 0 • TD-2 Pressure Transducer(+0.15'to-0.60'w.c.) iNcwososovAas For draft or'Sealed"(ducted sealed combustion air)sensing TO ROUND ADAPTER I • TD-3 Pressure Transducer(10.10'to-0.10"w.c.) For'Open'(room pressure)combustion air sensing ES • VFD-Series Variable Frequency Drives MOUNTING A_1 LOCATION(4) • Temperature Rating: U.S. and Canada 575°F/300°C —J TOP VIEW Tjemlund Products,Inc.•1601 Ninth Street•White Bear Lake,MN 55110• (651)426-2993•(800)255-4208•FAX(651)4269547•www.tjemlund.com P/N 13513011 REV C 11/07 ND �,qp. ,.` Submittal Data Sheet c� ; P y F CPC-3 CONSTANT • ().,.!:•_,....:;„ ',�� PRESSURE CONTROLLER ryea Job Name: SIMPKINS SCHOOL RESIDENCES Equipment Rep: BUCKLEY ASSOCIATES Contractor: NATIONAL REFRIGERATION Prepared By: SEAN BUCKLEY ArchiEngr.: WOZNY/BARBAR & ASSOCIATES Date: 10/12/17 Description ,r s The CPC-3 is a microprocessor-based control that can simultaneously ,.,r , r f control both draft and/or combustion air pressures. It typically controls the operation and speed of an Auto-Draft®Inducer and/or a Universal t ` c ' Blower to maintain draft or pressure set points.A third function provides i1 I ,1:.'': fk,',.• cy *,/*, .a.r Ft w ,T i,' for an Interface with a motorized louver.The CPC-3 also serves as the tZ. --qf ni b ` ' a,(�t- t, R'w ) 2 , safety Interlock with associated burner controls. u .H. 0,-,.n,,:.;N,• ' The CPC-3 has an 80 character vacuum florescent display that pro- Cj''. f�• I` rK."L ,w, -- i.:11,51 ` vides real-time system status and a soft touch keypad.All primarytuna p °x •": , lions can be programmed via distinct buttons, eliminating scrolling tI^# r through multiple screens. Included are four burner Interlock terminal 11,, ^7�F rfi. `a"t 1,,, ;, strips that can Interface with millivolt,24 Volt,115 Volt or 230 Volt bum- it,o- er control circuits. The addition of up to three EXP-4E Expansion •3 Modules allows up to 16 separate burners to be interlocked.LED sta- 1' OPC ;;44-,%74","3:*,:. tus indicators on the face of the keypad show which Interlocked burner # , Jus �'xu is calling for heat and when the CPC-3 safely circuits approve burner '" "'`•'r't"'" t - �' operation. Additional LED's indicate venter limit(s) status and VFD rl'` . .j} / .i operation and fault status.Correct venter rotation can be determined by `- display prompts and changed through a dip switch on the circuit board. • Included quick connect cabling completes all control circuit connections i---- —y ---I130" _- �2.6•i— between the CPC-3 and VFD. Features system fault diagnosis with IMPORTANT:FOR"OPEN" date and time reference for easy troubleshooting.Built in alarm alerts COMBUSTION AIR APPLICA- building maintenance personnel If system faults. Alarm relay also 'DONS WHERE THE CPC-31S allows Interface with building management system. CONTROLLING THE MECH- Programming Options ANICAL ROOM PRESSURE. Draft Pressure Set Point,Combustion Air Pressure Set Point,Pre and The system will not maintain 15.5' Post purge,Automatic or Manual operation.Combustion air modes of room pressure unless doors operation include'Open"room pressure or ducted'Sealed'pressure have sweeps and all obvious for sealed combustion burners. voids to spaces outside the Operation mechanical room are sealed. Upon a call for heat from an interlocked burner the CPC-3 references - — the vent system draft and/or combustion air pressure as measured by FRONT VIEW SIDE VIEW the TD-Series Pressure Transducer(s) and activates the Variable Frequency Drive.The VFD quickly speeds up the inducer/blower until CPC-3 CONTROLLER the vent system draft and/or combustion air set point is reached.When Power Supply 115/206230 1 50.00 Hz/0.5 Amp the set point is reached the CPC-3 completes the circuit to the inter- locked appliance allowing the normal firing sequence to resume. Control Signal Drive: 2 each 0.10 VPC,10 mA each Additional burner stages will create a momentary decrease In vent sys- sensor: 5 each 0.10 vac.0.25 VIA each tern pressures,causing the Inducer/blower to speed up to maintain the 1 Digital Input 3.4.5.0 VDC.24 mA max set point If sufficient natural draft and/or combustion air is present the 1 Digital output 3.4•5.0 vac,z4 VIA max -- CPC-3 will deactivate the Inducer/blower until it is needed.The Inter- Sousa supply 4 each 24 VDC.420 VIA total locked burners will be deactivated if the vent system draft set point can- Inducer Range of Operation +0.15 to.0.60 In WC/•37 to-159 Pa not be maintained within 0.01"w.c.during predefined time limits based Combustion cur Range of Operation on combustion air or draft modes of operation. open System •0.15 to 43.60 In WC/«37 to-159 Pa Material • Sealed System: •0.10 to.0.10 In WCl•24 to-24 Pa The housing Is made from 18 gauge aluminized steel and Is painted Pressure iabrrxa 0.0002 In WC 10.05 Pa with an industrial powder coating.It has NEMA class 1 construction. Operating Temperature 32•m 1u•F/o•10 s9•c Listings Appkana/Pump/AUX Relays General Purpose 20 A 240 VAC ETL Listed#56826 Noor: 1 HP.125 VAC UL508-Standard for Industrial control equipment • 2 HP 250 VAC CSA C22.2 No.14-95-Standard for industrial control equipment Alarm Relay 2A 125vAc • Warranty Dimensions,Hx Wx D 15.5 x 13.6 x 2.5 In 2 year warranty ETA 394 x 345 x 66 mm e [`" V w Weight 9.5®s/4.3 kg eaus Products,Inc•1601 Ninth Street•White Bear Lake,MN 55110• (651)426-2993•(800)255-4208•FAX(651)4263547•www.femlund.com PM 8513016 ost1 NO 1.. Submittal Data Sheet • 5 f IP rn q P'Tty VFD-SERIES VARIABLE FREQUENCY DRIVES Job Name: SIMPKINS SCHOOL RESIDENCE Equipment Rep:BUCKLEY ASSOCIATES Contractor:NATIONAL REFRIGERATION Prepared By: SEAN BUCKLEY Arch./Engr.:WOZNY/BARBAR & ASSOCIATES Date: 10/15/2012 Description Tjernlund VFD-Series Drives from Yaskawa are pulse width modulated to generate an adjustable voltage to frequency three phase output for complete speed control of Tjemlund Auto-Draft® Series Commercial Ventilation and Draft Systems. All Drives are factory programmed for the Inducer or Blower they are controlling and specific mode of operation. An Automatic-Variable Speed system includes a closed loop VFD, CPC-3 Constant Pressure Controller, TD-Series Pressure Transducer and an Auto-Draft® Inducer or Universal Blower. This system will automatically adjust the Inducer/Blower speed based on the pressure In the stack or room to always deliver perfect draft or combustion air. Closed loop VFD's include 10'quick connect cable to connect VFD and Inducer/Blower limit circuits to CPC-3. An Adjustable-Fixed Speed system includes an an open loop VFD and an Auto-Draft® Inducer or Universal Blower. Inducer/Blower speed is manually adjusted by the installer with the VFD.Open loop VFD's include a Relay for easier inter- lock with the UC1 Universal Control. Construction • The housing is constructed from 18 gauge aluminized steel and is coated with an industrial powder coating. It has NEMA class 1 construction. Listings UL, ULc and CE compliant. Input Voltage (Note.Ali 3 Phase Fan Model VFD Model drives produce 3 phase output) HP Amps s9' c sg t - 1 ,,fi•„rr t:.,'= ri : ' . E7„. i1 • ate ,.I MOTOR DRIVE(VFD) _ --11.5' r T .7,__., I 5 lI !llllllI J illlllll • �iiiilitiil FRONT VIEW SIDE VIEW Tjemlund Products,Inc.•1601 Ninth Street•White Bear Lake,MN 55110• (651)426-2993.(800)255-4208•FAX(651)426-9547•www.gemlund.com PM 6513014 REV E 9/10 Submittal Data Sheet PNr, • EXP 4E EXPANSION MODULE t P F`4` TD-SERIES PRESSURE TRANSDUCERS • qx,: FFP-1`, FIRE & FREEZE PROTECTION LIMIT Spe1f1E% IPS-1 INDOOR PRESSURE SENSOR Job Name: SIMPKINS SCHOOL RESIDENCES Equipment Rep: BUCKLEY ASSOCIATES Contractor: NATIONAL REFRIGERATION Prepared By: SEAN BUCKLEY ArChiEngr.: Wf7NY/RAR RAR h. AR4OCTATES Date: 10/12/12 • EX' ..fiance Interlock Expansion Module Description The EXP-4E Expansion T .•• -flows up to four addi- EXP-4E tional appliances to be interlock-. • • he CPC-3 Constant Pressure Controller. Three FJ(P-4E ... - r'—a.6"--I 3'-}---- .rrsm can be used with one CPC-3 for controlling up to sixteen •`-..1.),,".. appliances. It communicates with the CPC-3 via a plug 1E;'Z!1 .. ,) In ribbon cable and has LED lights that provide the sta- th'tus of each appliance interlocked. Comes with a control 7.1' •box that has NEMA class 1 construction. I 7k 1 TD-Series Pressure Transducers W .r..,'fir ,, Description FRONT VIEW END VIEW ` The TD-Series pressure transducers measure draft pressure within the vent pipe or mechanical room 10 times a second. They communicate with the CPC-3 which modulates the VFD to increase or decrease the PRESSURE TRANSDUCER ,,,•-. rf Inducer/Blower motor to maintain perfect draft or com- bustion air. Includes automatic recalibration to stop r , --- \ electronic set point drifting and is not position sensitive. 4• TD-2 (+0.15'to-0.60"w.c.)for draft or"Sealed' 5.7^ 4.5" •-'r'•'; -, "T. (ducted sealed combustion air)sensing. TD-3 (+0.10'to-0.10•w.c.)for"Open" i. v " w= ' (room pressure)combustion air sensing. FRONT VIEW SIDE VIEW • FF'- : Freeze Protection Limit Description The FFP-1 Fire and Freeze - - - ion Limit helps pro- FREEZE/FIRE PROTECTOR(FFP-1) tect the boiler room from temperature e - = is used with Tjernlund Series Commercial Combustion 51'—+I 2.1'-f+--�I <s-�sk! „�,ids.*:, Systems. The FFP-1 is designed to disrupt power to a I I I qy^ combustion air supply blower in the event of a boiler z """—)-' )''''t.)•-"? . room fire or an extended period where frigid outdoor air2 6, .4') supply could cause pipes to freeze. y A WARNING FRONT VIEW END VIEW Do not wire an FFP-1 Into a flue gas exhaust system or interuption of the exhaust system may occur if boiler room temperature falls below Freeze Limit temperature setting. \y 3.6" {I I INDOOR PRESSURE SENSOR(IP{S.-1) ,=1IPS-1 Indoor Pressure Sensor Description .; � _ . I/`, Decorative cover for indoor reference pressure probe for 2.2" .,,�,� room pressure combustion air sensing. Includes sam- piing tube and fittings. For use with TD-Series pressure ' + a d • transducers. FRONT VIEW END VIEW pp Yrawikak- .iuJw.rxxu„ ...i..4 Tjemlund Products,Inc.•1601 Ninth Street•White Bear Lake,MN 55110• (651)426-2993•(800)255-4208•FAX(651)426-9547•www.tjemlund.com PM 8519008 REV C 1107 Tjemlund Products,Inc. 1601 Ninth Street White Bear Lake,MN 55110 (651)426-2993 (800)255-4208 FAX(651)426-9547 wn'w.femlund.com �;aHiuN Modulating Induced Draft System W with VSUB 8/12 Blower, CPC-3 Controller • g N I F • 4S/ N o \� "6 � and 115 volt VFD c 0 PROJECT: °3 10'(3m)COMMUNICATIONS CABLE PROVIDED WITH EACH VFD INDUCER O TRANSDUCER��J� BOX mm WARNING /// U Improper wiring to this transducer �/ will destroy the transducer. 000 Use caution to ensure that the wiring R ten to the transducer Is correct before 1 activating the CPC-3 Controller. o rI Route transducer wiring in metal conduit The low voltage VFD corn- or use Belden Shield Cable#9939 munication wiring Is to be or equivalent. Make sure the transducer routed In metal conduit. wiring does not contain or cross line ER If longer wiring is desired, II k voltage wiring or undesired transducer MANUAL MODE see the wire length table performance may result. PROVING SWITCH below for maximum wire ri.1 lengths. I I re Da9• Max.Distance.2 w o f @ I I r coMMON�� AWG MXr(119m) 5 $ I I 11 ,I 14 Awl - 600'(183m) E 0 I I --1\\ 18 ANG 390'(119m) l I l l l l l l 1 l l 1 I I 18 AKG 220' I61m) RW DWIW CM IS ZS OS CS 130 a H D Id Ed 20 AWG 165' (50m) OOOOOOQQOOOO 000 22 Awl 110 (34m) I ENLARGED VIEW CCMBUSHON AIR TERMINAL STRIP Q1 ( amz.,Sw OS EdI -CS a C am QHze ztrm�L� zna nx va • ISI © ® bOnl�nnCN�C100000 ® t�(b ox.x Nx.x ® incooAOOOo000cb0 l01 s"floNI YAxii%M CY[6x3B YXRouen woo comma ,as,�mann � MOXERCRR „ rCPC3 'Irs'Iero" .+nca _ °r°'S 3 Y REMOTE Du ALARM IND TEERMWI STRIP CPC-3 CONTROLLER CIRCUIT BOARD o2 P°RT RESET IP^�'�' 0. 0 1 SWITCH _ IV- — KEYPAD CONNECTORS - MICROCONTROLLERS CONTROLLER DISPLAY EL • C I © HARM I l V D'• AUXILIARY EXP2 P2 EXP3 EXP-4E S S DEVICE O O O 4 PORTSI 2- PORT . ANALOG PONEHD I li FDOTAL Irl Irl SUPPLIES CALL 11#1 m m#2 m :#3 m :#4 /RShPEN WPERS 110 MAa AC POWER �gn� ®®®� �(�Un000 PZl7..a •] 2,Ur* 3 3 4 d0<ln C>( x Hu H H �" S , zz . m® A • raA4 • S , zl . MAINAC I I Ease APPLIANCE I PORT APPLIANCE 2 PORT PARLANCE 3 PORT APPLIANCE 4 AWT POKER POWER TERMINALS TERMINAL LEGEND: WARNINGS: 0 Improper wiring to the transducer will destroy the transducer. LOW VOLTAGE/DC CONTROL WRING • w Use caution to ensure that the wiring to the transducer is I N 115 VAC SUPPLY WRING,20 AMPS correct before activating the,CPC-3 controller. I n 230 VAC SUPPLY/LOAD WRING Q Verify that the input power voltage matches the VFD's name- IN plate rating before applying power. Improper supply voltage m rrrrrrrrrrrrrrr�rrr� VFD COMMUNICATIONS CABLE to the VFD could damage the VFD. FIGURE 8052030 12/02/04 O Verify that the blower(VSUB 8/12)is wired for the output voltage from the VFD. If not correct,severe damage to the blower and/or the VFD could result. 4. When the system is completely installed,perform the safety interlock and operational test as outlined in the installation manuals. Failure to do these tests could result in an unsafe and/or incorrectly operating system. Y CAUTIONS: $ a 1. All wiring must be in metal conduit(best)or shielded cable. TJERNLUND DRIVE MODEL 2. Route transducer wiring in metal conduit or use Belden Shield '" VFD- 1C3 Cable#9939 or equivalent. Make sure the transducer wiring does not contain or cross line voltage wiring or undesired 1—, "1"means"115 VAC" transducer performance may result "C"means"Closed Loop" "3"means"CPC-3 Control" 3. Do not run the VFD's input power and output power wiring In the same conduit. Undesired VFD operation could result NOTES: dl--&&&0 0 0&& A If the provided 10-foot,10-wire VFD control cable is not long 0 0 0 0 0 0 0 0 enough to meet the application needs,use caution to ensure 0 MB- BLACK _/ that the connections from the VFD to the CPC-3 controller a Mc wOLET are correctly located. MB to MB,MC to MC,etc. In addition, I 0-MI- ORANGE reference the Wire Length Table. IBLUE I VFD l s1_ GRN/YEL -/ 02. Use caulking to seal the electrical box cover to the electrical 0.CONTROLl bz_ YELLOW box,and to seal the conduit holes to hole plugs. BOX WNTIRED LY 0'BS-LES RED p. If required,non-fused disconnects are to be supplied by the _ wHI/BRN installer. ��- GRAY — Q4. This blower Is shipped from the factory wired for 460 VAC. REEF"` ^° N Reconfigure the motor wiring at the motor for 230 VAC. a` �` N ` w �o �o G See the Motor Label for details. r.:‘ F 4 5 I I LL C Q5. The 115 VAC VFD outputs 230,30 power. Q5 ... © I I Wiring is to be in VSUB BLOWER t dedicated metal conduit. -- Max.length: \ 300'(91m)@ 230 VAC I Q ,. MOTOR 0 _F I --M RED 1 \ 1 " • 1..r1_ _pi_ ORANGE J I _ -- , L L _4_ BLUE MOTOR LIMIT) Q 1 GREEN 1 --H.--H. f) BLACK I I BLACK GROUND 1 • 1 i MOTOR I / 4 BLACK WINDINGS I Q RED • MOTOR NEATER INCLUDED CABLE .11111411.161111111111111. f TSTAT I 4x4OXWEATHERPROOF • 1 ARCTIC-0UTY BOX AND WHIP I I MOTOR HEATER I 1 Q1 ti WATTS) 1 1 q SUBMITTAL SHEET c • I(® CWH 3000 SERIES s FAN-FORCED WALL HEATER c to A Marley Engineered Products Brand 0 470 Beauty Spot Rd.E,Bennettsville,SC 29512 USA CAPACITIES Cl) M 1500,2000,3000,4000 72 SELECTION CHART or 4800 Watts F. CAT. NO. I VOLTS PH. I WATTS I AMPS 120,208,240,277,347 or 600V Cl) C W H3150 120 1 1500 12.5 10; r fWIalnn I 17n 1 I tarn 1 t6 4000 or 4800 Watts 0 Mom CWH3404 208/240 1 3000/4000 000% 14.5/16.7 208 or240V0 OD CW113407 1210/277 I 1 I ^990/19^01 12.6/11.' E 0 1500/2000 CWH34083 208 3 404000000 , 711.96 C UL US 0 QO / CWH3504 208/240 1 3600/4800 173200 FILE#E21609 CWH3507 240277 1 3600/4800 15.0/17.3 CWH3508 208 1 4800 731 r • CWH35083 208 3 4800 13 4 Thermostat Range: 40.90 Degrees F 2 CWH35043 240 3 4800 116 D CWH3203 347 1 2000 58 Air Movement: 100 CFM CWH3206 600 17000 11 Z CWH3153 347 1 - 15nn 41 ACCESSORIES 11 CWH3156 600 1 1500 25 CAT. NO.1 DESCRIPTION 0 CWH3303 347 1 3000 8.6 CWH3106 600 1 loan 5 o CWH3S-1 1'deep surface mounting sleeve for semi-recessed CWH3403 347 1 4000 115 Installation. ^ CWH3406 600 1 4000 67 Iii Same as above excel 2'dee.. ♦/ CWH1503 347 1 4R00 13 A I CWH3.SM 3"N Surface mounting box for surface matellationa.Palmed to 0 CWH3506 600 1 4800 80 match heater decor. deep. CATALOG PHASE a ITEM QTY. NUMBER TAG LENGTH WATTS VOLTS 0 AMPS BUILT-IN CONTROLS • r 13 CWH3404 EWH-t 208 1 r x m m 03 co ACCESSORIES ITEM QTY. CAT. NO. TAG DESCRIPTION AND • CONTROLS • SUBMITTED BY: DATE APPROVED BY: DATE • ZSS QCWH3 (03-06) Printed in U.S.A. W • o rep New" e .. MARK 1-e/1e• - W 7-)/16• VS A Marley Engineered Products Brand 16-a/le �l 3-7/C SII IIS -0^e' I ls-ss/xi•—w I I 1_1/1' C 470 Beauty Spot Rd.E,Bennettsville SC 29512 USA 1-I IC co I • •_. i o� s�sp• T. S 1-3/4 Imo(BOX d FRONT 4 V ((Frml Naw)) 161/6• V COVER 10 /16• I • w FRONT COVER (Side New) 67:r4 B—I 4 A "A" "B" "C" "D" Model Recessed Thickness Front Total Dim. Of Frame Cover Ext. Into Nm Rpnm CWH3-SM - 313/16" 1-1/2" 5-5/16" L. II II `I.VVllJb-4 l-1.3/lb4 I-lid J-UG D -.-I D -+S D CWH3S-1 2-13/16" 1" 1-1/2" 2-1/2" CWH3-SM CWH3S-2 CWH3S-1 RECESSED 3-3/4" - 1-1/2" 1-1/2" - ARCHITECT'S AND ENGINEER'S SPECIFICATIONS* MOTOR AND CONTROLS: The fan motor shall be impedance protected,permanently lubricated and with totally The heating equipment shall Include an electric automatic fan enclosed Motor.Fan control shall be of the bi-metallic,snap- forced air heater suitable for small area heating,as action type and shall activate fan after heating element manufactured by QMark,A Marley Engineered Products reaches operating temperature,and continue to operate the Brand, Bennettsville,SC. The heater shall be designed for fan after the thermostat is satisfied and until all heated air wall mounting,recess or surface. Heaters shall be UL listed. has been discharged.The thermostat shall be single pole type on all models.Thermal cutout shall be bi-metallic,snap- BACKBOX: The backbox shall be designed for duty as a action type designed to shut off heat In the event of recessed rough-in box in either masonry or frame overheating.The fan shall be five-bladed aluminum. The fan installations and is also used with the surface mounting motor shall be totally enclosed. frame in surface mounting Installations. The backbox shall be heavy gauge galvanized steel and shall contain knockouts SURFACE MOUNTING FRAME: The surface mounting through which power leads are brought. frame shall be of heavy gauge steel designed to mount around the backbox for a finished surface installation.Slot INNER FRAME ASSEMBLY: The heater assembly which knock outs shall be provided for power supply conduit. fits Into the backbox shall consist of a heavy gauge steel fan panel upon which is mounted all of the operational parts of FRONT COVER: The louvered front cover shall be of heavy the heater.The Inner frame assembly shall be completely gauge steel with a powder paint finish. A plug button will be pre-wired. provided to replace the thermostat knob and render the unit tamper-resistant. HEATING ELEMENT: The heating element shall be of the non-glowing design consisting of an 80/20 nickel-chromium FINISH: All sheet metal parts,except the galvanized steel resistance wire enclosed in a steel sheath to which plate fins backbox,shall be phosphatized,then completely painted by are copper brazed. It shall be warranted for 5 years.The a powder paint process. element shall cover the entire air discharge area to ensure uniform heating of all discharge air. *Watt reserves the right to change specifications without prior notice. • DISCONNECT SWITCH: A double-pole single throw disconnect switch shall be mounted on the back box for positive disconnect of power supply. It will be completely concealed behind the front cover. 111 - - 15-25/32" 1.12' (400mm) —> t—(38mm) • MARK® \--_ 3-3/4" —' E—(95mm) O A Marley Engineered Products Brand 19-3/16' (487mm) 18-1/4" (464mm) CWH 3000 (Series B) Fan Forced _ Wall Heaters N sous FILE #E21609 Installation & Maintenance Instructions Dear Owner, Congratulations! Thank you for purchasing this new heater manufactured by Marley Engineered • Products. You have made a wise investment selecting the highest quality product in the heating indus- try. Please carefully read the installation and maintenance instructions shown in this manual. You should enjoy years of efficient heating comfort with this product from Marley Engineered Products..,the industry's leader in design, manufacturing, quality and service. ... The Employees of Marley Engineered Products A WARNING Read Carefully-These instructions are written to help you prevent damage to the heater. difficulties that might arise during Installation of heaters. Studying 6. Do not block air intakes or exhaust in any manner.Keep corn- the Instructions first may save you considerable time and money bustible materials,such as crates,drapes,etc.,away from later. Observe the following procedures and cut your Installation heater.Do not install behind doors,furniture,towels,or boxes. time to a minimum.TO REDUCE RISK OF FIRE OR ELECTRIC 7. A heater has hot and arcing(sparking)parts Inside.Do not use SHOCK: it in areas where gasoline,paint,or flammable liquids are used 1. Disconnect all power coming to heater at main service panel or stored. before wiring or servicing. 8. Use this heater only as described In this manual.Any other use 2.All wiring must be In accordance with the National and Local not recommended by the manufacturer may cause fire,electric Electrical Codes and the heater must be grounded. shock,or Injury to persons. 3.Verify the power supply voltage coming to heater matches the rat- 9. This heater is not approved for use in corrosive atmospheres, ings printed on the heater nameplate before energizing. such as marine,green house,or chemical storage areas. 4.This heater is hot when in use.To avoid bums,do not let bare 10.Do not install heater upside down or sideways.Do not use skin touch hot surfaces. heater without grille. 5. Do not Insert or allow foreign objects to enter any ventilation or 11.For wall mounting only.Do not Install heater closer than • 8"(203 mm)to the floor or any adjacent wall surface.Do not exhaust opening as this may cause an electric shock,fire,or install closer than 36"(915 mm)to the ceiling. SAVE THESE INSTRUCTIONS NOTE: This heater has a continuous fan-only feature. See page 3 for details. Installation of Recessed Back Box Sit in New Const)uction1. Mounting Back Box(See Figure 1).a. Place the back box between two 16" (406 mm) center-to- center wall studs at the desired mounting height but no closer than 8"(203 mm to adjacent wall or floor.Note: If wall studs are spaced greater than 16"on center,addi- L•1mr moms tional framing supports may be necessary. am.) . win oar aw row Al rowsNwuwu Baa1N1C CAKE �}3 Tot - mimes me CDNBT CLAMP n -' sUPRTCA2LE LL n� LEAD WKS 81LIp V s(iiBlACONNEWTSWITCH � MECrswla} $trncHBwy nitros J trMlTpl AND LEADS g ' BACKBOX illailbi I N'WNiBACK BOX ' -'iCla FIg.2:Locating Recessed Back Box in Existing Construction h, t VIOL ty r 3. Mounting Back Box •..., ter HAO La. Place the back box into wall opening flush with finished !ACK Sup wall surface on bottom and sides of box. (Top flange of Fig.1:Locating Recessed Back Box in New Construction backbox should protrude approximately 1/2'or 12.7mm from finished wall surface). b.Align back box such that the bottom and sides will be b. Secure the back box in place with wood screws or nails. flush with finished wall surface(top flange of back box 4. Wiring Disconnect Switch should protrude approximately 1/2" (12.7 mm)from fin- a.Connect the power supply wires to the blue wires of the ished wall surface). disconnect switch using wire connectors (see wiring dia- c. Secure the back box in position with wood screws or nails gram, pg.3) as shown In Figure 1. b. Ground the back box connecting the supply ground lead 2. Power Supply Wiring (See Figure 1) wire to the green ground screw located in the inside top of NOTE:Wire compartment volume-119in3(1950cm3). the back box. a. Run a power supply cable into the knockout area in the c. Secure disconnect switch bracket in place by tightening • upper right hand corner of the back box.All wiring must be screws. in accordance with National and Local Electrical Codes. Refer to Table 1 for correct wire size. TABLE 1 b. Remove disconnect switch bracket by loosening two MIN.mwn.y screws on the right side. CATALOG WIRE c. Install a cable clamp in the"knockout"in the top of the NUMBER VOLTS PHASE WATTS AMPS GAUGE back box. CWH3150 _ 120 1 1500 12.5 12 d. Insert power supply cable through cable clamp,allowing at CWH3180 _ 120 1 1800 15.0 12 least 6"(152mm)of leads to extend inside the back box. CWH3404' 240/208 1 4000/3000 16.7/14.5 10 Connect the blue lead wires of disconnect switch to the 2000/1500 8.3/7.2 12 supply wire leads using wire connectors(see wiring dia- CWH3407• 277/240 1 4000/3000 14.5/12.5 12 gram, pg.3.) 2000/1500 7.2/6.3 12 e.Ground the back box by connecting the supply ground lead CWH3307 277 1 3000/1500 10.8/5.4 14 wire to the green ground screw located in the inside top of CWH3408• 208 1 4000/2000 19.2/9.6 10 CWH34083 208 3 4000 11.1 14 the back box. f. Secure disconnect switch bracket in place bytightening CWH35043 240 3 4000 9.7 14 9 9 CWH3504 208/240 1 3600/4800 17.3/20.0 10 screws. CWH3507 240/277 1 3600/4800 15.0/17.3 10 Installation of Recessed CwH3508 208 1 4800 23.1 10 Back Box in ExistingConstructionCWH35083208 3 4800 13.4 12 CWH323 240 3 4800 14 1. Provide a wall opening 14-1/2"(362mm)wide by 18-1/2" CwH32o45.83 347 1 2000 14 (470mm)high at the desired mounting height,but no closer CWH3206 600 1 2000 3.3 14 than 8" (203mm). (See Figure 2.) CWH3153 347 1 1500 4.3 14 Note:Locate so at least one side of opening is at wall stud. CWH3156 600 1 1500 2.5 14 2. Power Supply WiringCWH3303 347 1 3000 8.6 14 PPY CWH3306600 1 3000 5 14 NOTE:Wiring Compartment Volume-119in3(1950cm3). _ CWH3ao3 347 1 4000 11.5 14 a. Run a power supply cable into the area above the top of the CWH3406 600 1 4000 6.7 , 14 wall opening.All wiring must be in accordance with National CWH3503 347 1 4800 13.8 12 and Local electrical codes. Refer to Table 1 for correct wire CWH3506 600 1 4800 8 14 size. •Factory wired for higher wattage.Field convertible to half wattage. b. Remove disconnect switch bracket by loosening the two screws on the right side. • c. Install a cable clamp in the"knockout"in the top of wall back box. d. Insert power supply cable through cable clamp,allowing approximately 6" (152mm)of cable length to remain inside the back box to facilitate connections. 2 MOUNT BACK , 5. Push disconnect switch Into ON position. BOX TO WALL 6. Mount thegrille usingthe tour(4) longscrews provided. USING REA MOUNTING - 311115'(97mm) The screws thread into holes located in the side flanges BRACKETS of the back box. f7. Push thermostat knob onto thermostat shaft. -: 19"(4S2mm) HANG FRAME .1' POWER LEADS ON BACK �' I DISCONNECT BOX SWITCH 154/3 (365mm) ' THERMOSTAT KNOB GRILLE FIg.3:Surface Mounting Installation Installation of Back box with Surface-Mounting Frame Sad (See Figure 3) t� 1. Secure back box to wall with knockouts in upper right hand BACK 21.- corner 'corner using screws and anchors. BOX • 2. Hang the surface-mounting frame on the back box. Ensure that the back edge of the surface-mounting frame is flush Fig.4 HEATER against the wall. ASSEMBLY NOTE:If heater is located in a high traffic area where it may be _ subjected to vandalism or abuse,take extreme care to see that WIRING DIAGRAMS the box Is firmly attached to the wall. Diagram 1 a- a 3. Power Supply Wiring C AN MOTOR NOTE:Wiring Compartment Volume-119in3(1950cm3). ■ J Red a. Run a power supply cable into the area of the upper ELEMENT right corner of the mounting frame.Arrangement of W"I wiring to this point must be in accordance with National ��___ �Ia u and Local codes. Refer to Table 1 on page 2 for , L]"N proper wire size. LEMENT DISCONNECT MA IAL NOTE: If the wiring is to run through the wall,cut a hole in the LIMIT • area of the top of the wall box.Run the supply wire through this 1500, 1800,4800,4000, &3000 WATT HEATERS hole.Then remove the "knockout"from the top of the box and 120V,208V,240V,or 277V (Full wattage heaters can be converted to half proceed to step C. wattage by removing the red Jumper wire connecting the top and bottom element terminals.)See wiring diagram no.6 for 4800W,208V. b. Remove the"knockout"on the top side of the frame. NOTE:conversion to half wattage not applicable to CWH3150 and cwH31e0. c. Remove disconnect switch bracket by loosening the two screws on the right side. Diagram 2 d. Feed the power supply cable through the frame allowing FAN MOTOR 6" (152mm)of lead to remain inside the back box. e. Secure the power supply cable to the back box (using cable clamp, connector,or other suitable strain relief)allowing 6"(152mm)of lead to remain inside the back box.supll)ply SII " 1 Li 12 or f. Connect su I wires to blue wires of disconnect switch 1 using wiring connectors(see wiring diagram). ELEMENT b nah,. DISCONNECT MANUAL g. Ground the back box by connecting the supply ground RESET leadwire to the green ground screw located In the LIMIT inside top of the back box. 2000& 1500 WATT HEATERS h. Secure disconnect switch bracket in place. zoev,240v,OR 277V • Installation of Heater Assembly and Grille Diagram 3 illo- -die FAN MOTOR After back box Is completely Installed and no further construc- tion dirt is expected,clean debris from back box,remove heater assembly from Its carton,then refer to Figure 4 and proceed as ELEMENT ':+: follows: L�T�J LI 1. Insert the heater assembly into back box, placing � ��■ LF or the fourwthe ac holes ox. (with n all key-hole slots)ocur the _moo screws in the back box.Tighten all screws securely. ELEMENT to DISCONNECT MATl 2. If surface-mounting frame is used,ensure that the RESET frame Is even with all four heater assembly tabs before LIMIT tightening screws. 4800,4000,&3000 WATT HEATERS • 3. Connect the two disconnected switch wires to the heater 34W,,600V control switch (thermostat)leads using wire nuts.After connection, push wires back into the opening. 4. Turn thermostat to the extreme counterclockwise position. 3 DIAGRAMS (Coni) NOTE: For best results,the heater should be left"ON"constant- WIRINGlaN LI ly during the heating season because the thermostat,when prop- erly set,will maintain the desired temperature. � QscOnneci F;III W"h Maintenance I pear 12 0 Fan ODy • ThermMiai T 6 ,/,„ LI swllul TO RESET MANUAL RESET LIMIT TransformerYour heater is equipped with a manual reset safety thermal limit ® control that will automatically turn the heater off to prevent a fire if n the heater overheats. This control is located on the fan panel assembly between the element and fan blade and marked"reset". Pom na�'Y I=IQ The red reset button can be seen through the front grille when the heater is Installed.To reset,allow the heater to cool,then push the st_rtrL red button that is visible through the hole in the fan panel. The _ Th._ heater should immediately return to normal operation. Once each year the heater should be cleaned to remove dust and F 6 other foreign material which has collected during the heating sea- ,,... son.This is a simple operation when performed as follows: B F.2 1. Turn off the electric power at main line switch (or remove all yr fuses)to disconnect electric power from the heater. THIS IS IMPORTANT. 2. Remove the grille(Figure 4)and turn the disconnect switch to VES the OFF position. VES CAUTION .Z DO NOT USE WATER OR DAMP CLOTH FOR CLEANING AND DO Element 1500/2000 WATT NOT DISTURB THE HEATING ELEMENT. HEATERS Diagram 4 C 347V,600V 3. With a vacuum cleaner nozzle or dust cloth, remove dust :Al. 1 RAawPM and other foreign material. 4. After cleaning,turn disconnect switch to ON position and Dam °°° reinstall the grille. lt ilf Da DNNE° 5. porn onrt tte sea liens he hech ter isreplacevofuseeady f r anothre er power to the heater.The heater now ready for another season of operation. ELEMEHTB 11111 rjVr çj • THREE PHASE Diagram 5 WALL HEATERS FANG l RELDWIRING 011111 s DMD DISCONNECT MT t - NAMEPLATE /ODEL NO.C W H3408B DATE CODE:Oa w���� MANUAL /' FAN FORCED WALL HEATER 1 4E71'7 eser I gpppREIL DE CHAUFFAGE MURAL A AIR PULSE rL'0 MEMENTO 4 ■ s� + VOLTS AC 60HZ WATTS PHASE 208 4000 I )Tb LISTED 4800 WATT SINGLE MUST BE USED WITH BACK BOX ROOM HEATER PHASE HEATERS /- DO NOT OPERATE WITHOUT FRONT COVER IN PLACE. Diagram 6 208V DOR ETRE UTILISE AVEC BOITIER ARRIERE AWH-BB NE PAS UTILISER SI LE COUVERCLE AVANT NEST PAS EN PLACE. CAUTION /,\ MARLEY ENGINEERED PRODUCTS BENNETTSVILLE,SC 29512 4104-2046059 OPERATION OF THE MANUAL RESET SAFETY THERMAL LIMIT CON- TROL IS AN INDICATION THAT THE HEATER HAS BEEN SUBJECTED TO SOME ABNORMAL CONDITION.IT IS RECOMMENDED THAT THE HEATER BE CHECKED BYA REPUTABLE ELECTRICIAN OR REPAIR SERVICE TO ENSURE THE HEATER HAS NOT BEEN DAMAGED. Operation 1, Rotate the thermostat knob fully clockwise.This should energize the heating elements and fan causing warm air to flow from the hot air discharge at the openings In the bottom of the grille. 2. After the operation check, rotate the thermostat knob to the desired position to obtain room comfort. 3. For continuous fan-only operation(elements will not be energized) rotate thermostat knob where indicator dot on • knob is aligned with FAN. 4. There will be a short delay from the time the unit is turned on until the fan engages.This is to allow the elements time to warm up.The fan will also continue to run once the unit is turned off to allow the elements time to cool. 4 e Replacement Parts Key p� Description Part Number I P" g Knob 3301-2016-000 -4 .4(11ts IIIII � 2 Grille 2501-2019-001 I o 3 Element: CWH7512 120V/1500W 302012827 CWH3408B 208V/4000W 302012807CWH1812 120V/1800W CWH32013B 208V/2000W Y % % 11* Imo-- d y�'�C CWH340838 208V/4000W/3Ph. 1802-2075-600 \ \ i� CWH3508B 208V/4800W 1802-2075-801 \ �r" I(� • CWH350838 208V/4800W/3Ph. 1802-2075-801 ,..,Ni.- '�IIII�rE 6 CWH3204B 240V/2000W 302015802 z N\ \� t CWH3404B 240V/4000W 302012808 \ \ a 0WH34043B 240V/4000W/3Ph. 1802-2075-802 \ .� CWH3504B 240V/4800W 302012810 CWH35043B 240V/4800W/3Ph. 1802-2075-803 CWH31578 27N/1500W 302015806 CWH32076 27N/2000W 302015603 CWH33076 277V/3000W 302012806 CWH34076 27N/4000W 302012809 CWH35076 27N/4800W 302012811 CWH31536 34N/1500W 302012824 CWH32036 347V/2000W 302012808 CWH33036 347V/3000W 302012818 CWH3403B 34N/4000W 302012821 0WH350313 347V/4800W 302012823 CWH31568 600V/1500W 302012816 CWH32068 600V/2000W 302012818 CWH330613 600V/3000W 302012820 Reference Data CWH3406B 600V/4000W 302012822 CWH35068 600V/4800W 302012824 Catalog 1 Catalog 4 Manual Limit 4520-2017-000 Number Volts Ph. Walls Number Volts Ph. Watts 5 Fan Delay 410740000 - CWH-3208 1 2000 CWH-3157 277 1 1500 _ CWH-3408 208 1 4000 CWH-3307 1 3000 6Fan Blade 490030103 CWH-34083 _ 3 4000 CWH-3505 208 1 4800 •7 Motor: 120V 3900-2010-003 CWH-3204 208/ 1 1500/2000 CWH-35083 3 4800 208V 3900-2010-000 CWH-3404 240 1 3000/4000 CWH-3504 208/ 1 3600/4800 240V 3900-2010-000 CWH-34043 240 3 4000 240 277V 3900-2010-001 - cwx-35643 240 3 4800 347V '3900-2010-000 CWH-3207 240/ 1 1500/2000 600V '3900-2010-000 ICWH-9407 277 1 300W4000 CWH-3507 277 1 3600/4800 8 Thermostat 5813-2059-000 9 Disconnect 120V,208 V/1 PH,240 V/1 Ph.,277V 410170001 208V/3Ph.,240V/3Ph.,347V,600V 5216-2019-000 10 Motor Transformer 347V Heaters 5714-2014-001 600V Heaters 5814-2014-000 `See item 10.These heaters use a transformer to convert heater voltage to motor voltage. LIMITED WARRANTY , All products manufactured by Marley Engineered Products are warranted against defects In workmanship and materials for one year from date of installation, except heating elements which are warranted against defects in workmanship and materials for five years from date of installation.This warranty does not apply to damage from accident,misuse,or alteration;nor where the connected voltage is more than 5%above the nameplate voltage;nor to equipment Improperly installed or wired or maintained in violation of the product's installation instructions.All claims for warranty work must be accompanied by proof of the date of installation. The customer shall be responsible for all costs Incurred In the removal or reinstallation of products,including labor costs,and shipping costs Incurred to return products to Marley Engineered Products Service Center.Within the limitations of this warranty,Inoperative units should be returned to the nearest Marley autho- rized service center or the Marley Engineered Products Center,and we will repair or replace,at our option,at no charge to you with retum freight paid by Marley. It is agreed that such repair or replacement Is the exclusive remedy available from Marley Engineered Products. THE ABOVE WARRANTIES ARE IN LIEU OF ALL OTHER WARRANTIES EXPRESSED OR IMPLIED. AND ALL IMPLIED WARRANTIES OF MER- CHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE WHICH EXCEED THE AFORESAID EXPRESSED WARRANTIES ARE HEREBY DIS- CLAIMED AND EXCLUDED FROM THIS AGREEMENT.MARLEY ENGINEERED PRODUCTS SHALL NOT BE LIABLE FOR CONSEQUENTIAL DAMAGES ARISING WITH RESPECT TO THE PRODUCT,WHETHER BASED UPON NEGLIGENCE,TORT,STRICT LIABILITY,OR CONTRACT. Some states do not allow the exclusion or limitation of Incidental or consequential damages,so the above exclusion or limitation may not apply to you.This war- ranty gives you specific legal rights,and you may also have other rights which vary from state to state. For the address of your nearest authorized service center,contact Marley Engineered Products in Bennettsville,SC,at 1-800-642-4328.Merchandise returned to the factory must be accompanied by a return authorization and service identification tag,both available from Marley Engineered Products.When requesting returnauthorization,include all catalog numbers shown on the products. sr TO OBTAIN WARRANTY SERVICE AND Note:When obtaining service always have the following: RANTY PARTS PLUS GENERAL INFORMATION. 1.Model number of the product 2.Date of manufacture (,) Marley 1.Warranty Service or Parts 1.800.842.4328 3.Part number or description 2.Purchase Replacement Parts 1400-654-3545 • 3.General Product Information www.marleymep.com Engineered Products ECR 38696 6/09 Part No.5200-2299-007 470 Bawl Spot RA UM eonnotlivillo,SC 29512 USA 1111 SUBMITTAL SHEET M MARK MUH SERIES A Marley Engineered Products Brand \ HORUNIT HEATERS glir a `�_ UNIT HEATERS CO �� C �L us ( 0 � r File#E21609 XI RI Z a JOB NAME: SIMPKINS SCHOOL RESIDENCES LOCATION: YARMOUTH,MA m XI ARCHITECT: --I W UZN Y/UABAK ASSOC n ENGINEER: n NA IIONAL KEEKIUEKAI!UN r CONTRACTOR BUCKLEY ASSOCIATES C SUBMITTED BY• Z DATE: 10/3/12 -I 2 m CATALOG GRILLE CEILING REM OW. NUMBER TAG WATTS VOLTS a AMPS FINISH MOUNT _"I m 13 CWH3404 EWH-I 208 1 • ITEM OTY. CAT. NO. TAOI • DESCRIPTION ACCESSORIES • AND CONTROLS SUBMITTED BY: DATE APPROVED BY: DATE . • ZSS-QMUHO (09-06) • • GO • W UI MARK. . 0 •Fan delayefan selector switch(25 to 50 s. models). A Marler Engineered Products Baird .Fan feature eliminates cold drafts.Element heats up 470 Beauty Spot Rd.E,Bennettsville,in SC 29512 before fan cuts in,then tan continues to distribute heat visit www.gmerkmep.com for more Info after element shuts off. ARCHITECTS AND ENGINEER'S SPECIFICATIONS' .Ruggedly built,yet lighter weight for easier installation.No e Unit mounts either horizontally or vertically.Totally versatile.For factories, piping flutes,valves,or traps. warehouses,garages,stores,shipping rooms,power stations,aircraft hangers. • Individually adjustable discharge louvers to control air flow. Can be used for primary,supplementary,spot,or dual-system heating. •Choice of optional diffusers for variety of air patterns, •Wide range of optional control kits are field installable,increasing the MUH maximizing heat concentration and coverage In the vertical adaptability to the specification market. position. •Forced air unit heater with 10 power ratings;from 3KW to 50 KW heating .Meets all UL,NEC,and OSHA requirements. output;208,240,277 and 480V,10,230 to 170,500 BTU/hr. •32 compatible models(no need to try to assemble a heating system from 70 or 80 models!) /•Heavy gauge die-formed steel housing.Two-toned,smartly styled. •Advanced pull-through air flow design draws air across heating element for more even air distribution and cooler element operation. - H •Specially designed ventud outlet to meet that added throw as required in vertical position. •Branch circuit fusing(when required). it •Completely enclosed fan motor. • 1•or 3-phase wiring on 5 through 10 KW 208240V and 15 KW 208V units(field No,, ' r interchangeable). •Aluminum-finned,copper clad steel sheath heating element has longer useful ONs. ./w life,because of cooler sheath temperature and faster heat dissipation. DIMENSIONS •24V control transformer standard on most models,providing a safer and more CAT.NO. I HEIGHT I WIDTH I DEPTH accurate means of temperature control.3KW and 5KW,208-277V,have line MUH-03&05 16' 14' 7'P' voltage controls as standard(24V control available on made-to-order basis). MUH-07&10 213/4 19' 7'P' Automatic reset linear thermal cut-out,capillary type,provides protection over MUH-15.&20 213/4' 19' 123/'' entire length of element areas(Manual reset protection available on made-to- MUH-25&30 30' 263/4' 113/4" order basis). MUH-40&50 30' 265P' 171/8" • 4110SELECTION CHART 04.7.143. I VOLTS I 4+•:.uc74! I cat -w1 win NSA MUH0381 208 10 3.0 10.2 14.5 J 208 WA 350 603 27. 208 15420 1/100 12 AWG12 27 MUI0121 206240 10 22/3.0 74/102 11012.6 208240 N/A 350 800 27• 203.240 10.02 1103 12 *WO12 27 MU94/671 277 10 30 102 110 277 N/A 350 800 27• 277 1603 1n03 12 AWG 14 27 WOKS® 947 10 30 102 8.6 347 N/A 350 WO 27• 347 1600 1/103 12 AWO14 27 40410341 480 30 30 102 36 24 N/A 350 803 27• 403 1603 1203 12 RAO 14 27 401140361 030 33 30 102 2e WO N/A 350 BW 27• 660 16C0 1/103 12 WAG14 27 MU110691 203 100 50 1720 24.0 203 64 350 Bo) 45' 208 1603 1/100 6 9 12 ANGIO V MUH0671 27703 10 5.0 17.00 1e18.0� 277 WA 350 800 45• •277 1600 1/106 6 9 12 AWO10 27 141110631 347 10 5.0 17.0 14.4 347 N/A 350 WO 45• 347 1803 1/10) 8 9 12 AWO10 27 MJH0641 403 30 5.0 17.0 6.0 24 WA 350 60 46• 403 1600 1/103 a 9 12 A9014 27 1411110541 030 30 50 17.0 44 WO' N/A 350 WO 45• CO3 1600 1/100 6 9 12 A9010 27 68UH074 206 130 75 25.5 350 24 ea 650 970 37' 203 1690 120 14 IB AWG8 36 5000107-2 208240 130 5.57.6 19.1/5! 27.2012 24 68 650 970 37' 206240 1030 190 14 18 *WO6 98 MU1407-7 277 10 74 252 27.0 24 61.1 030 970 37' 277 1690 1/0 14 18 AWG8 38 MU5074 347 10 7.6 25.6 21.8 24 63 650 970 37' 347 1690 1/20 14 le AWG14 38 1.1104074 480 30 75 25.5 9.0 24 S3. `BA 970 37' 480 1800 1/20 14 16 AWG14 36 MUH074 030 30 7.5 25.6 7.3 24 66 803 970 37' 60603 1600 108 14 18 AWG14 38 40014105 208 1.30 10.0 34.1 48.0 24 69 660 970 49' 203 1606 1/30 14 18 AWG4 38 51014-102 203240 130 " 721100 25.6/34.1 36.0420 24 6B 030 970 49' 208.040 1030 100 14 18 AWO6 36 84)11.10'7 277 10 10.0 34.1 350 24 58 660 970 49• 277 1800 1/30 14 18 AWG6 38 1.11114-10-S 347 10 10.0 34.1 202 24 58 650 970 49' 347 1803 1/30 14 18 AWG 11 38 68U14-1e4 403 30 10.0 34.1 12A '24 88 650 970 49' 403 1600 1/30 14 18 *9014 M MUH-1041 600 30 100 34.1 9.7 24 56 650 970 49' 800 1800 100 14 18 MG 14 38 M0J11-158 206 130 160 512 720 24 54 910 1840 62' 208 1530 1/20 11 20 • 36 AWG2 63 ' 40714-154 208240 30 112/16.0 382512 312/38.1 24 50 910 1640 62• 205240 1530 100 11 20 35 AWG8 63 175164 403 30 16.0 512 18.0 24 50 910 1640 62• 403 1530 1/20 11 20 35 ANA 10 63 615154 WO 30 150 612 14.6 24 50 910 1640 62• WO 1533 120 11 20 35 NAG 12 63 181)5314 238 30 200 662 56.0 24 5* 1320 2060 48' 208 1560 1/10 12 23 41 AWG4 ea 40114-302 208.040 30 150220.0 512682 41248.0 24 60 1320 2050 48• 266240 1600 170 12 23 41 WAG 60 4015204 403 30 20.0 032 24.0 24 5C 1320 2030 48• 403 1600 1/10 12 23 41 *W010 60 M14-2e4 OW 30 20.0 68.2 192 24 50 1320 2050 48• 600 1500 1/10 12 23 41 AWG12 60 MUH-25-2. 208240 30 18.7/25.0 63885.2 62.060A 24 51 2103/1030 21012030 38.154• 205240 1600/1376 1/4 13 23 60 AWG3 93 MUH-25-4 480 30 258 65.2 300 24 6C 21011803 21002030 38•/44' 480 1602375 1/4 13 23 50 AWG8 93 M1H054 930 30 258 552 242 24 SC 210190 2100203 38•/44' WO 16001376 1/4 13 23 60 /MG 10 93 WANG. 236 30 30.0 1023 84.0 24 620 2109120 2102030 45.53• 205 1601375 1/4 12 20 50 /1001 93 111111.3112 203240 30 22.5300 76.7/1023 630222 24 M 2103100 21002030 45'53• 206240 13001376 1/4 12 20 50 A0432 93 MU14-04 480 30 30.0 1023 36.0 24 6C 21031000 2100220 45.83' 480 18011375 1/4 II 20 60 AWG8 93 MUH-304 600 30 30.0 1023 29.0 24 6C 21001690 20002030 45.53' 600 1603/1375 1/4 12 20 50 *0408 93 51014062 208240 30 30.040,0 1022136.4 834964 24 M 30002800 32602900 42'/49' 206240 1525/1420 1/2 IS 28 60 AWG IO 114 0314404 403 30 400 1384 48.0 24 SA 3060-26010 32002906 42'/49' 403 1525/1420 1/2 16 28 00 AWO4 114 311111.4041 WO 30 400 136.1 38.7 24 6* 030325433 32602900 42'N9' WO 15251420 1/2 16 28 60 A908 114 110 11124-04 221 30 500 1715 139.0 24 6A 30012600 32620900 03.51• 203 1525/1420 1.2 IS 25 60 AW040 114 40114862 340240 30 375500 12781715 1042/120.4 24 6A 30602600 32600960 4.51• 205240 15261420 12 15 25 50 /MG 30 114 40114454 4% 30 500 170.5 602 24 6A 30302600 32602900 53'91' 430 15251423 1/2 15 25 60 2216 114 5911404 600 30 60.0 170.5 48.3 24 5A 30602600 32302000 53.91' 600 1525/1420 12 15 25 00 0903 114 Nota: 3. On dual phase units,maximum amp draw is listed for respective voltage. 1. All standard unite are supplied with a low voltage control transformer and contactor(24V)except MUH-03&05,206,240&277 volt models.Low voltage control on these units are available on made 4. 251hru 50 KW models have two speed motors and dual CFM ratings. to order.AO units ere also available on special order lot 120 volt control;Internal and transformer or 520 Standard. external without transformer. 56.Optional•made to order-amp load unbalanced on 3 Phase. 2. On dual voltage units;CFM,FPM,and RPM are shown a1 higher voltage. 5C.Optional•made to order•amp load balanced on 3 Phase. • ►� • A Marley Engineered Products Brand = MUH Series Modular Unit Heaters cal US FILE#E21609 Installation, Operation & Maintenance Instructions Dear Owner, Congratulations! Thank you for purchasing this new heater manufactured by Marley Engineered Products. You have made a wise investment selecting the highest quality product in the heating industry. Please carefully read the installation and maintenance instructions shown in this manual. You should enjoy years of efficient heating comfort with this product from Marley Engineered Products... the industry's leader in design, manufacturing, quality and service. ... The Employees of • Marley Engineered Products A WARNING A Read Carefully - These instructions are written to help you 5. Do not insert or allow foreign objects to enter any ventilation prevent difficulties that might arise during installation of heaters. or exhaust opening as this may cause an electric shock, fire,or damage to the heater. Studying the instructions first may save you considerable time 6. To prevent a possible fire, do not block air intakes or and money later. Observe the following procedures, and cut exhaust in any manner. Keep combustible materials, such as crates, drapes,etc.,away from heater. Do not install your mounting time to a minimum. behind door,furniture,towels,or boxes. To reduce risk of fire or electric shock: 7. A heater has hot and arcingor sparking 1. To prevent electrical shock,disconnect all power comingto P 9 partsinside.Do not use it in areas where gasoline, paint or flammable liquids heater at main service panel before wiring or servicing. are stored. 2. All wiring must be in accordance with the National and 8. Use this heater only as described in this manual.Any other Local Electrical Codes and the heater must be grounded as use not recommended by the manufacturer may cause fire, a pre-caution against possible electric shock. electric shock,or injury to persons. 3. Verify the power supply voltage coming to heater matches 9. This heater is not approved for use in corrosive atmos- the ratings printed on the heater name plate before energiz- pheres such as marine, green house or chemical storage ing. areas. 4. This heater is hot when in use. To avoid burns, do not let bare skin touch hot surfaces. • • SAVE THESE INSTRUCTIONS CAUTION Q MOUNTING THE HEATER -GENERAL The heater may be mounted to discharge the heated air either THE HEATER MUST BE MOUNTED AT LEAST 7' (2134MM) horizontally or vertically.When the heater is mounted for vertical ABOVE THE FLOOR TO PREVENT ACCIDENTAL CONTACT discharge,it is recommended that the heater be positioned so WITH THE FAN BLADE WHICH COULD CAUSE INJURY. that the access door will open away from the wall to provide greater access to the wiring and control compartment. If the CAUTION Q heater is to be mounted with the access door facing a wall,the heater must be mounted far enough from that wall to allow full THE CEILING MOUNTING STRUCTURE AND THE ANCHOR- opening of the access door(a distance approximately equal to ING PROVISIONS MUST BE OF SUFFICIENT STRENGTH the width of the heater...check clearance before Installing). TO SUPPORT THE COMBINED WEIGHT OF THE HEATER Refer to Table 1 for wall and ceiling clearances before mounting AND MOUNTING BRACKET. (SEE TABLE 4). heater. The heater may be mounted for either vertical or horizontal dis- CAUTION Q charge by the use of threaded rods. (Refer to Table 2 for thread- ALL BUILT-IN THERMOSTATS:IF THE HEATER IS USED TO ed rod sizes required.)Observe the detailed procedures in the PREVENT PIPING OR LIQUIDS FROM FREEZING, AND IF following installation instructions. THE THERMOSTAT IS SET BELOW 45° F (7°C), THE FAN The heater may also be suspended from the wall or ceiling by MUST RUN CONTINUOUSLY, means of an optional mounting bracket(type MMB or MCMB) which permits horizontal pivoting of the heater. CAUTION Q After the heater is installed,the louvers may be positioned to direct the heated air in the desired direction.When the heater is TO PREVENT POSSIBLE OVERHEATING OR DAMAGE DUE installed for horizontal discharge,the louvers should direct the TO OVERHEATING, KEEP AT LEAST 5' (1524MM) CLEAR- air either straight ahead or downward. Directing the air upward ANCE IN FRONT OF HEATER. REFER TO TABLE 1 FOR may cause the heated air to remain in the ceiling area and SIDE,TOP,AND BACK CLEARANCE REQUIREMENTS. waste energy. DO NOT MOUNT MERCURY TYPE THERMOSTAT DIRECTLY Table 1.Wall and Ceiling Clearance, Inches(mm) ON UNIT.VIBRATION COULD CAUSE HEATER TO unit Discharge Gelling Side Wal Badc Walt MALFUNCTION. Horiz. 2(so.8) 6(152.4) 9(228.6) 3 8 5 kW Vert. 6(152.4) 18(4572) 18(457.2) MANUAL RESET LIMIT(FACTORY INSTALLED OPTION NLY.) THE LIMIT SWITCH IS LOCATED INTERNALLY ONet Horiz. 6(152.4) 6(152.4) 13(330.2) HE REAR OF THE HEATER. ON THE 3KW AND 5KW 7s to 10 kw Vol. s 052.4) 24(609.6) za(609.6)ODELS,THE ACCESS TO THE RESET BUTTON IS ON THE RIGHT SIDE(WHEN FACING REAR OF HEATER);ON ALL 15 to 10 kW Horiz. 6(152.4) 9(zze.$) 12'/2(317.5) OTHER MODELS IT IS NEAR THE TOP REAR OF THE ven 6(152.4) 24(609.6) 24(609.6) HEATER. Horiz. 16(406.4) 12(304.8) 18'/,(470.0) THE MANUAL RESET LIMIT IS IN SERIES WITH THE AUTO- 25 to so kW Vert. 12(304.8) 39(914.4) 39(914.4) MASK RECYCLING PROTECTORRSET (LIMIT).TILH THEATER H Ncebet N ///////////�/�//�w��� 7/ RESET LIMIT WILL NOT RESET UNTIL THE HEATER HAS COOLED AND THE BUTTON IS PUSHED IN. ROD �'I =41-11-1 o HEATER LOCATION INSTRUCTIONSwcc uT o Arrange units so their discharge air streams: :. I's ' = 111101111111111111111111111111111111111111va. are subjected to a minimum of interference from columns, ;w - 1111111111111111111111111111111111111111111 t machinery and partitions; ;i. = o c b. wipe exposed walls without blowing directly at them; , ° C. are directed away from room occupants in comfort heating; mF I UNIT (TOP VIEW) d. are directed along the windward side when installed in a Figure 1.Horizontal Discharge Mounting and Spacing. building exposed to a prevailing wind. Table 2. Rod Thread and Spacing Dimensions,Inches(mm) Locate thermostats approximately 5'(1524mm)above the floor for Horizontal Discharge on interior partition walls or post away from cold drafts,Internal Rod Thread heat sources and away from heater discharge air streams. Unit Type A B C D Small rooms can be heated by one unit heater. 6 4'/,e 3/4 Large rooms require multi-unit installations. Number and capaci- 3-5kw 6,h, (152.4) (103.1) (19.0) ty of units will be determined by volume of building and square 7.5.10 kw 6/1,-18 (153.9) feet of floor area to be heated.Arrange units to provide perime- 81/4 5'/e 1/4 ter air circulation where each unit supports the air stream from 1s-zo kW 113/e (225.6) (130.3) (19.0) •nother. (2e9.0) 25.30 kW 101/4e 14.12 63/18 eh (268.2) (368.3) (157.2) (16.0) 3/,-16 40.50 kW 15'9,e 14.12 63/4e 3h (404.9) (368.3) (157.2) (16.0) 2 Horizontal Discharge (Rod-mount from Ceiling) Important Note-Installation Screw Lug Torque: 1. Install four threaded mounting rods in the threaded holes and During transportation it is possible screw lug connections can secure in place using lock nuts. (See Table 2). loosen.After installation,before power is turned on to the heater,check all screw lug connections for tightness to a recom-• 2. Securely attach the four mounting rods to the ceiling. (Refer mended minimum torque of 35 in-lbs.(3.9 N-m). to Table 1 for wall and ceiling clearances,and Table 2 for g, Single or three-phase power connections maybe used with mounting rod spacing). heater models MUH051, MUH0581, MUH02,MUH078, Table 3.Rod Thread and Spacing Dimensions, Inches(mm) MUH102, MUH108,and MUH158. These units are factory for Vertical Discharge wired for single-phase operation. If these heaters are for 1 Rod Thread I use with three-phased power, reconnect the wires as indi- Unit r Type E F G H cated in the wiring diagram attached to the heater. Additional information can be found by looking at the wiring 6 e°r. 2 4vT. illustrations in Figures 3a and 3b and following the directions 3-5kW (152.4) 247.7) (50.8) (103.1) shown below. 4,.-1e On models MUH0521,MUH0581, MUH072, MUH078, MUH1 02, 7.5.20 kW 8'l. 14% 2 5% and MUH1 08(Figure 3a),move only the two wires marked"Al" (225.6) (371.6) (50.8) (130.3) and marked"B1";do not move or change any other wiring. The element lead wire marked"B1"which is factory connected to the 25•30 kw .-16 144. 21%% 2'i'° 6°h. power terminal block(terminal located closest to the elements) (368.3) (539.8) (56.0) (1572) must be moved to terminal"B"on the three-phase terminal block. gym'^ / igaa.aw, The relay(contactor)lead wire"Al"must be moved from the L6 IM I -E- end terminal of the power terminal block(terminal closest to the Inrn n�°c n . contactor or control terminal board)to the"A"terminal of the Pt_ ¼ IIIIIIIIIIIIIIIIIII TRREACEO I lower terminal block(center terminal). �IIIIIIIIIIIIIIIIIIIIMOUNTHOLES"° 'I P " Model MUH158(Figure 3b)has two three-phase terminal blocks •AIIMIIMIlocated adjacent to the relays (contactors). Move only the two II I L wires marked"Cl"and"D7 on each of these two three-phase CLEARANCE EQUAL TO MOTH L •' J terminal blocks to terminal"B". Do not move or change any Of HEATER TO PERMIT FULLOPENNO Of THE ACCESS DOOR other wires. (TOP VIEW) -H Figure 2.Vertical Discharge Mounting and Rod Spacing 9. Electrical Accessories,either kits or factory-installed options,are shown connected by a dash line on the heater Vertical Discharge(Rod-Mount from Ceiling) wiring diagram. 1. Remove bolts from the threaded holes in the back of the 10. 208/240 VOLT HEATER:The heaters are wired for 240V heater. from factory.When heater is to be connected to 208V sup- 2. Install tour threaded mounting rods in the threaded holes and ply,the transformer leads have to be interchanged. For units and secure in place using lock nuts. rated 30/40kW or higher,interchange ORANGE and RED 3. Securely attach the four mounting rods to the ceiling. (Refer primary leads.The black colored lead is the COMMON for to Table 1 for wall and ceiling clearances, and Table 3 for the transformer(50VA)provided with the high wattage units. mounting rod spacing dimensions.) For lower kW rated heaters,interchange BLACK and RED primary leads.The WHITE colored lead is the COMMON for WIRING the control transformer provided with these heaters.Always Branch Circuit(Power) refer to the wiring diagram on the cover of the heater before making this reconnection of tranformer primary leads. 1. Connect heater only to the voltage,amperage and frequency specified on the nameplate. Control Wiring 2. Field wiring must be properly sized to carry the amperage in accordance with the NEC. ® WARNING Q 3. The access door is hinged. There are either one or two LINE VOLTAGE IS PRESENT ON SOME OF THE TERMI- screws accessible from the side that must be loosened to NALS ON THE CONTROL TERMINAL BOARD. ALWAYS gain access. These screws are the captive type;do not try to remove them. DISCONNECT THE POWER FROM THE HEATER BEFORE 4. A knockout is provided in the back of the heater close to the MAKING ANY CONNECTIONS TO THE CONTROL BOARD power terminal block and the control terminal board.The TO PREVENT ELECTRIC SHOCK HAZARD. control terminal board knockout is 1/2 inch(12.7 mm)conduit . size. The power terminal block knockout Is multiple diame- 1. Use min.600 volts, NEC Class 1 insulated wire for all control ter. Use the diameter that fits the required conduit size. circuit wiring. 5. A ground terminal is provided near the power terminal board. 2. Use a crimp-on type fork terminal on the wire ends that attach The ground wire should be connected before other connec- to the control terminal board if more than one connection is to tions are made. be made under the terminal screw. 6. The power terminal block is equipped with box terminals sized 3. On units pot provided with internal contactor to accept the correct size power supply wire. Branch circuit (3&5 KW),refer wire rated min 600V,60°C is acceptable for heaters rated up to Figure 4 for wiring diagram. to 80 amps. For heaters rated more than 80 amps,branch Note:Thermostat and control circuit wiring must be suitable to circuit wire must be rated at least 75°C. Either aluminum or handle the full load of the heater(example MUH0581 is rated 24 copper wire is satisfactory for connection to the heater power terminal block box terminal. Copper wire is recommended amps) and must be used with built-in disconnect switch. 4. On units provided with intemal contactor(units rated 7 KW and 7. Each heater has a wiring diagram affixed to the inside of the higher)refer to Figure 5 for wiring diagram. Control wiring access door. Consult this diagram before making any field must be rated minimum 18 AWG. connections. 3 HEATER FRONT LEAD WIRE 3 PHASE BLOCK HEATER FRONT LEAD WIRE 3 PHASE BLOCK 'A1' ,A7• • _ _- 1 /01/11/8•11111MIIIIIImi LEAD WIRE 11/ // 11•1 a �����r 1 81' g COS. DORI 17 I g FEW E cffikg W lit� u AI '\ 4. ~ �M � yM4.\ ELEMENTS o In !� ELEMENTS IIMMIkillt allElalilli CONTACTOR LEAD WIRE (OR P2) POWER TERMINAL BLOCK 'BI' CO(OR P2 )R POWER TERMINAL BLOCK FACTORY-WIRED FOR SINGLE-PHASE POWER FIELD-WIRED FOR THREE-PHASE POWER Figure 3a. Wiring Connections for Single-Phase and Three-Phase Power(MUH0521,MUH0581,MUH072, MUH078, MUH102 and MUH10S) �ai ° 3 PHASE BLOCK 1 INC 3 PHASE BLOCK 0 S o t' 0 �J1�� }� aIII I. .1 MS 4, (. ,1r 3 PHASE BLOCK �1` 3 PHASE BLOCK • o 4111141 o FACTORY-WIRED FOR SINGLE-PHASE POWER FIELD-WIRED FOR THREE-PHASE POWER Figure 3b. Wiring Connections for Single-Phase and Three-Phase Power(MUH158) H STAOI THERMOSTAT J REMOTE SUMMER NOTES: —182WMMERFMS 1. THIS STYLE CONTROL TERMINAL BOARD USED WITH MODELS SWITCHMCUSIMAWSLI gni-r 1 MDH0321, MUH0371, MUH0381, MUH0521, MUH0571, AND L1 xaw MUH0581. 1 l f %/� �% • 1 2. WHEN UNIT IS WIRED FOR SINGLE-PHASE,JUMPER HI TO H2. /--I e2: IF SINGLE-POLE THERMOSTAT IS USED WITH SINGLE-PHASE I LL w I w ASUNIT,CONNECT THERMOSTAT LEADS TO PI AND HI, 1-J-^Eo _- _ I M 3. EXTERNAL LINE VOLTAGE THERMOSTATS SHOULD BE n I w nI � J TREATED AS SINGLE STAGE ONLY. IMH 11 1 1 11 1 1 .-I1I I _ • Figure 4.Control Terminal Board(for Heaters Without Contactors) 1�1 - SSWITEMOItrE SOsli mu NOTES: KO r*W 0 TO WI jrA« I AN 1. THIS STYLE CONTROL TERMINAL BOARD USED FI _ I r T I bonM JMCIEwll WITH MODELS EXCEPT MUH0321, MUH0371, r I 1T+.Il l _ MUH0381,MUH0521,MUH0571,AND MUH0581. IIT ,- Sail' IMw ITS r-• 2. REMOVE JUMPER WI TO W2 WHEN 2-STAGE THER- I_ STAGE t I I ® • _ I _�1__ MOSTAT IS USED. I MEICATll :9 I 3. 'ONLY ONE OF THESE ACCESSORIES MAY BE 1 I I ® eh ® YU ••- 1 10 INSTALLED INA SINGLE HEATER. 1 1 1._gttn- - 1 1 1 1 1 AR 1 - � M i i `w1 , v 1-- _• i 4. EXTERNAL LINE VOLTAGE THERMOSTATS e; 1 /�O- SHOULD BE TREATED AS SINGLE STAGE ONLY. uHApw�.Ar m ^ i l�!1 -Wiwi n I • WR _ •J �•.ti Figure 5.Control Terminal Board(for Heaters With Contactors) 4 Table 4. Specifications Mounting Wiring Basic Model Height Width Depth Weight Compartment • No. In(mm) In.(mm) In.(mm) 6e.(kg) Volume MUH0381 _27(12.2) • MUH0321 27(12.2) `���_�____�� MUH0371 27(12.2) MUH0341 30(13.6) MUH0581 27(12.2) MUH0521 16 14 7'/s 27(12.2) 90 in' MUHO571 (406.4) (355.6) (190.5) 27(12.2) (14.70 cm') MUHO541 30(13.6) MUHO331 30(13.6) MUH0361 30(13.6) MUH0531 30(13.6) 0 MUH0561 30(13.6) O MUH07B 38 117.2) p00 O MUH072 38(17.2) MUH077 38 07.2) MUH074 38(t72) NAMEPLATE MUH108 2144 ID 71/2 38(17.2) 100 Ins MUH102 (552.5) (482.6) (190.5) 38(17.2) (1639 cm') MUH107 38(17.2) MODEL NO. MUHO321 DATE CODE 9395 MUH104 38(17.2) MFG. NO. MUH073 38(17.2) VOLTS AC KILOWATTS PHASE MIN. SUPPLY MUH076 38(17.2) 60 HZ CIR.AMPACITY MUH103 38(17.2) 208/240 22/3 1 MUH106 38(172) MAX.FUSE MOTOR CONTROLS CUSTOMER NO MUH158 54(24.5) VAC AMP VAC MGH152 50(22.7) 208/240 .25 208/240 MUH154 50(22.7) MUH2O8 214 19 1244 60(27.2) 140 in, AIR MINIMUM MOUNTING CLEARANCE MUH2O2 (552.5) (482.6) (323.9) 55(24,9) (2295cm') FLOW SIDE BACK CEILING FLOOR • MUH2O4 ss(za.9) HORIZ. 6" 9.5" 2" 7' VERT. 18" 18' 6' 7' MUH156 55(24.9) MUH2O6 55(24.9) WARNING: DO NOT TURN LOUVERS ABOVE LEVEL OF THE UNIT. MUH252 89 40.4 DISCONNECT POWER BEFORE SERVICING. IF EXTERNAL CONTROL IS ( ) USED,ALSO DISCONNECT EXTERNAL POWER SUPPLY. MUH254 89(40.4) NE PAS RELEVER LES LAMES AU-DELA DU NIVEAU PREVU DE MUH308 89(40.4) L'APPAREIL. METTRE HORS TENSION AVANT DE PROCEDER A MUH302 30 26'/s 11'/4 89(40.4) 504 Ins L'ENTRETIEN. SI UNE COMMANDE EXTERNE EST UTILISEE,COUPER MUH304 (76.2) 676.4) (298.5) 89(40.4) (8260 cm') AUSSE L'ALIMENTATION EXTERNE. ASSURER UN DEGAGEMENT D'AU MOINS 6 PI ENTRE L'APPAREIL DE CHAUFFAGE ET LEPLANCHER. MUH256 89(40.4) 7740 LISTED MUH306 89(40.4) c085 AIR HEATER MARLEY MUH402 119(54.0) BENNETTSVILLEESC 29512OUCTS 4104-0275-036 MUH404 119(54.0) MUH508 119(54.0) MUH502 30 26% 1744 119(54.0) 648 in' MUH504 - (76.2) 676.4) (435.1) 119(54.0) (10620 cm3) MUH406 119(54.0) MUH506 119(54.0) IMPORTANT INFORMATION • 5 • • • LIMITED WARRANTY All products manufactured by Marley Engineered Products are warranted against defects in workmanship and materials for one year from date of Installation,except heating elements which are warranted against defects In workmanship and materials for five years from date of Installation.This warranty does not apply to damage from accident, misuse,or alteration; nor where the connected voltage is more than 5%above the nameplate voltage; nor to equipment Improperly Installed or wired or maintained In violation of the product's installation instructions.All claims for warranty work must be accompanied by proof of the date of Installation. The customer shall be responsible for all costs Incurred In the removal or reinstallation of products,including labor costs,and shipping costs Incurred to return products to Marley Engineered Products Service Center.Within the limitations of this warranty,Inoperative units should be returned to the nearest Marley authorized service cen- ter or the Marley Engineered Products Service Center,and we will repair or replace,at our option,at no charge to you with return freight paid by Marley.It is agreed that such repair or replacement Is the exclusive remedy available from Marley Engineered Products. THE ABOVE WARRANTIES ARE IN LIEU OF ALL OTHER WARRANTIES EXPRESSED OR IMPLIED,AND ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE WHICH EXCEED THE AFORESAID EXPRESSED WARRANTIES ARE HEREBY DISCLAIMED AND EXCLUDED FROM THIS AGREEMENT. MARLEY ENGINEERED PRODUCTS SHALL NOT BE LIABLE FOR CONSEQUENTIAL DAMAGES ARISING WITH RESPECT TO THE PRODUCT,WHETHER BASED UPON NEGLIGENCE,TORT,STRICT LIABILITY,OR CONTRACT. Some states do not allow the exclusion or limitation of incidental or consequential damages,so the above exclusion or limitation may not apply to you.This warranty gives you specific legal rights,end you may also have other rights which vary from state to state. For the address of your nearest authorized service center,contact Marley Engineered Products in Bennettsville,SC,at 1-800642.4328.Merchandise retumed to the fac- tory must be accompanied by a return authorization and service Identification tag,both available from Marley Engineered Products.When requesting retum authorization, include all catalog numbers shown on the products. HOW TO OBTAIN WARRANTY SERVICE AND WARRANTY PARTS PWS GENERAL INFORMATION 1.Warrant'Service or Pans 1-800-642-4328 1/40Marley 2.Purchase Replacement Pans 1-000-654-3548 3.General Product Information wwwmadayrnep.com Engineered Products • Nobs:When obtaining service always have the following: 470 Beauty Spot Rd.East 1.Model number of the product 470 BeBennettralle,SC 20512 USA 2.Date of manufacture 3.Part number or description Part No.5200-0722-013 ECR 38995 03/11 Mechanical Accessories For MUH, HUHAA, Dayton 3UF75-3UF98 and 2YU58-2YU81, • 3END3 and 3END4 Series Unit Heaters INSTALLATION OF VERTICAL SECTION INSTALLATION OF LOUVERED DIFFUSER (Common Part for Radial and Anemostat Diffusers) ON HUHAA & DAYTON HEATERS RDM, RDS, RDL,ADM,ADS,ADL,2E592 and 2YU34 LDS, LDM and LDL 1.Remove louvers from front of heater by gripping louver close to 1.Louvers may be lett in place or removed from the heater. (Refer to spring and compressing spring until other end of the louver is free. Step 1,INSTALLATION OF VERTICAL SECTION). 2.Place louvered diffuser against front of unit. 2.For Dayton Unit Heaters-Remove bird screen from venturi opening. NOTE: Position locating tabs toward the top and sides of heater 3.Position vertical section over venturi outlet and rotate vertical section flange. until holes in mounting brackets align with matching hole in front of 3.Secure louvered diffuser to heater with three (3) screws (provided) heater. through the mounting tabs. 4.Secure vertical section with four No.6-32 x 3/8"(9.5mm) mounting screws(supplied)as shown in Figure 1. INSTALLATION OF ANEMOSTAT DIFFUSER ADM,ADS,AND ADL I 1.Mount vertical section (supplied as part of anemostat diffuser). VERTICAL 1 I', (Refer to INSTALLATION OF VERTICAL SECTION.) SECTION2.For small(-S)and large(-L)diffusers,slide anemostat over vertical • 6-32x3/8' section and secure with three No. 10-32 x 3/8" (9.5mm) bolts and MOUNTING nuts.(See Figure 3,View A). SCREWSr4 - 3.For medium (-M) diffuser, slide anemostat into vertical section and . secure with three No. 10-32 x 3/4"(19mm)bolts,nuts and spacers. Figure'I.Installation of Vertical Section (See Figure 2,View B). INSTALLATION OF RADIAL DIFFUSER VERTICAL 1042x3/4' VERTICAL RDM, RDS, RDL,2E592 and 2YU34 10-32x3/8' NUT secyON SCREWS MOUNTING SECTION MOUNTING 1.Mount vertical section (supplied as part of radial diffuser).(Refer to SCREWS ell=MEM INSTALLATION OF VERTICAL SECTION above.) ��� 2.Loosen all six screws In radial diffuser hub until blades move freely 10-32 (See Figure 2,View A). u /- __ o NUT • an 3.Rotate the radial diffuser hub clockwise until the radial diffuser can -/ice be inserted into the vertical section. - 1R./ - 4.Insert blade rods into matching holes in vertical section while rotat- Anna 12.7mm- ing the radial diffuser hub counter-clockwise.(See Figure 2,View B). PACER - 5.Center all blades radially and tighten screws enough to allow each ANEMOSTAT DIFFUSER ANEMOSTAT DIFFUSER blade to rotate yet maintain a set position. VIEW"A" VIEW"B" 6.Rotate each blade to desired position and tighten screws to secure blades. \ 'Figura 3.Installation of Anemostat Dillow • y INSTALLATION OF MOUNTING BRACKETS • c • + 1310, 1320 1330,650, 6X966 6X967 3UG64,3UG65, HUB LOOSEN I 2YV16,2YV17,2Yi191 and 2YU92 ,'\!� SIX _- WARNING �a i°, °O°_ THE BUILDING STRUCTURE AND THE ANCHORING PROVI- - i SIONS MUST BE SUFFICIENT TO SUPPORT THE COMBINED ROTATE HUB ROTATE HUB N- WEIGHT OF THE HEATER AND MOUNTING BRACKET. • <,• • • 1.Locate the position of the heater wall mounting bracket.Refer to VIEW"A" VIEW"B" Figure 4 for minimum mounting clearances.Refer to Figure 5 for mounting bracket dimensions. Figure 2.Installation of Radial Diffuser WARNING INSTALLATION OF LOUVERED DIFFUSER MOUNTING BRACKET MUST BE INSTALLED WITH OPENING ON MUH HEATERS IN BRACKET TOWARD REAR OF HEATER. LDS, LDM and LDL 1.Louvers may be left inlace or removed from the heater.(Refer to 2.The hole locations for the mounting bracket can be determined by • Step 1,INSTALLATIONPOF VERTICAL SECTION). holding the bracket in position and marking through the holes. 2.Insert mounting springs Into four 3/16" (4.8mm) holes in inside Mounting bracket dimensions with hole locations are also given in flange of front cover. Figure 5. 3.Place louvered diffuser against front of unit. 3.A minimum screw size of 3/8-inch(9.5mm)diameter should be used NOTE: Position locatingtabs toward the topand sides of heater to mount the bracket to the wall or ceiling. A heavy washer should flange. be used between the bolt head and the bracket.USE THE TYPE OF 9 SCREW THAT IS BEST SUITED TO THE BUILDING STRUCTURE. 4.Secure louvered diffuser to heater by using long-nosed pliersto 4.Remove four bolts and washers from top of heater and secure unit • • hook free ends of springs Into four 3116" (4.8mm) holes in inside mounting bracket to top of heater using the four bolts and washers. flange of louvered diffuser. (See Figure 6). 5.Bolt the unit mounting bracket to the wall mounting bracket using one 1/2-13 pivot bolt two flat washers, one split lockwasher, and one 1/2-13 nut.(See Figure 7). 1 • _ V 1 V CEILING Imo—H CEILING CEILING u, • ismimiliml' ark 1 0 I / J I 0 D I a SIDE HEATER BACK HEATER HEATER SIDE WALL WALL WALL , BRACKET TO SIDE BRACKET TO REAR BRACKET TO REAR k\ Minimum Mounting Clearances For Horizontal Discharge Heaters Ceiling Side Wall Back Wall H(Min.) V(Min.) 0 3 KW-5 KW 2"(51mm) 6"(152mm) 9"(229mm) 13"(330mm) "0" 183/3"(462mm) 7.5 KW-10 KW 6"(152mm) 6"(152mm) 13"(330mm) 151/2"(394mm) 2"(50mm) 277/e"(708mm) 15 KW-20 KW 6"(152mm) 9"(229mm) 121/2"(318mm) 181/x"(470mm) 2"(50mm) 27'/a"(708mm) 25 KW-50 KW 16"(406mm) 12"(305mm) 181/2'(470mm) 251/2"(648mm) 10'/a"(2/0mm) 463he"(1173mm) Figure 4.Mounting Bracket Clearances L Model No. Used onj�����/r������������������//1(// L B10,6X966,2YV16 3.10 KW '\ B20,6X967,2W17 15-20 KW / wuL MOuxnxc 4.41111%. Bz 1 B30,3UG64,2YU91 25-30 KW % BRACKET III jam- 850,33065,2YU92 40-50 KWNillix�T'B ,., 1a, a SPLITFui w/SIIFMPA WAStocKwx N��� / mill is i 1 e? ��i Ld / CEILING MOUNT �� Figure 7.Installatlon of Heater on Mounting Bracket • Heater Size Dimensions 3-20 KW 25-50KW A 71/4"(184mm) 97/le"(240mm) INSTALLATION OF MOUNTING BRACKETS B 91/2"(241mm) 143/e"(365mm) VDMB5,VDMB20 VDMB50,3UG05 3UG06,3UG0B, C 744"(184mm) 12W(308mm) 2YU83,2YU84 and 2YU85 D V5ha"(49mm) 21/+6"(52mm) WARNING E 244"(57mm) 3"(76mm) THE BUILDING STRUCTURE AND THE ANCHORING PROVISIONS L 1 2042"(521mm) 285/Ie"(719mm) MUST BE SUFFICIENT TO SUPPORT THE COMBINED WEIGHT OF M 91$/1e"(253mm) 1415/m"(380mm) THE HEATER AND MOUNTING BRACKET. Figure 5.Mounting Bracket Hole Dimensions 1.Locate the position of the vertical discharge mounting bracket. Refer to Figure 4 for minimum mounting clearances. Refer to Figure 8 for brack- et dimensions. ep�MOUNTING BOLTS Catalog No. Used on 2.A minimum screw size 3/8"diameter should be used to mount two of the V WASHER CMB-10 3.10 KW brackets to the ceiling. A heavy washer should be used between the • - CMB-20 15-20 KW bolt head and the bracket. Use the type of screw that is best suited ( to the building structure. 4 CMB-30 25.30 KW 3.Remove four bolts and washers from the back of the heater and secure .1%.' OPENING MUST FACE CMB-50 40.50 KW the other two brackets to the back of the heater using the four bolts and REAR OF HEATER washers. ,�-7 U�NR�JNOIINRNG eRAdKET 4.Bolt the unit mounted brackets to the ceiling mounted brackets using the e 3/8"bolts,split lockwashers and nuts provided. See Figure 8. A x,rAS*HS `per'•� ' anAuu FRUNR HocA,xou""R� BRACKET ATTACHMENT BW NIrcAIYUIFI Figure 6.Installatlon of Unit Mounting Bracket Model No. KW A B INSTALLATION OF CMB MOUNTING BRACKETS VDMB5,33000, 3-5 KW 6"(152mm) 61/e"(156mm) • VDMB20,33006,,2YU84 7.5.20 KW 8'/e"(225mm) 6'/e"(156mm) • 1.Mount bracket per step 4 of Installation of Mounting Brackets,page 1. VDMB50,30008,2YU85 25-50 KW 121h"(318 mm) 121/e"(308mm) 2.Hang heater from ceiling using center hole in unit mounting bracket, Figure 8.Installation of Heater on Mounting Bracket maintaining clearances shown in Figure 4. 6/09 ECR 38318 470 Beauty Spot Rd.East 5200-2303-502 2 Bennettsville,SC 29512 USA Electrical Accessories For MUH, HUHAA, Dayton 3UF77 -3UF98 and • 2YU58-2YU81, 3END3 and 3END4 Series Unit Heaters INSTALLATION OF INTERNAL THERMOSTAT 3.Install leads to terminal block.Refer to wiring diagram,Figure 6,for MT1, MT2,2E569, 3UG72 2YU33 and 2YU95 wiring procedure on 3KW and 5KW units (208V, 240V, and 277V only). Refer to wiring diagram, Figure 7,for wiring procedure on all 1.Remove 5/16"(7.9mm)knockout from back of heater and route cap- other heaters. illary tube through hole(Figure 1). • 2.Install thermostat bulb clip in slot provided In the back panel of the INSTALLATION OF REMOTE FAN SWITCH heater.Secure capillary bulb in Gip. RFS1 3.Press on left side of logo label on front of heater to locate shaft and screw holes.Punch holes through label. The Remote Fan Switch is mounted external and remote from the unit 4.Install thermostat as shown in Figure 2,coiling any excess capillary heater.The voltage of the remote fan switch circuit is the same as the tubing inside the heater. supply voltage to the heater. 1.Use 14 gauge copper, NEC Class 1, 600V rated insulated wire. 5/16'(7.9mm) Wiring must meet all local and NEC requirements. DIAMETER 2. Install the remote fan switch In a standard wall box in any conve- KNOCKOUT nient location that Is protected from traffic or other accidental dam- ' --r- age. 0 3.Connect the 14 gauge copper field wire to the switch lead wires with BACK OF HEATER • THERMOSTAT suitable connectors. `0- BULB CLIP 4.A 1/2-inch(12.7mm) knockout is provided in the back of the heater adjacent to the control terminal board.Use a crimp-on terminal suit- able for No.8 screw on the control terminal board.Connect one field wire terminated lead to terminal Fl and the other terminated lead to Figure 1.Installation of Internal Thermostat Capillary terminal F2.Refer to Figure 6 for connecting to heaters without built- in contactors. Refer to Figure 7 for connecting to heaters equipped WARNING al built-In contactors. TO PREVENT POSSIBLE ELECTRICAL SHORT CIRCUIT OR INSTALLATION OF REMOTE PILOT DUTY FAN FIRE, KEEP CAPILLARY TUBING AWAY FROM INTERNAL ELECTRICAL COMPONENTS. SWITCH RFS2(Including Wall Switch and Relay) The Remote Fan Switch is mounted external and remote from the unit • 5.Refer to wiring diagram,Figure 6,for wiring procedure on 3KW and heater. 5KW(208V, 240V and 277V only). Refer to wiring diagram, Figure 1.Use 18 gauge(min.),NEC Class 1,600V wiring that meets all local 7,for wiring procedure on all other heaters. and NEC requirements. 6.Remove backing from label (supplied) and install over thermostat 2.Install the remote fan switch in a standard wall box in any conve- shaft.Install knob by pushing onto the thermostat shaft. nient location that is protected from traffic or other accidental dam- age. 3.Connect the field wire to the switch lead wires with suitable connec- tors. FRONT OF F 4.A 1/2-inch(12.7mm) knockout is provided in the back of the heater � ___- \ adjacent to the control terminal board. Use a crimp-on terminal suitable for No.8 screw on the control terminal board.Connect one mI ------.. KNOB field wire terminated lead to terminal"R" and the other terminated field wire lead to terminal'W.Refer to Figure 7. MOUNTING SCREWS G 5.Install relay as indicated below. THERMOSTAT Figure 2.Installation of Internal Thermostat INSTALLATION OF FAN RELAY(For RFS2) INSTALLATION OF FAN SWITCH 1.Mount relay In control compartment with two No.8 mounting screws FS,3UG03 and 2YU82 as shown In Figure 4. 1.Remove 1/2" (12.7mm) knockout(located between ON and AUTO) 2.Connect the lead wires from the relay to the control terminal board from back of heater(Figure 3). as shown in Figure 7. Each lead wire is marked for proper terminal location;connect the lead wires as indicated. 2.Install manual fan switch as shown in Figure 3.(Note orientation of slot in switch nozzle. Locate slot in the switch nozzle towards the "AUTO" position.) Be sure to use lockwasher to prevent rotation ofLTERMINAL BOARD , switch. FAN BACK OF N0.8 SWITCH HEATER RELAY NKKINNNG SCREWS e om ' le [ ._._+ 1" o- •� URLED = SLOT DOWNO • a I M- • LOCKWASHER HEX NUT Figure 3.Installation of Fan Switch Figure 4.Installalion of Fan Relay 1 INSTALLATION OF HEAT RECOVERY THERMOSTAT HEAT RECOVERY THERMOSTAT HTTA HRTA,3UG63 and 2YU90 3UG63 2YU90 2-STAGE REMOTE SUMMER FAN SWITCH REST • NOTE: This accessorycannot be Installed on heaters equipped TIHERMOSTAT SUMMER FAN SWITCH FS(MANUAL) eQ PPe _� 3UG03.2YU02 with Built-IIT single-pole or two-stage thermostats. _ TOHK TO HI (For heaters with 24 Volt Control Circuit refer to Fig.7 and proceed 1 f' 1 my vRRF to step 1. For heaters with Line Voltage Control refer to Fig.6 and W,..I _ Tproceed to step 3) _ _; LxeD+ \� t Mount relay in baffle compartment with two No.8 mounting screws z 569 MT-2UG as shown In Figure 4. 2Yu33 2YU95 2.Connect the lead wires from the relay to the control terminal board as shown in Figure 7.Each lead wire is marked for proper terminal NOTES: location;connect lead wires as Indicated. 1.THIS STYLE CONTROL TERMINAL BOARD USED WITH MODELS 3KW AND 5KW UNITS (200V,240V AND 277V ONLY). 3.Remove 5/16"(7.9mm)knockout from back of heater and route capillary 2.WHEN UNIT IS WIRED FOR SINGLE PHASE.JUMPER HI TO H2.IF SINGLE POLE P 1Y THERMOSTAT IS USED WITH SINGLE PHASE UNIT.CONNECT THERMOSTAT LEADS TO tube through hole(See Figure 1). P1 AND Hl. 4.Install thermostat bulb clip in slot provided in the back panel of the 3.EXTERNAL LINE VOLTAGE THERMOSTAT SHOULD BE TREATED AS SINGLE STAGE ONLY. heater.Secure capillary bulb in clip. Figure 6.Control Terminal Board(for Heaters without Contactors) 5.Press on left side of logo label on the front of heater to locate shaft and screw holes.Punch holes through label. 6.Install heat recovery thermostat as shown in Figure 2, coiling any excess capillary tubing inside the heater. 7.Use the wire tie to hold the thermostat leads to other wiring at approximately the midpoint of the leads between control terminal RED [0-�Prat=toWA board and thermostat. BLACK 1f TO WI MACK 'FAN RELAY HEAT RECOVERY WARNING THERMOSTAT HRTA OR REMOTE I I I PILOT DUTY FAN SWITCH ETU) TO PREVENT A POSSIBLE ELECTRICAL SHORT CIRCUIT OR I1 v 1 15 v I _ V. FIRE, KEEP CAPILLARY TUBING AWAY FROM INTERNAL 1aen1326rn I ELECTRICAL COMPONENTS. !mu I �xruNs _! LI i I 2-STAGE yy I INTERNAL ® % V� I THERMOSTAT BIACR �MA(R I 1 8.Refer to wiring diagram,Figure 6 or Figure 7 for wiring procedure. RED RED M o "' FAN swllGx- - G 9. Install knob by pushing onto the thermostat shaft. HEAT RECOVERY R W, n THERMOSTAT OR 10. Set thermostat for desired tum-on temperature. Full counter-clock- REMOTE PILOT DUTY ((rl'i FM SWITCH wise rotation of the knob Is approximately 70°F (21° C). Full NOTES: • clockwise rotation of the knob is approximately 120°F(49°C). 1.THIS STYLE CONTROL TERMINAL BOARD USED WITH ALT.MODELS EXCEPT 3KW AND SON UNITS 120aM.240V MD 277V ONLVVII 2.REMOVE JUMPER WI TO W2 WHEN 2-STAGE THERMOSTAT IS USED. 3.'ONLY ONE OF THESE ACCESSORIES MAY BE INSTALLED IN A SINGLE HEATER. 4.EXTERNAL LINE VOLTAGE THERMOSTATS SHOULD BE TREATED AS SINGLE STAGE ONLY. INSTALLATION OF 25 AMP AND 60 AMP Figure 7.Control Terminal Board for RFS1 and RFS2 POWER DISCONNECT SWITCH (tor Heaters with Contactors) DS25,DS60,3UG68,3UG69,2YU93 and 2YU94 1.Use copper conductor supply wire only when using these switches. 2.Remove the 518'(16mm)knockout and the two knockout slots from back of heater,below OFF-ON markings. 3.Install power disconnect switch with two mounting screws as shown POWER DISCONNECT TERMINAL Figure 5. WIHBLOCK 4.Install the knob with the pointer position at the"OFF"position mark- L1 • • 51 Ing when the switch is rotated to the full counterclockwise position. TO SEE 5.Before connecting the wires of the switch,check the pointer Index. POWER 12 • • ® °' NOTE 1 Check to be sure the pointer end of the knob points to"OFF'when SUPPLY the switch is rotated full counterclockwise. It may be necessary to NOTE 2 • • rotate the switch 180°to Index the pointer knob. NOTES: 6.Refer to wiring diagram,Figure 8,for wiring procedure. I.THIS ILLUSTRATION SHOWS WIRING HOOK UP FOR THREE PHASE SERVICE.REMOVE LEAD WIRES MARKED L2 AND 52 WHEN USING (NOTE:For single-phase,remove and discard leads"1.2"and"52"). ONE PHASE POWER SERVICE. 2.USE COPPER SUPPLY WIRE ONLY WITH THIS SWITCH. Figure 8.Power Disconnect Switch Wiring Diagram for DS25, DS60,3UG68,3UG692YU93and 2YU94 o 0 - 1N NBBp� \` • `KNOB POWER J MOUNTING DISCONNECT SCREWS(2) SWITCH Figure 5.Installation of Power Disconnect Switch 6/09 ECR 38318 470 Beauty Spot Rd.East 5200-2298-502 2 Bennettsville,SC 29512 USA ., .. -.r.)....mI: Itry� lily 0:11'A I rY'11 kiB�',�'" C��x Mn-"ro. m�v* v tELBOWSCQI,ANdiESr � ,ti4 '6 J. SERVICE • QUALITY • TRUST yigy ops, YK - 1"'�"""`-. 3-PIECE ADJ. Nin. x 4 ` -�d ,+ 45°ANGLE ,� XX=03-36 DIAMETERiltoi til RXSOxxzz `' �9i � I 4' ZZ=30, 28, 26, 24, 22 GAUGE N � + >ti��a ,, .az' EXAMPLE: RX530630 6"30 GA ELBOW -`' dl L. STANDARD PACKAGING: yy' { f IIII�IIIII;' r; 3"-6" ELBOWS BOXED eE q -' 7"-14" BANDED, >16" LOOSE " `4.1 1(4 i, 1 II, 1; ,' 4-PIECE ADJ 90° 9 1,+,7, ELBOW t,(f`;, r *p€. STRAIGHT ELBOWS,AVAILABLE IN I LONG RADIUS ELBOWS u 4 $ 6 7 & 8 PROVIDING- RX53xxzz 4, 2-PIECE ADJ. I E ' ' RX54xxzz GREATER PACKAGING DENSITY. PROVIDES IMPROVED AIRFLOW i Ct 'I r A 45° ANGLE AVAILABLE IN 3-12• r -'11 tS.4-11.“ 11 t USE RXSO GALVANIZED OR ALUMINUM I 4, t'... e cilli 4 46 7 v :. s f LI .i II'.}:.,,yb,. rM� 7 VS yL A ROUND PIPE r � 4'e4'71n• r '� k� .?('' el.r %r a I ,AdI�Y�Y}41161`,44441' x;4.44 ALL SIZES 10/BUNDLE EXCEPT 3" + P BUTTON LOCK, SNAP LOCK OR @ 5/BNDL Rack Qrys. , 44 a i HAMMER LOCK Size BOXED UNBOXED " -- 3-9"SIZES BOXED OR UNBOXED 3^ 550 ' , RPOlxxwzz (BOXED) 4• 480 630 ' - �,,•. ADD'L CHARGE FOR BOXED r 350 480 �"1 1 RPOSxxwzz (UNBOXED) IXIV/ ',� '� _ XX=03-36 PIPE DIAMETER 10"&ABOVE BUNDLED ONLY 6• 300 350 r YYY=24,48,60,120 LENGTH 8• 160 200 '/ 240 `„ ZZ=WA,30,28,26,24,22 GAUGE BEADED PIPE AVAILABLE 9• 160 EX: RPOSO630060 6" 3OGA 60" 10* 150 ._, 3"&4"AVAILABLE ASSEMBLED 12• 90 la UNBOXED ROUND PIPE T FOR EXTRA CHARGE 14" _ 80 . • REGISTER 1PERIMETER;'BASEMENT `8 ;CRDnBOO�TS w1,%. .L, 1,(ia;;- f ' ' +C,L+ F.' .4 +"ri G V I..,., 'A ,E - FLA... 1 A Ik .,, L-571 END BOOT n ,y; SPECIFY CENTER (C), L-572 L-575 L-577 PH-1 1"73H:3:1011;, LEFT(L) AND RIGHT(R) STRAIGHT BOOT 90° ELBOW BOOT 45° ANGLE BOOT BASEMENT BOOT ' S; RBIOxwz RB2oxwz RB3Oxrvz RB40xvrz RB45xwz '14.4 •y, -1, t:.y 6 m" ( ALL BOOTS CAN BE " -o-' MANUFACTURED WITH X= REGISTER HEIGHT, YY= REGISTER WIDTH ish4 -,==R==="07 ' 1 1"FLANGE Z=ROUND DIAMETER, F= FLANGE r w.""; L580 PERIMETER ^-, 4 EXAMPLE: RB304106F BOOTA 4%10X6 ELBOW REGISTER BOOT W/FLANGE "...M, RB43xxwzz ` 'X. I , •H 9r Ili ALL BOOTS CAN BE MANUFACTURED TO INCLUDE '!-• v. ' LONGER REGISTER THROATS(3"-6"TYPICAL) q BOOT FRAME {•" al "IJ^'IV.i' RB7OxREGISTER BOOT WITH INTEGRATED UL APPROVED I ,r . ) S i) m FITS BOTH 16'624'STUDS 3 HR RATED CEILING RADIATION DAMPER(CRD). V.e i. ., I I1., NEW STAMPED DESIGN W/ROUNDED EDGES AVAILABLE IN ELBOW AND STRAIGHT BOOTS,4X8 " •„°y' I,. -4.4' 4x10,4xt2,4x14,6x10,6x12,6x14 - y✓-,• TO 6X14 WITH 1/2”SHEETROCK FIANCE AND LIP '•C.,q" dti el • RB30xxYYZFSE(ELBOW) 1 - ,(i iiRB20xxrVZFSE(STRAICHr) .B �: E=4 OR 6 THROAT EXTENSION 1 "lpl BOOT RAILS RB66xx Eustis LE: R8306127F56 " 6x12x7ELeowREDBOOT w/ ELBOW BOOT WITH 41, XX=I6,20,24,26 CEILING RADIATION DAMPER,6•THROAT EXTENSION INTEGRATED CRD OHIO:440-599-8127 • FAX 440-593-6237 5 ....14, NORTH CAROLINA:704-734-0544 • FAX 704-734-0993 as, +A d: ,Iv,U CTBOARDiF,ITTI.NGS & 'f,UUISTAR1ST SERVICE 4 QUALITY • TRUST ` ": •_..,,�-_ F 1 tkgnW1V (463/4:46:44, � a `n ',itI, �.' µ.WiV ? ,. E 1. e -S RL ti 1, ^9' ci4 ariettit; .4,,e 444 dr r 303DB ADJ. SQUARE 308DB NON-ADJ. RECT. DUCTBOARD 325DB ADJUSTABLE 413DB , DUCTBRD TAKEOFF- DUCTBRD TAKEOFF ELBOW TAKEOFF ROUND DUO-BOARD DUCTBOARD ,wr'„ji, TO14xxz TO18xxz DB92 T094xx TAKEOFF COLLAR TO14Dxxz TOl8Dxxz TO94Dxx TO30xxDB RX11xxDB W/DAMPER St/DAMPER PI/DAMPER " �0 SEE PAGE 6 FOR 1 OPENING DIMENSIONS I LikT_ far 4 rss Inst warat vvle- II 16II I, I d•,.sL ''' e Fe1rr ttt4 P r _; ' .ems`t . ..;.,. 1• Try,i,i IW1YYw31 r'ir. ., S�Y' 564DB NON-ADJ. SQUARE 328DB SQUARE SIDE 520DB DUCTBOARD413 ODB OVAL DUCTBOARD cite f " TOP DUCTBRD TAKEOFF DUCTBRD TAKEOFF STARTING COLLAR DUCTBOARD COLLAR DOUBLETAKEOFF a TO54xxz TO39xxz DX35xxrirDB OX63xx g62DB•0'RISE T043 TO54Dxxz 463D8•P RISE T044 a W/DAMPER 464DB•2"RISE T045 y5,l' 563DB.0"RISE T053 r 564DB.1"RDE TOS4 .*„ SQUARE AND RECTANGULAR FITTINGS 565DB•2"RISE TO55 '-• !I AA ,q XX= DIAMETER • Z= DUCTBOARD THICKNESS (BLANK = 1") ir LUKJAN MANUFACTURES A FULL ...»a '`"e"".'" ,,��: U : UNIVERSAL SUPPORTING BOTH 1"AND LINE OF 1", 1.5"AND 2" ` ' ma s.`.. 1.5" FOR SQUARE AND RECT. FITTINGS ONLY DUCTBOARD FITTINGS. 1� L : 1.5" DUCTBOARD WE ALSO MANUFACTURE SQUARE L2 : 2" DUCTBOARD € 'j AND RECTANGULAR UNIVERSAL 564DB UNIVERSAL FITTINGS THAT SUPPORT BOTH 1" DB TAKEOFF Ex: TO5406U UNIVERSAL 6"ADJ SQ TAKEOFF FOR w. t;i'. AND 1.5" DB TO54xxU 1"AND 1.5" DUCTBOARD (UNIVERSAL) ' rase a/ S 0,pfl v: re �'�" vpn t� '`i u.ufxJ�"°M 44 '�.nn/� "*...,.•.• DUCTBOARD I a - : 4.. 4 COLLAR BOX USED TO PRODUCE DUCTBOARD COLD yi,v. DUCTBRD COLLAR DUCTBRD TWIST-IN DUCTBRD TWIST-IN DUCTBRD TWIST-IN AIR RETURN BOXES 52 W/O DAMPER WITH 90° SCOOP 40 W/O DAMPER WITH 45° SCOOP ` "_ i1 a#if..; DX76xxz 43 W/O DAMPER DX60xxz 42 W/O DAMPER F 53 W/DAMPER DX63xxz 41 W/DAMPER DX62xxz .,,.!'! ,., DX38xxz 45 W/DAMPER DX61. 44 W/DAMPER - T ,, ^, B •• DX64xxz DUCTBOARD METAL x,, ' hr",:„:," BOOT FLANGE `J � ri, r 4I , USED TO PRODUCEBDB OX 52T TABLOC DUCTBOARD COLLAR L " r"` IxsuurEO CEILINGoREs 4 DX77xx BEADED AND WITH CRIMP. COMES NESTED. �. } n ROUND FITTINGS ; QUICK LOC TAB WONT a ,e c i n ALL ROUND DUCTBOARD FITTINGS CAN BE MADE TO ,.. RELEASE ONCE CLOSED. SUPPORT 1", 1.5"OR 2"DUCTBOARD. SPECIFY L OR 1 SUPPORTS BOTH 1"AND 1.5" DB tN;_- L2 AS LISTED ABOVE. n ` 52 S 10: '•0-599-8127 • FAX 440-593-6237 9 I ` '. NORTH CAROLINA:704-734-0544 • FAX 704-734-0993 ",ft?,' Y •.atia h{ , IS f hdel 1IfI+£'"h1 x ia� w .,, @ Il�lt' 044 ` It *� IIll. , s p4 £ qI n #I I s � Iap[i Stl 4 vdil:t�r II ?Ice v� Is! F,x ` I �i i i (: l 9��Pi�Il tl�i"�" Ik + F.°�Y� l d VI IHI" I� 1 '� £ `� � a €rpt A AlreTechnologles Inc.-4.q, ., . �c E Mon060666la,PA 15063 si xflt Ilk 15021ntlOstrlal Drive I- II 4d,ua. n ' �". II i,I t € I - I _ phone 866.421.0111E j-: `}. , f F . r Iy "I Airerechnoioyiesinc lax 724 3101262 M ,• t i t ( ; : Ft , t wwW alretechnologles.com+ 1 ;M P ' 1 ,1 ;£ 'HI 4, 1 F , 1 t t.. . w r 7 4s ' Job CRD/Boot Location Submitted to Assemblies Submittal Prepared by Approve Date Date } Model 50 and 50EA CRD's are available with .. f4 4 accompanying boots installed in 90°("L"), straight .. . ,;> Gr or end types with two (2) throat depths and in pp +�- _` " flanged or non-flanged varieties. l UL and ARL approved for use in L-563 and P-544 is . ! to Te.......“.... roof/ceiling assemblies, equivalent in construction ._1,,,;:; -. _,_i to L-521/L-546; L-550/L-562 floor/ceiling assemblies • and P-522; P-531/P-538 roof/ceiling assemblies. 90° or"L"Boot End Boot Straight Boot C wag F 1g,� /D* sikill.1110 (I) E F ° D D j )r_ B --A-MPI----------1 B A =Boot Width A =Boot Width A =Boot Wdth B -Boot Height B =Boot Height B =Boot Height C =Inlet Diameter C =Inlet Diameter C =Inlet Diameter D =Throat Depth D =Throat Depth D =Throat Depth D* =Back Height=Throat Depth+2" E - Flange(Plaster Guard)Recess E - Flange(Plaster Guard)Recess ("L"Boots only) (If Ordered) (If Ordered) E - Flange(Plaster Guard)Recess F -Overall Height(varies w/size) F -Overall Height (If Ordered) F -Overall Height \p$SIP4. C ® US SMAC-NA ! `a =ei - Damper Size .:Fusible - Factory Boot Option ...? Link Temp ,Flange/ Thisproduct meets the requirements qty * Type.... 1v , •_ (165°nstd. . C S E Collar Size Throat Depth' (' No Flange q for fire dampers established by: 12 6 165 x 5",6",7",8" 6° Flanged LIL Standards 263 & 555C s NFPA Standard 90A a ICC Building Codes tt. Hart&Cooley. SUBMITTAL DRAWING install confidence • METALIZED VAPOR BARRIER FIBERGLASS INSULATION CORE 1 •!\ ``���cFIBERGLASS SCRIM 4 WIRE HELIX CORE •Two tough plies of black polyester film encapsulate a steel wire helix. •Rated pressures per UL-181: 10 in. W.C. positive, 1/2 in. W.C. negative. •Recommended maximum operating pressures: 6 in. W.C. positive for 12 in. diameter and under. 4 in. W.C. positive for 14 in. diameter and over. •Rated maximum air velocity: 4000 FPM. THERMAL CHARACTERISTICS •R-4.2 certified by Underwriters Laboratories Inc. and the Air Diffusion Council in in accordance with ADC Flexible Duct Performance and Installation Standards using ASTM C-518 at installed wall thickness on flat insulation only. • VAPOR BARRIER •This metalized vapor barrier is constructed using fiberglass scrim which provides an outstanding combination of strength and tear resistance. •Perm rating of 0.04 perms when measured per ASTM E96, Method A. SURFACE BURNING CHARACTERISTICS •Flame Spread: Less than 25 •Smoke Developed: Less than 50 OPERATING TEMPERATURE RANGE •-20'F to 140T Continuous •-20'F to 250'F Intermittent SIZE AVAILABILITY •Standard length: 25 feet •Diameters offered: 4"— 10", 12", 14", 16", 18" & 20" •Plain ends •F214 — Packaged in boxes •FB214 — Packaged in bags APPROVALS •UL-181 (UL LISTED) •NEPA 90A & 90B •HUD •City of Los Angeles •California Bureau of Home Furnishings •Most Federal, State, and Local Codes and Standards. • JOB NAME: SUBMITTED BY: DATE 05/23/05 SD-5002 LOCATION: F214,F B 214 ARCHITECT: Insulated Flexible Air Duct ENGINEER: Clayss 1, R-4.2 Poester Core CONTRACTOR: Meltalized Vapor Barrier Hort & Cooley, Inc., 500 E. Eighth St., Holland, MI 49423 Telephone (616) 392-7855 Fax: 1-800-223-8461 0ism•v+.. on -fHart&Cooley onfidence SUBMITTAL DRAWING • METALIZED VAPOR BARRIER FIBERGLASS INSULATION CORE •" °� FIBERGLASS SCRIM WIRE HELIX CORE •Two tough plies of black polyester film encapsulate a steel wire helix. •Rated pressures per UL-181: 10 in. W.C. positive, 1/2 in. W.C. negative. •Recommended maximum operating pressures: 6 in. W.C. positive for 12 in. diameter and under. 4 in. W.C. positive for 14 in. diameter and over. •Rated maximum air velocity: 4000 FPM. THERMAL CHARACTERISTICS •R-8.0 certified by Underwriters Laboratories Inc. and the Air Diffusion Council • in accordance with ADC Flexible Duct Performance and Installation Standards using ASTM C-518 at installed wall thickness on flat insulation only. VAPOR BARRIER •This metalized vapor barrier is constructed using fiberglass scrim which provides an outstanding combination of strength and tear resistance. •Perm rating of 0.04 perms when measured per ASTM E96, Method A. SURFACE BURNING CHARACTERISTICS • Flame Spread: Less than 25 •Smoke Developed: Less than 50 OPERATING TEMPERATURE RANGE •—20T to 140T Continuous •—20T to 250T Intermittent SIZE AVAILABILITY •Standard length: 25 feet •Diameters offered: 4"— 10", 12", 14", 16" & 18" •Plain ends APPROVALS •UL-181 (UL LISTED) •NFPA 90A & 90B •HUD •City of Los Angeles •California Bureau of Home Furnishings •Most Federal, State, and Local Codes and Standards. • JOB NAME: SUBMITTED BY: DATE: 9/11/02 I SD-5014 LOCATION: F21 8 ARCHITECT: Insulated Flexible Air Duct ENGINEER: Class 1, R-8.0 Polyester Core CONTRACTOR: Metalized Vapor Barrier Hart & Cooley, Inc., 500 E. Eighth St., Holland. MI 49423 Telephone (616) 392-7855 Fox: 1-800-223-8461 0 a•e+.... as gHart&Cooley. SUBMITTAL DRAWING Ins to II confidence • WIRE HELIX • . FEATURES •Two tough plies consisting of a layer of metalized polyester and a layer of clear polyester encapsulating a steel wire helix creating a high strength and durable product. •Rated pressures per UL-181: 16 in. w.g. positive, 1/2 in. w.g. negative. •Recommended maximum operating pressures: 6 in. w.g. positive for 12 in. diameter and under. 4 in. w.g. positive for 14 in. diameter and over. •Rated maximum air velocity: 6000 FPM. SURFACE BURNING CHARACTERISTICS •Flame Spread: Less than 25 •Smoke Developed: Less than 50 OPERATING TEMPERATURE RANGE •-20T to 140T Continuous •-20T to 250T Intermittent SIZE AVAILABILITY •Standard length: 25 feet •Diameters offered: 3"— 10", 12", 14", 16", 18" & 20" •Plain ends APPROVALS • •UL-181 (UL, CUL LISTED) •NFPA 90A & 90B •Most Federal, State, and Local Codes and Standards. • JOB NAME SUBMITTED BY: DATE: 12/14/06 I SD-5019 LOCATION: F090 ARCHITECT: Flexible Air Connector ENGINEER: .. Class 1 , Uninsulated Two Ply Metalized Polyester/ CONTRACTOR: Polyester Core Hart & Cooley, Inc., 500 E. Eighth St., Holland, MI 49423 Telephone (616) 392-7855 Fox: 1-800-223-8461 m•.-•w..•. o Air Duct Board-AGM kNI1IqINSIILMIIJN Submittal Date • Description • NFPA 90A and 908 Procedures Knauf Air Duct Board-AGM is a rigid fiber glass board • SBCCI 1. PRESSURE SENSITIVE TAPE: faced on one side with a Foil-Swim-Kraft(FSK)vapor • UL 181;Class 1 a. All longitudinal and circumferential joints must be retarder and with a lightweight fiber glass mat on the In Canada: stapled with outward flaring,%;(13 mm)mini- airstream surface.It is used to fabricate rectangular • CAN/ULC 5102-M88 mum length staples 2"(51 mm)on centers. or Max'°air duct systems.It comes with two stiffness • CAN/CGSB 5I-GP-52M(facing) b. If necessary,follow the recommendations of the ratings,EI-475 and EI-800.Both types are available CAWCGSB 51.10-92 tape manufacturer fa cleaning the surface to be with butt edge or factory molded male-female shiplap taped. edges.The airstream surface of Knauf Air Duct Board- • ULC Issue 869C;Class 1 c. Center tape over staple flap and rub tape firmly AGM is treated with an EPA registered,anti-microbial Technical Dataplaceimmediately application,using agent that prevents growth of mold,fungus or bacteria inl uege' after a in accordance with ASTM C1071,G21 and G22. Surface Burning Characteristics plastic'squeegee'or similar tool,until the scrim • ULAILC listed. reinforcement of the duct board facing can be Application • Does not exceed 25 Flame Spread,50 Smoke clearly seen through the tape. Knauf Air Duct Board-AGM is designed for commercial Developed when tested in accordance with ASTM E d. A heat-sealing iron must be used to assure a and residential air handling installations for coding, 84,CANAILC S102-M88,NFPA 255 and UL 723. good bond when installed below 50°F(10°C). heating or dual-temperature service where good tem- a. Tape should not be applied to surface of duct perature control and noise absorption are required. Flexural Rigidity board when temperature is below 32°F(0°C) • Available in two stiffness values:EI-475 and EI-800. due to the possibility of entrapping ice crystals Features • Flexural rigidity(El)is the product of Young's which,upon melting,will cause tape to loosen. • Low thermal conductivity of 0.23 at 75°F(24°C) modulus of elasticity(E)and moment of inertia(I)as Heat duct board facing surface first to drive oft mean temperature. determined in accordance with NAIMAAHS-100-74. moisture. • Low installed cost insulated duct system. Service Temperature(ASTM C 411) 2. HEAT SEALABLE TAPE: • Excellent acoustical characteristics. • Up to 250°F(121°C). a. All longitudinal and circumferential joints must be • Non-woven all-glass mat facing on airstream Air Velocity(UL 181) stapled with outward flaring,W(13 mm) surface. • Maximum 5000 fpm(1524 mpm). minimum length staples 2`(51 mm)on centers. • Assured insulation thickness,shiplap joints and FSK • Tested to 12,500 fpm(3810 mpm). b. If necessary,follow the recommendations of the vapor retarder. Internal Static Pressure(UL 181) tape manufacturer for cleaning the surface to be • If necessary,can be cleaned in accordance with • Maximum x2'water(498 pascals[Pa]). taped. NAIMA's'Cleaning Fibrous Glass Insulated Air Duct Water Vapor Transmission Rate(ASTM E 96) c. Center tape over staple flap and seal down tape Systems Recommended Practices.' end with 500°F(260°C)iron.Do not use heat • Less than 0.02 perms. both heat andpressure are • Knauf Air Duct Board systems meet the fire and gun; required to • smoke safety regulations of most federal,state and Water Vapor Sorption(ASTM C 1104) effect a seal. local building codes. • Less than 5%by weight d. Press down entire length of tape with iron using • Fabrication in shop or on jobsile. Microbial Growth(ASTM G 21,G 22,UL 181) a smearing action to get a good bond.Be sure • Does not promote or support the growth of mold, edges are sealed. Benefits fungi or bacteria. a. Staples may be omitted when an automatic • Fabrication in shop environment lowers field installa- dosure machine such as the Glassmaster Close tion time. Application and Specification Guidelines Master is used.In this case,iron temperature • One craft required to fabricate and install system. Storage must be set at 650°F(343°C)minimum. • Minimum capital investment for fabrication • Protect stored duct board from water damage, Continuous production may require periodic equipment construction damage and other abuse. pauses to allow sealing iron temperature to • Portability allows for assembly or fabrication at job • If stored outside,proper protection from weather recover to the 650°F(343°C)minimum. site. conditions should be provided. f. Mow joint to cool before stressing. • AGM facing ensures a smoother airstream surface Application 3. MASTIC AND GLASS FABRIC: for a cleaner cut and added durability. • Duct shall be fabricated and installed in slid a. All longitudinal and circumferential joints must be • Lower installation cost than with duct wrap and duct accordance with NAIMA's'Fibrous Glass Duct stapled with outward flaring,%"(13 mm)mini- liner with sheet metal. Construction Standard;'Residential Standard,' mum length staples 2'(51 mm)on centers. • Quiet efficient air delivery. 'i%.Fabrication Manual'or Knauf Insulation'Air b. Brush approved mastic onto joint and embed 3" Duct Fabrication Manual"in accordance with the (76 mm)wide glass fabric in mastic. • Reduces noise generated by air turbulence and conditionsve n ULe 181 joints, longitudinal Duct systems shall mechanical equipment have all transverse joints, seams and c. until second coat of mastic over glass fabric • Eliminates booming'and'cracking'sounds caused duct wall penetrations sealed using 3'(76 mm)wide until mesh is completely filled. by sheet metal duct contraction and expansion. glass fabric and mastic,2'(51 mm)minimum width d. Follow mastic manufacturer's instructions on • Condensation control, heat sealable tape or 2"(51 mm)minimum width curing the mastic prior to subjecting the joint to • Strong thermal performance. pressure sensitive tape with acrylic adhesive.Rub- stress. • Code compliance. ber-based adhesives are not approved. Closure • Only UL 181-A listed and labeled products shall be If the closure system used is not one of the approved Specification Compliance used for closure systems.A listing of specific tip- systems described above and if application is not in In U.S.: proved closure products is available from your local accordance with stated procedures,Knauf Insulation • ASTM C 1136;Type II(FSK facing) Knauf sales representative. assumes no liability for duct system performance. • ASTM D 5116 PRESSURE SENSITIVE TAPES:Only those tapes Use of a non-UL registered and listed closure voids • ASTM G 21,G 22 listed under and imprinted with designation UL 181- the UL 181 Class 1 rating as well as Knaufs product • BOCA A-P and registered with UL performance warranties. • BOCACABO HEAT SEALABLE TAPES:Only those tapes listed Reinforcements under and imprinted with the designation UL 181 Duct sections shall be additionally reinforced where • California Title 24 A-H end registered with UL. necessary,according to Knauf Insulation and NAIMA • • Corps of Engineers Guide Specifications MASTICS:Mastic systems listed and registered with standards.Ductwork shell be supported as required on • ICBO UL and carrying the designation UL 181 A-M used in straight runs,at all turns and at transitions to maintain • International Mechanical Code conjunction with a 3'(76 mm)wide glass fabric. proper alignment Hangers and supports shall be in www.Knaulnsulation.com Knauf Insulation GmbH One Knauf Drive,Shelbyville,IN 46176 Tel:(800)825-4434 ext 8283 FAX(317)398-3675 lipm, 'vii Iii¢'ir 1ladFT: i t,,r'{I 101 c 11',9011,1“,t, �1,Pr x "AH•SS•2 06 06 . "• '^ 1 t 0 2006 Knauf Insulation GmbH. "u"�u « L $w+*'tvVl""'uV'i' .a�''T � .phi .. Se • Air Duct Board-AGM kNflupiawiArIUN - Submittal Date strict accordance with Knauf Insulation and NAIMA Notes The chemical and physical properties of Knauf Air • standards. When used in accordance with NAIMA's and Knauf Duct Board-AGM represent typical average values Fiber Glass and Mold Insulation application instructions,the dosure systems determined in accordance with accepted test methods. Fiber glass insulation will not sustain mold growth. described herein meet UL 181 requirements,and the The data is subject to normal manufacturing and testing However,mold can grow on almost any material when resulting system carries a Class 1 Air Duct rating. variations.The data is supplied as a technical service it becomes wet and contaminated with organic mated- This submittal sheet is not intended to be a design a and is subject to change without notice.References als.Carefully inspect any insulation that has been ex- fabrication manual.For specific details and recom- to numerical flame spread ratings are not intended to posed to water.If it shows any sign of mold it must be mendations on fabrication,reinforcement,hanging and reflect hazards presented by these or any other materi- discarded.If the material is wet but shows no evidence other details,refer to the latest edition of the NAIMA als under actual fire conditions, of mold,it should be dried rapidly and thoroughly.If 'Fibrous Glass Duct Construction Standard,""Resi- Check with your Knauf sales representative to assure it shows signs of facing degradation from wetting,it dential Standard,"V/2"Fabrication Manual'a Knauf information is current should be replaced.Air handling insulation used in the Insulation'Air Duct Fabrication Manual.'Application air stream must be discarded O exposed to water. and installation procedure is at the discretion of and is the responsibility of the Design Engineer to meet yy, yp� specific job requirements. FPM Hydraulic Diameter Velocity 10" 16" 24". 32' 40" 72" 100" ' pl°"NLnNe LNwd 1°00° --=_==aa-=r -=_4tiaa 500 .056 .031 018 .013 .010 .005 .003 ��Bg=i=i-=-. iu iiii 600 .080 .044 .026 .018 .014 .007 .004 2 imp 1= =•111111=7.45-11 x NI 1 :ai_n °E. ; ________=-=__ __ 700 .108 .059 .035 .025 .019 .009 .006 1 =rma"roa:: j%iiimeoo two 1 �=MIN,Ci%/���.�01�el 800 .140 ,077 .046 .032 .024 .012 .008 ' == CI_rs:�__='=__--_ • f,_.. Knauf Insulation GmbII Health Hazard Qt ( Fire Hazard ® MATERIAL SAFETY DATA SHEET _ G Physical Hazard Personal Protection B DMIS RATING NFPA RATING SECTION I-CHEMICAL PRODUCT AND COMPANY IDENTIFICATION Product: Fiber Glass Insulaation MSDS Number: 1004 Trade Designations: 1000°Pipe Insulation*,Acoustical/IB Board, Acoustical Board Smooth,Air Duct Board (Type hi,Type AGM), Amber Blanket Insulation, Basement Wall Insulation,Black Acoustical Board,Black Blanket Insulation, Black Diffuser Board,Commercial Building Insulation, Duct Liner E•M, Duct Wrap(Unfaced &Faced), Elevated Temperature(ET)Batt*, Elevated Temperature(ET)Blanket*, Elevated Temperature(ET) Board*, Elevated Temperature(ET)Panel*,Equipment Liner M, Fabrication Board*, Flexible Duct Material, Foil Faced Residential Insulation, FSK Faced Residential Insulation, Hull Board*, Insulation Board*, KFR/ET Range Insulation*, KN Series Insulation, Kraft Faced Residential Insulation, KwikFlex*,Manufactured Housing Duct Board,Manufactured Housing Insulation, Metal Building Insulation,Pipe&Tank Insulation*, Rigid Plenum Liner, Unfaced Residential Insulation, Sill Sealer,Wall and Ceiling Liner M, Wall Insulation('See Section VIII) Manufacturer: Knauf Insulation GmbH Date Issued: January 23,2004 Address:One Knauf Drive Product Stewardship Support Line: 317-398-4434,X8102 Shelbyville,IN 46176-1496 24 hr Emergency(Chemtrec)Phone: 800-424-9300 • SECTION II-COMPOSITION/INFORMATION ON INGREDIENTS Chemical Name CAS Number °/a TLV PILL Fibrous Glass 65997-17-3 83-97 1 fiber/cc I fiber/cc Urea extended phenol formaldehyde resin 25104-55-6 3-17 None None Formaldehyde* 50-00-0 <0.1 C0.3 ppm 0.75 ppm Key: TLV-ACGIH,t hr.time weighted overage(TWA); PEL-OSI IA pemussible exposure limit TLV and PEL limits are for respirable fibers length<Sum,diamcier>3un,aspect ratio<5:1. •Formaldehyde:TLV-ACGIH Ceiling Limit for wortahih; PEL-OSTIA permissible exposure limit. SECTION III-HAZARDS IDENTIFICATION Emergency Overview: The 2002 Monograph issued by the International Agency for Research on Cancer(IARC) removed fiber glass wool from Its'list of possible carcinogens(Group 213).It is now classified as Group 3,not classifiable as to human carcinogenicity. OSHA and other U.S.government agencies still require that a warning label be placed on this product. This warning identifies a possible hazard while not identifying the degree of risk. OSHA regulations do not require respiratory protection as long as the exposure to fiber glass wool does not exceed I fiber/cubic centimeter(Vee) TWA(8 hour time weighted average). Fiber Glass wool exposure in the home,commercial buildings,and manufacturing facilities are generally found to be less than I f/cc. Installers and fabricators should be aware of their exposure levels and take appropriate actions if needed per recommended work practices. Guidance on typical fiber exposures for various applications can be obtained from the North American Insulation Manufacturers Association, www.NA1MA.ore. Knauf STRONGLY recommends following all safe work practices while working with and/or installing fiber glass wool products. Issued: January 23,2004 Page 1 of 4 Trude Name:fiber Gloss Insulation NISDS Number.1004 • ( SECTION HI-HAZARDS IDENTIFICATION HMIS Rating: Health: I Fire: 0 Physical Hazard: 0 Protection: B Primary Routes of Entry: Via respirable fibers to the lungs and respiratory system and airborne fibers to the skin and eyes. • Primary Target Organs: Lungs,respiratory system,skin and eyes. Potential Health Effects: Acute:Mechanical irritation of the skin,eyes and upper respiratory system. Chronic:Results from the most recent cohort and nested case-control epidemiological studies of U.S.workers exposed to glass wool have not provided evidence of an association between exposure to fibers and risk for respiratory cancer or mesothelioma. Skin Contact: There are confirmed reports of contact dermatitis. Eye Contact: A mechanical irritant which can cause moderate to severe eye irritation. Ingestion: Non-hazardous when ingested. Potentially a mild Irritant to the GI tract if excessive quantity is ingested. Medical Conditions Aggravated by Exposure: Pre-existing chronic upper respiratory and lung diseases such as, but not limited to,bronchitis,emphysema and asthma. Skin disease such as dermatitis Carcinogenicity:While no longer listed as a possible carciongen by IARC,respirable glass wool fibers are classified by NTP as Group lW,(reasonably anticipated to be a human carcinogen). Fiber glass wool is classified as a nuisance dust by OSHA. • -SECTION IV-FIRST AID MEASURES __ _ __ __ Inhalation: Remove to fresh air. Drink water to clear throat and blow nose to evacuate dust. If coughing and irritation develop,call a physician. Eye Contact: Flush with large amounts of water until irritation subsides,as least 15 minutes. See a physician if irritation persists. Skin Contact: Normal good personal hygiene practices. Wash with mild soap and warm water after each exposure. Ingestion: Emergency procedures not normally required. May be a temporary irritant to the GI system. SECTION V-FIREFIGHTING MEASURES NEPA Rating: Health: I Fre: 0 Reactivity: 0 Other: 0 Extinguishing Method: Use water,foam,dry chemical or carbon dioxide. Special Firefighting Procedures: Wear self contained breathing apparatus and protective clothing. Dense smoke may limit visibility in enclosed areas. Fire or explosion Hazards: Resin,paper or plastic facings will burn causing dense acrid smoke. In fire conditions,vinyl faced products give off hydrogen chloride,a highly irritating gas. • Issued:January 23,2004 Page 2 aro • Tonle Nome:Fib"Glass Insulation M5D5 Number:1009 ( SECTION VI-ACCIDENTAL RELEASE MEASURES Clean-up Procedures: Pick up or shovel material into waste container taking care to minimize dust and fiber generation.Vacuum clean-up is preferred.If sweeping Is required use a dust suppressant. Personal Precautions: If dusty conditions exist,wear a face mask approved for use with dusts such as 3M 8210, N95 or equivalent. Environmental Precautions: This product is not regulated under RCRA Hazardous Waste Regulations.May be disposed in landfill. Comply with federal,state and local regulations. SECTION VII-HANDLING AND STORAGE Storage Requirements: Store in dry area. Keep area clean. Vacuum clean dust. Use a dust suppressant if sweeping is necessary. Special Sensitivity or Incompatibility: Hydrofluoric acid will react with and dissolve glass. Handling Precautions: Assure proper respiratory protection if dust potential exceeds PEL/TLV. SECTION VIII-EXPOSURE CONTROLS/PERSONAL PROTECTION *Heat-Up Precautions: During initial hent-up of high temperature insulation products to temperatures above 350°F,an acrid odor and smoke may be given off. Adequate ventilation should be provided to protect against • harmful fumes. In confined spaces,occupants should wear self-contained breathing apparatus during this period. Engineering Controls: Maintain sufficient mechanical or natural ventilation to assure fiber concentrations remain below PELITLV. Use local exhaust if necessary. Power equipment should be equipped with properly designed dust collection devices. Respiratory Protection: When over PEL/TLV wear an approved respirator such as 3M 8210,1495 or equivalent, to protect against respirable glass wool fibers. Concentrations of fibers that exceed the recommendations of the mask manufacturer will need a higher level of respiratory protection,such as a half mask respirator with appropriate dust filters. Eye Protection: Wear safety glasses with side shields,goggles or face shield when handing,installing or fabricating to protect eyes against dust and fibers. Skin Protection(clothing): Long-sleeved,loose fitting clothes and head covering are recommended. Wash work clothes separately from other clothing,towels and linens to prevent fiber migration. Rinse washer thoroughly. SECTION IX-PHYSICAL AND CHEMICAL PROPERTIES Physical Form: Yellow or black fibrous product,slight phenol formaldehyde odor. Some products have vinyl, kraft paper,foil or glass cloth facing. PernlnWick Pipe Insulation contains a nonwoven organic fiber cloth. Melting Point: >13007 Specific Gravity: Variable Solubility in Water: Insoluble Pure/Mixture: Mixture SECTION X-REACTIVITY Stability: This is a stable,non-reactive product. • Hazardous Decomposition Products: Thermal decomposition of the resin may include carbon dioxide,carbon monoxide,fomaldehyde,carbon particulate and traces of hydrogen cyanide. Issued:January 23.2004 Page 3 of4 Trade Name:Fiber Class Insulation MSDS Number.1004 • ( SECTION XI-TOXICOLOGICAL/ECOLOGICAL INFORMATION LD50: N/Av LC50: N/Av Toxicological Hazards: See the Emergency overview on page I,Section 11. Ecological Hazards:No data exists for this product. Teratogenicity,Mutagenicity,other Reproductive Effects: None known SECTION XII-DISPOSAL CONSIDERATIONS Waste Disposal Method This product is not regulated under RCRA Hazardous Waste Regulations. May be disposed in landfill. If unsure,contact the local office of the USEPA,your local public health department or the local landfill regulators. SECTION XIII- TRANSPORTATION INFORMATION US DOT Shipping Name: Not regulated DOT Label: None UN/NA Number: None SECTION XIV-REGULATORY INFORMATION OSHA Status: This product is regulated as a nuisance dust under OSHA criteria. TSCA/CEPA Status: All components of this product arc included in the TSCA and CEPA Chemical Inventories. • CERCLA Reportable Quantity: N/Ap SARA Title H3: Section 302 Extremely Hazardous: This product contains no extremely hazardous substances as defined and listed in section 1,302. Section 311/312 Hazard Categories: Reportable as a hazardous substance. Check with your Local Emergency Planning Committee for reportable quantities. Section 313 Toxic Chemicals: This product does not contain substances which are reportable under Section 313. California Safe Drinking Water and toxic Enforcement Act(Prop.65) Warning. This product contains the following substance known to the state to cause cancer:Glasswool,airborne particles of respirable size. Canada(WHMIS): This product is a class D2A controlled product under Canadian WHMIS regulations. SECTION XV-APPROVALS Reason for Issue: Updated Product listing,company name Rev: 4 Approval Date: 1/23/04 Prepared by: Knauf Insulation Supersedes Date: 11/1/02 SECTION XVI-DISCLAIMER As of the date of this document,the foregoing information is believed to be accurate and Is provided in good faith to comply with applicable federal and state laws. However,no warranty or representation of law or fact,with respect to such information,is intended or given. . • Issued:January 23,2004 Page 4 or 4 Ideal 587 PRODUCT DESIGN A 2.3 mil aluminum foil with pressure sensitive adhesive Backing thickness(mils) 2.3 manufactured and imprinted to comply with both UL181A-P Tensile Strength(lbs.fin.) 25 and UL181 B-FX performance and identification Adhesion to steel(oz./in.) 64 requirements. Standard roll width(inches) 2 Standard roll length(yards) 60 Backing Aluminum Foil Adhesive type Acrylic Color Silver Liner type Paper PERFORMANCE FEATURES .} Dual Use. A unique tape that is approved for both fiberglass and flex duct systems. .; Flame Retardant. Complies with UL181A-P standard and assures user against the • tape being a conductor of any flame. 4 Soft Aluminum Alloy. Soft alloy offering easy handling and application with strength to pass UL 181A-P and UL 181B-FX requirements. 4 Strong acrylic adhesive This specially formulated acrylic adhesive provides easy system. application and routine closure over standard temperature range requirements. Stands up to heat assistance during application. 4 Easily removeable liner. Reduces application time and eliminates material waste. COMMENTS SUGGESTED FOR: Engineered to ensure integrity of both fiberglass ductboard systems and flex duct systems. Used on all joints to assure the vapor barrier integrity of the duct system. The physical properties listed above are average values and are not to be construed as specifications.Our suggestions and recommendations for use are based on tests we believe to be reliable.However,the purchaser must determine the suitability of the product for his Intended use.American Nitrite,Inc.assumes no liability for claims beyond the replacement value of our product proved to be defective. a AMERICAN BILTRITE INC. 1400 Middlesex Street, Lowell, MA 01851 -800-284-3325 • nil' 9921 t9►6(SOtXYd itt9191Zet W XV' Ott td i9tt XYd 69041,916(EFl SSS919 LCCg fa) t LCD96190O 5909'f19't&L XVI OPLIDITW QJ191 MN Pu%ale ismreawdus444131v Aiwa 0065'itrtel seloicti nee.uxoJseurotu Wiliest]Wield 410149Ag too)esaean won alua Vn'Plwyyao?1 aiiill w0647w Yah Wo:?Aw'a wJ sa-5 Awn octet atgrit V•?A peotl 031efy1000 oc Pa"Aid WVstVaint Y*del*PPM 'Woo adom3 odu d flif4 Ire Yl108 dao Se/swum e:seleJlsnv adejauyuaA—adam3 VWos—adom3 VSn • 4609'edeieu4udm maN 162-W-0094 91194enr wad atop a su a11aaN LS6•L96-9094 leoP6wJN PeiNn weld :a -,.�e,� =' f 8 (I eli te, -- 9L111S1t`609 roJrawY 4JloN aarj Del etdwes ow)a Jo spnpoJd p jsU ataldwoa e Jai Aepoi adel amtiaA jatuoa- (wwo0t).6Pee (ward),rfJrurrpg).e:yule pmpuelg • Jeajo Poe Wen?',104$44 ei4er!eAV • scopsrn5yuos 3anpard owgd}at P ul•n P11alliJoisposaland wawa,uethoowj ora eeeulA aanake pa pa N a �,..'4 pxaNq 11L19 saep s. N+suololucg IMgain..Ansi aq a raPs.l lou Le Drum pis katgap eielpawrur Jai al4e1ieAe pained il1.aiS uJ • Q.eel s.Off: •'nF••wl l.ckW111W'minim sucvgpuoa Appl+nia Poe 1904 v&i of stau3 • a.at s.01t •+•wNJW11lamnewoyur+vrwl sada;pn a m s St- .nl.11dW.l ugn4ltdd%main WIPP ieuclt.Jpe9 ue44 Jloei pue uoeseeepedelp5eH • K 1:015d 6 OSt 6 OSI uo$Eug3 It l'31ed umw.uIMW N BO ve«.uYli CZ 11A*11str 0,•111 suop ouuoa relaw pue repave iso esn Jo'reap) . • Mt=Set Weal rise Weng ria• y illME IONS '^ Wra1Sd wuLLN Y II 14120 it 11111.141Y Pod Oat)gage`se PM so Sayeneseadulai le Anee LYl91sd Wilirt yWrl 4441114e.lfw.aptil Sagddeekee4P$o$i. aJarrieanue(1A1oemll/GA • ttfrOltd WO I.BC .kW OI ltw0oJs4Ni eOuel sueiwedwai eppoi 21640 gem suuCgiad 01-Digt, Wel til ',WOC 'Mail"SOWN l grocxl painevi on 'evoke) wlgn snide/ seal ado alnSoyp papaJ4!xag apueulrolred r161H • en�A yenlatl , „ sjuaLecuisbw r-sar'sv PuVXi-alna7n'ooze oJPaUBisepAinaut3ads . misuse 7 sarnisa4 o.i sa4PNanr�sua$aizt nafil V —► (deg euegdardniod .. .... .. ...► b x 4 it l uafanpsuo3 aanpard 'suo111puo3 IJasap leaf/On Bulpnpul 'stuawuotlnue pus sanmadwej Jo 08ue)emm e Jeno Apygernp pue ooueuuoped Jopedns pus uopeplldde Asea sapjAwd 86694 edea OJnlueA :Nato pus `,peal 'JaA/1S ul e/gealaw tail plum ejeujwelop jou sum pue io8uol else,866St ampp A 'seder;asp leuul lPisq uegj JayUnoj pue num) alge+eaj pue, 'aAlsegpe optae suejos,ravleoa plop 4,413 s asuuaA a qpm paleoa adet (ddoa)auapAdadAlod pejuapo Allelxe7glvelsrss.,Al) 091.)Hull sl 86651 adel eJnlua4 � '�J i� a•' r.at � 1 , , ,, {� f l 4.. • u r a�g iiyn,, a k 1 .r a . watia lqr�w.,. �., ae 3 `d V ,1 ,- 1/44, 4, v ��.y�' '^, .+Wel �t g+ n . i3 t._:,, x ' � 'S` ":1't :;.A 4. l'J�At a.r ,µ'#t'i e §i.. '�"R._"'! t��Y�^�T ._ a; •l 1 a N, ' k �:'.bh it �liP#aIB'= r� M� rW'k '.Yn' ��`A . ;'T 1 'F r i.,w w ~x �f �' i"by •A a ryi n ,Fi xar,. �.t•.l,�.�eu�Nmas:`t,Y < ;r,.aa 9 z�'`'Y 3A"nkw.est,_� 4 F7x.. p AV 1,kdtr* citPor}!p"�# A 1 prxw µ y# .'4 n a1x, bt114/14,4. 4,4 ` S0.44441\4111,71:7:4:1%v k IV 7: 1w t 7 y\ i ,r N$ *r..4"„ „g x (- a - tk, ��� u � F e - z v,fif N ,jt, � Y a�,k .r.t1 s �efaJ[rEuasR "me6tn4M1tA€y���Y =1 `�, 40? `'R.�;. • Up to 2 Heat / 2 Cool Conventional, 2 _4_, 4 Adv E Up to 2 Heat / 1 .Cool Heat Pump 5-2 Day Programmable Thermostat • Sraebtirn ROOM . mei• 12.00 I _ COOLOR �i� SYSTE•d (M4 COOL OFF HEAT EVrR PROD MQLD RETUEM DANRIMF AUTY (34 ,°- x YEAR) WARRANTY:. ACTUAL SIZE Features • 5-2 Day Separate Weekday/ • Meets Energy Aware* Guidelines* Weekend Programming • ESD Guard'"'Electronic Circuitry • Large 3 Sq. In. Display with • Compressor Short Cycle Protection Bright Blue Backlight • Temporary Program Override • Adjustable Temperature Limits • Hardwire or Battery Powered • Programmable Extended Hold Mode • Front Access Reset Button • Permanent Memory Retains Settings • F°/ C° Switch • Filter Check Monitor • English/Spanish Packaging • Adjustable Temperature Differentials and Instruction Card with • Adaptive Recovery Mode (ARM'") FREE Contractor Branding ECONOMY FREE Contractor Branding! Visit braeburnonline.com SERIES .As a licensee in the Energy Aware Programmable Thermostat Program,Braeburn Systems LLC has determined that this product meets the NEMA Energy Aware efficiency specifications for programmable thermostats,Visit www.getenergyaware for more Information. of -Free,866 268.5599 C .630.84. 1968 0 si• ».: i cc;,149,k a qa w.caw#v F 4Y y +. ,fi {Ftd^. 4 Ir tF.,ES +J •a i,�. °,t'v-ht i vl u °°" + tM re vt k Ak tF.F k ' mr tiyl "!rw@�V i �,. � . .u " 5 ..:' Ipxd L.�. Y�.�w����VF �I Va.� wr�il��' 9�13�� t Yry��,�1�FVf�rFr 4 FaP�u� 1 't�+FPI d�+ i �k 1 iIN�'� dhivdpJ L' PB.Yk��. ..a 1 d.S..& , TTa Y'.s'° x r M&�:��ww+oi aNE s e `Me:^ p xre r - A `ss a..wf •F t 5^ €v - L J s^ A P'+ 'k'+ L ,MS 'rdd �' a' ,p t .F -nW� 1W*°u Y'"h.3 q^i,:intW q.p t yF,.�FLi:$)4u°:mx ,y�„ s�` Yxi '' - ,' �u 3 '€. 'ly , Te r4 r'" �uk�yz.. '3a 04,, t Y•IC e r�t R 'T,p i�.dWry tt I r y4$ "swy / $ "�, V�* ) rx n* `pM1'" X^ t •wp IC < �Y.� i 4 7,�pPo !wh d � s i r ds ff. &v rx i 4' ^ h" roe" Y r r� wen 4t�,ra^,. �s- r"#ann. ^7 tsr „r 10itr e+ �l• i eY i d t,F- ly tl4 ,4c3rysdtitvw-^S!^P *Wiley 1 �s%Y Yy y G`sy.Aej, ' '�>rd�a^4x � u` /(��/jar^ /��j"/ sy rcaa a a 7n ] ,g,� � � re urn,: pt.tncrT ,try r A3 , !k^, 1 4l. m Iu 9' '�lit€A1�' tlaN a .r..y u �SwiW' ` .,uA" Terminal Rh ac Y1 Y2 c Wig W2 0 e c • Designations Q0 4) ® Ci 4) CD 4) Cool 24 Volt AC 2nd Stage Conventional/ Reversing Valve Transformer Transformer Cooling Output Emergency Heat CoolActive Common Heat 24 VoltAC 1st Stage Fan Auxiliary Reversing Valve Transformer Compressor Output Control Heat Control Heat Active Architectural Specifications The digital programmable thermostat shall be a Braeburn°,model number 2220,3.70"high x 5.16"wide x 1.38"deep,powered independently with either 24 Volt AC or with two"AA"alkaline batteries(3.0 Volt DC).The thermostat shall be compatible with multi-stage conventional systems up to two stages of heating and two stages of cooling or heat pump systems with up to two stages of heating and one stage of cooling. The thermostat shall have a bright blue backlight display and separate sub-base for trouble free installation.Temperature control range shall be between 45°and 90°F(7°and 32°C),accuracy of+/- 1°F(+/- .5°C),humidity range between 5%and 95%relative humidity.The thermostat shall include non-volatile memory to retain user settings,adjustable temperature limits,filter check monitor,adaptive recovery mode(ARM"),separate heating and cooling set point program times and temperatures,and auxiliary heat indicator.Thermostat shall have low battery indication and a front reset button will return user settings to . default values when pressed.The thermostat can be mounted to a horizontal junction box.Meets California Title 24 and Energy Awaree Guidelines. Product Specifications Shipping Information Dimensions: 3.70"x 5.16"x 1.38" INDIVIDUAL CARTON MASTER CARTON Electric Rating: 24 Volt AC(18-30 Volt AC) Dimensions: 3.9"x 6.2"x 1.6" Quantity: 6 1 amp maximum load per terminal Weight .72 lbs. Dimensions: 5.2"x 12.8"x 4.5" • 4 amp total maximum load(all terminals) Cubic Feet: .17 Weight: 4.7 lbs. AC Power. 18-30 Volt AC DC Power. 3.0 Volts DC Braeburn 2220 Replaces* (2"AA"Alkaline batteries included) Honeywell° TH4210 Compatibility: Conventional systems up to2heat/2cool; White-Rodger? 1F81-261,1F82-261 Heat pump systems with one compressor and Neflfy speak application requirements. Flt trademarks are the property of their respective owners. up to one auxiliary stage;Millivolt heat only systems Control Range: 45°to 90°F(7°to 32°C) Accessories Display Range: 40°to 99°F(5°to 37°C) 2950 Universal Wall Plate(6.5"x 6.5"x.125") Accuracy: +/-1°F(+/-.5°C) 5970 Universal Thermostat Guard Temperature Differential: 1st Stage-.5°,1°,or 2°F(0.2°,0.5°,or 1°C) 2nd Stage-2°,3°,4°,5°,or 6°F (1°,1.5°,2°,2.5°,or 3°C) Storage Temperature: 14°to 140°F(-10°to 60°C) FREE Contractor Branding Available! Operating Humidity: 5%to 95%Relative Humidity Visit our website(www.braebumonline.com)for more information,contact your Terminations: Rh,Rc,Y1,Y2,G,W1/E,W2,0,B,C local distributor or call our sales department toll-free at 866.268.5599(U.S.), +1.630.844.1968(Outside the U.S.). Date: Engineer: Job Name: Model No.: Location: Submitted By: Contractor: Submitted For Approval: Record: • Braeburn Systems LLC•2215 Cornell Avenue•Montgomery,IL 60538•Toll-Free 866.268.5599(U.S.) +1.630.844.1968(Outside the U.S.) .'Y x44 28 ebPriam Y ' r " ►g r 11 lid Agar N+ v On t. .xe 5 m x s� P �k �.: x �t r. a �, . ysa�. 4 k OUR, 1pr ,1,f L :n 4: 4,1.in ,v SUBMITTAL MODEL SW DATE 04/08 Pg.2.2 STAMPED STRAIGHT BLADE SUPPLY • WITH MULTI-LOUVER DAMPER STANDARD INDUSTRY TOLERANCES APPLY. SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE. 1-1/16 CLOSED 1-3/8 OPEN I — .71— I LISTED LISTED I PLUS iof SIZE 1-3/4 r 1M /4/45 I "-3/16 , DIA itLISTED : SIZE JJJJJJJ.y .-�JJJ J JJ.-J. 5/16 1j 1 • LISTED SIZE PLUS 1-3/4 1 —1— 5/16 SW1W 1 M� �III'I'I Hi IF .41 f 11F SW2W SW3W SW4W DAMPER AND DIMENSIONS ARE TYPICAL FOR ALL DEFLECTIONS Model SW is a stamped straight blade supply for ceiling or sidewall installation. The SW features a one-piece faceplate with a multi-louver steel damper for volume control. Fins spaced at 1/2" and set at 40 degrees. Available in 1,2,3, or 4-way deflection for heating or cooling. Steel construction w/ metal lever. Standard finish is white. Sizes offered vary by face style. • PROJECT: ARCHITECT: prisms Iv ENGINEER: CONTRACTOR: LOCATION: American Metal Products, Grand Rapids, MI 49512 Telephone (616) 656-8200 Fax: 1-800-626-3825 SUBMITTAL MODEL 63GH • DATE P9462 1/3 INCH FIN SPACE RETURN GRILLE • STANDARD INDUSTRY TOLERANCES APPLY. SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE. I 1 I 1 LISTED I 1 SIZE r 1 MINUS I 1 3/32 LISTED '' LISTED SIZE I j SIZE 1 1 1 1 PLUS 1 1 1 I 1 1 1-3/4 I 1 21— • 1/2 -- MAX SIZE=LIST MINUS 1/2 — G--- 5/16 LISTED SIZE PLUS 1-3/4 4 ILISTED SIZE Model 63GH is a stamped straight blade return grille with mounting holes. It is constructed of steel with 1/3 inch fin spacing set at 20 degrees. Standard finish is white. PROJECT: • ARCHITECT: liz ENGINEER: CONTRACTOR: raw LOCATION: a a J&J Register. 500 E. Eighth St. Holland, MI 49423 Telephone (616) 392-7855 Fox: 1-800-223-8461 ile,'i 'r''Ai' i7 I,I`L II;A °�"(,0, "'n�r+Y 41}p�g dI'll"�,a r '.£' v' .� ? I ; i 'lir v . x IIp i dad itlfl' (;.v • ti ifi� aft AlreTechnologes Inc �s r Ix„ , 4� at 1 '1502 Industrial Drive 0^'• ,° , • • I E.Monongahela PA150R3 " �" � I : a; t 4 " d , d r. �� sohone RR6.421 AIRE -:-.' ;., i' i ,r: ) t„< ( , 1 � vreTechno%gies,Inc - tax 724 3101262 • ) P 3 'il vi 1 ; 4 ,, o! i •ON/comas./ . A g. 0 4.P ' +P. E t1 n (r A .. ` 1 ay t 1 'x t , www.eiretechnologles.com 1 , .,,t 6 1 ? h t v ? „,.c a i f 1 l ,/ .1 t , l 1 ii .'. 1, 1 id: -`i iiid y 1 7. '1,4,3g H ft Job Location 75 series Submitted to Type A Submittal Prepared by Approve Date Date mkt 7 UL Classified- 1E Hour Rating,Static For use in installations rated gI6 i 2 hours or less Standard profile(42/4")22Ga. 1 piece rollformed frame tai 1 Type A Damper, V , lit Blades in air-stream C Available for vertical or • horizontal installations Standard fusible link-165° A ( Q" (or w/optional 212°) y'," i t Available in stainless steel Available insingle-section sizes •• ,:_,.......-* from 4" x 4"to 60"x 60", multi-section sizes to 120"x 120" fly. -- INTER°••1 STAINLESSSTEEL NEGATOR ✓Y FUSIBLELINK STEELI CLOBUREBPRING BLADE LOCK FUSIBLE LINK E5 BLADES xzc.A. R FUSIBLE LINK r -' s p I (REPLACEABLE) �� � S�" Rg1fORMEOONE FIELE I■�I I° ow .4_ NUME]]fA 2■ ll■i■1 ��pSSlfj�o ORDERHEIGHTGHT p ® US Sw lain SUPPLIED N'LESSTNN ORDER HEIGHT K� V IJJ . I (V)VERTICAL MOUNT (H)HORIZONTAL MOUNT --awn EFV�� HORizONTAL MWNBNG MODELS INCLUDES = STAINLESS STEEL NEGATOR SPRINGS AND BUDS LOCKS SMAC Ael t• Damper Size ' , " Factory Sleeve Option FusibleThis product meets the requirements Qty. (vaverticai Link Tomb Dimensions ' for fire dampers established by: (H(.noNz. wli,,. . .(166°F7 sd. L x Gauge.:.. Material UL Standard 555 NFPA Standard 90A a a ICC Building Codes J • Flexible Duct Connector Vibration Preventing Duct Connector Specifications Packaging • Minimizes vibration and noise • 100 ft. per box • Available in Commercial and Residential • Available with vinyl, neoprene, hypalon, silicone, and teflon fabrics Grade Composition Gauge Recommended Use Commercial 3"Metal Commercial and Industrial Ap- (Option 1) 3"Fabric 24 ga.metal plications 3"Metal Commercial ' 3"Metal Commercial and Industrial Ap- (Option 2) 6"Fabric 28 ga.metal plications 3"Metal Power Lock Economy 2'/"Metal Light Commercial Applications 4"Fabric 28 ga.metal Residential 1 '/"Metal Residential and Light Commer- 3"Fabric 28 ga.metal cial Applications , 3 • TDC/TDF Com- 4"Metal Commercial and Industrial Ap- mercial 4"Fabric 24 ga.metal plications Protect Lock Fabric Specifications 4' Vinyl Neoprene Commer- Neoprene Residen- tial tial - - Base Fabric Woven polyester Woven fiberglass Woven fiberglass Color Black Black Black Weight 17.5 oz./sq.yd. 30 oz./sq.yd. 24 oz./sq.yd. Single Lock Tongue Tear 125/125 lbs. 25/20 lbs. 25/20 lbs. Tensile Strength 300/300 lbs. 500/500 lbs. 500/500 lbs. Low Temperature -40°F -40°F -40°F High Temperature 180°F 200°F 200°F _ I Ilypalon Silicone Teflon Base Fabric Woven fiberglass Satin weave fiber- Woven fiberglass glass i Color White Aluminum Gray Weight 24 oz./sq.yd. 17.5 oz./sq.yd. 18 oz./sq.yd. Posi K Tongue Tear 20/15 lbs. 50/40 lbs. • 60/40 lbs. Tensile Strength 500/500 lbs. 200/150 lbs. 400/300 lbs. Low Temperature -50°F -67°F -67°F C.L.\WARD High Temperature 250°F 500°F 500°F & FAMILY INC. 1460 Delberts Drive Monongahela,PA 15063 SMACN 888.973.7600 www.clward.com Not Affiliated With Ward Industries/Hart&Cooley • a CAMBRIDGE-LEE I 11111 INDUSTRIES, INC. IL° A 500 Lincoln Street,Boston,MA 02134 (617) 783-3100 Toll Free 800-2254378 Submittal Data There are no industry standards or specifications for linesets as assembled and supplied for use in connecting split system air conditioners and heat pumps. However, Cambridge-Lee employs the following designated materials in the production of its linesets. Copper Tubing: The basic material is phosphorus deoxidized copper, high residual phosphorus (commonly • referred to as D.H.P.) with a chemical composition of 99.9% CU minimum and .015% to .040% P. The tubing is fully bright annealed to a "dead soft" temper. Tube sizes are 1/4", 5/16", 3/8", 1/2", 5/8", 3/4", 7/8" and 1-1/8" outside diameter. Insulation: The insulation is flexible black elastomeric thermal insulation in thicknesses of 3/16", 1/4", 3/8" and f 1/2". It's thermally effective range is from -40°F to 200°F. It is produced to meet the requirements of ASTM C 534, Type I-tubular. It has a thermal conductivity of .27 BTU/in/hr/ft2/°F at 75°F mean temperature as measured by ASTM C 177. Holding Charge: Both the liquid line and the suction line contain a holding charge of dry nitrogen gas (N2) at a positive pressure (above atmospheric pressure) secured by sulphur-free rubber plugs at each end of each line. • eflect-cS • a dware Technical Product Specifications Dryer Vent - 4" Supurr-Vent® Louvered Vent Hood, Model No. Description Color with aluminum pipe and collar HS4W Hood only White HS4B Hood only Brown HSR4W Hood only White 4�—( 3 tt „e HSR4W/18 Hood only White I HSR4B Hood only Brown / _HSR46/t8 Hood only Brown ( SVHCW4 Hood/pipe unassem. Brown.. SVHCBy Hood/pipe unassem. Brown SVHXW4 Hood/pipe assem. White orf', w ,'Y;i''� r '/" (,`. �� SVHAW4 Hood/pipe assem. White �'. —� SVHAB4 Hood/pipe assem. Brown �___---- SVHUW4 Hood/pipe unassem. White SVHUB4 Hood/pipe unassem. Brown �----_ Performance Data HS4W, HS4B, MAW, for plastic molded vent hoods SVHCW4,SVHCB4, SVHAW4, SVHAW4/18, HSR4W/18, HSR46, Hood SVHAB4,SVHXW4, SVHUW4,SVHUB4 HSR4B/18 • Calcium filled Polypropylene • Melting point: 325° F+ • UV Inhibitor added Pipe • 6" • Aluminum 15.!em Collar 1 1-; • High impact styrene T7I General Information 4" • 4' dia. opening 10.2 cm 71i J e - I • quick, easy Installation _ 5' ; ,, a, • louvered construction helps prevent s_` "` 2' " " wind and rain from entering vent e D—__5/8 • opens with ease for maximun airflow If`--- Um n11" • durable weather resistant 21.9 cm • curved louvers for quieter operation Molded for easy connection of pipe Hood Dia. CFM Tested p/d in/w.c. 4' (10.2 cm) 50 4 .045 O O _� 4' (1o.z cm) 75 ✓ .056 4' (10.2 cm) too J .052 4' 06.2 •cm) 1z5 ✓ •043 II, 4" (10.2 cm) 150 4 .04z 41/6" ,I, 4' (10.2 cm) 175 ✓ .04 10.5 cm 4' (10.2 cm) 200 s/ .032 Plastic collar 0 " 51/2" • 14 em Rear View Side View ®2010 DEFLECTO CORPORATION• P.O.Box 50057•Indianapolis,IN 4625o•www.deflecto.com DEFLECTO/Canada Ltd.•St.Catharines,Ontario•Canada LZM 3Y2 Deflecto's policy is one of continual product improvement in design and manufacturing wherever possible, therefore all specifications and designs are subject to change without notice and without incurring obligations. so.10 SVHCW4tps-D - National REFRIGERATION, Inc. • MECHANICAL CONTRACTOR 3600 West Shore Road Warwick, RI 02886 (401)737-2000 Office, (401)737-2004 Fax office@nationalrefrlgeration.com Note 1: A. Duct Construction minimum galvanized sheet metal thickness as per SMACNA HVAC Construction Standards—Metal and Flexible Galvanized Rectangular Duct 1" - 12" 28 Gauge 13" - 30" 26 Gauge 31" - 54" 24 Gauge Galvanized Round Duct 1" - 12" 30 Gauge 13" - 14" 28 Gauge 15" - 18" 26 Gauge • Note 2: Short and Coordination Drawings A. Shop& Coordination Drawings: - To be as drawn. Field modifications to be included in"As Builds" - All duct sizes for duct board to be inside dimension - Hallway duct to be sheet metal, apartments to be duct Board Note 3: Distribution A. Apts—duct system to be with duct board(1" for 1 sc/2"d floors,2"for 3rd attic systems), Hallway—duct systems to be sheet metal B. All takeoffs and secondary runs will be of round duct. Sized for cfm design set by Engineer. No volume dampers in apt in branch takeoffs. Volume damper are installed in branch takeoffs in hallway only. C. Insulated flexible duct-maximum length allowed by code. D. 4"Flexible Duct to be used for bathroom exhaust,4" galvanized pipe for dryer exhaust, joints to be mastic Note 4: Insulation & Flexible Duct A. Duct wrap/insulation to be 1.5"Aluminum Foil Face Insulation for supply only (Insulate • Return Duct for Attic Spaces Only), R4.2 Flexible Duct, 1"duct board. In Attic space and unconditioned garages, are to meet the"Energy Conservation Code" incorporated by MA,to include 3" insulation for sheet metal duct, R8 for round flexible ducts, & 2" duct board. • Boston, MA 3600 West Shore Rd Cleveland OH McG}IANICgL Warwick RI 02886-5038 Chicago, IL i Office: (401) 737-2000 ! , /y Fax (401) 737-2004 an Wip,Drenter� CT KY slip, NY REFRIGERATION Manchester, NH Providence, RI CONTRACTOWS www.nationalrefrigeration.com Page 1 of 4 Service — Conditions of Response 1. Hours of Operation: M—F, 7—4 (Nights and Weekend are Premium firs for emergencies and/or Premium Service Agreements) 2. Standard Service Agreement (During warranty period, the standard agreement is in all contracts unless otherwise noted or agreed upon) • No Heat—NRI agrees to our"Standard Response Time"as stated below in item 4. If NRI does not perform,we are in violation of contract. Contractor or Owner may make other arrangements to rectify.NRI will cover additional expenses under same terms of • our standard service agreement. • No AC -NRI agrees to our"Standard Response Time"as stated below in item 4. If NRI does not perform,we are in violation of contract. Contractor or Owner may make other arrangements to rectify.NRI will cover additional expenses under same terms of our standard service agreement. • Condensate Water Leak-NRI agrees to our"Standard Response Time"as stated below in item 4. If NRI does not perform,we are in violation of contract. Contractor or Owner may make other arrangements to rectify.NRI will cover additional expenses under same terms of our standard service agreement • Nuisance Calls—NRI agrees to allow a maximum of 10 calls per 100 Units/Apts of nuisance calls for the duration of the warranty period.If there are 160 apt,you will be permitted 16 nuisance service calls at no charge. After the maximum#of nuisance call are used up, a charge will be assessed on all future nuisance call. The charge will be on a time a material basis. All dirty filters, lowered Tstats,off circuit breakers and disconnect switches will be considered nuisance calls.Also,call for tenants who turn there system on after being off all day and expecting system to make up a 20+degree temperature differential in less than 5 hours • AIR CONDITIONING • SHEET METAL • REFRIGERATION • HEATING Equal Opportunity Employer Page 2 of 4 • Premium Service Agreement(For duration of warranty period,the contract price is to be negotiated to reflect this modification to contract. Main = ance Bond available upon request$15 per$1,000 contra • No t—NRI agrees to all respond to all calls the same day by day nd (as late as 7 pm)if a ed service request is into our office before Ilam. Oth- ise by end of next calendar day : late as 7 pm). Weekends are included in th•: agreement. There are not temperature cons •ints. If NRI does not perform, we are • violation of contract. Contractor or Owner •.y make other arrangements to ectify.NRI will cover additional expenses under same ter of our premium servi • agreement. • No AC-NRI agrees to all respon' o all • s the same day by days end (as late as 7 pm) if a faxed service request is into our o i•ce before 11 am. Otherwise by end of next calendar day(as late as 7 pm). W• • ends : e included in this agreement. There are no temperature constraints. If N• I oes not perfo • , we are in violation of contract. Contractor or Owner may • ake other arrangemen to rectify.NRI will cover additional expenses under same t- s of our premium service ag -ement. • Condensate ter Leak AC-NRI agrees to all respond to a ails the same day by days end •: ate as 7 pm) if a faxed service request is into our of I - before l lam. Othe • e by end of next calendar day (as late as 7 pm). Weekends a ' 'ncluded in this agr•-ment.There are no temperature constraints. If NRI does not perform, e are in • solation of contract. Contractor or Owner may make other arrangements to re Ty.NM will cover additional expenses under same terms of our premium service agreemen 4. Standard Response Time(For duration of warranty period) • No AC — Calls faxed to our office before 11am,to our office on a NM Service Request Form will be responded to by the next 3 business day's end(as late as 7 pm!)at no charge. Standard parts agreement is enforced(Parts Agreement Noted Below). Exceptions: if temperature is over 90+degrees,the next 4 business day's end — Calls faxed to our office after 11am will be responded to by next 4 business day's end (as late as 7 pm)at no charge. Standard parts agreement is enforced (See Parts Agreement noted below)Exceptions: if temperature is over 90+degrees,the next 5 business day's end — Calls incurred after hours will be processed on the next business day.A follow up fax for a service request before 11am still applies if requesting standard response as listed above. Standard Parts agreement is enforced(See below). Exception: if 90+ degrees,the next 4 business days from fax date • Condensate Drain Leak — Same as"No AC"except note the following: a. HO/Tenant is to shut the system off. HO/Tenant may leave the system on but at their own risk and responsibility.NM accepts no responsibilities to any damages cause by the HO/Tenant who leaves the system running. • AIR CONDITIONING • SHEET METAL • REFRIGERATION • HEATING Equal Opportunity Employer Page 3 of 4 • • No Heat(Temperature below 60) — Calls faxed to our office before Ilam, to our office on a NRI Service Request Form will be responded to on the same day by day's end (as late as 7 pm!) at no charge. — Calls faxed to our office after 11am will be responded to by following business day's end (as late as 7 pm), unless it is deemed an emergency (Emergency Criteria listed below) — Calls incurred after hours will be processed the next business day unless it is deemed an emergency(Emergency Criteria listed below). A follow up fax need to occur the next day 5. Emergency Criteria (For duration of warranty period) • No AC Emergency — NM does not consider any situation an emergency for non functioning AC • No Heat Emergency — Current temperature is less than 30 degrees — Temperature to drop below 30 degree during non business hours 6. Standard Parts Agreement : NRI agrees to installed replacement parts within 72 hours upon receipt of part(s) from supplier and/or mfg for the following components: • • Major components—NRI agrees to repair or replace as required during the warranty period,any of the following parts at no charge to owner: compressor,coils &fan motors (AH or CU).Parts availability determined by local supplier and mfg • Minor components—NM agrees to repair or replace as required, any and all parts not listed above under major components at no charge during the warranty agreement. Parts availability determined by local supplier and mfg • Premium Parts Agreement:NRI agrees to installed replacement parts within 24 hours .: Diagnosis. Parts to be negotiated with supplier, mf: . . NRI. Options to store parts to be determined in c. • .ct. Ie,NM, supplier or owner to store all (or so .arts. • Major components—NRI agr- • repair o • ace as required during the warranty period, any of the following parts at • : !e to owner: compressor,coils&fan motors (AH or CU). Parts availabilit .e negotiated • Minor compo : s—NRI agrees to repair or replace as require., . .nd all parts not listed a.• • under major components at no charge during the warranty agre- - t. Parts ability to be negotiated. • AIR CONDITIONING • SHEET METAL • REFRIGERATION ' • HEATING Equal Opportunity Employer Page 4 of 4 • 8. Supplemental • It is common practice for apartment complexes to carry supplemental electric heaters and window units for their tenants as a courtesy.NRI does not accept any responsibility to carry these units during the warranty period, nor do we accept any responsibility or liability of any consequences that may occur if the apartment complex chooses not do so. • • • AIR CONDITIONING • SHEET METAL • REFRIGERATION • HEATING Equal Opportunity Employer • National REFRIGERATION, Inc. MECHANICAL CONTRACTOR 3600 West Shore Road Warwick, RI 02886 (401)737-2000 Office, (401)737-2004 Fax PREVENTATIVE MAINTENANCE ON EQUIPMENT Heating&Air Conditioning Equipment: Recommended Four (4)Times Yearly on complete Heat&A/C System by an authorized service agent,to include: - Change of filters quarterly - Inspect Condensing Units,clean debris from evaporator - Check and if necessary charge with freon - Inspect and lubricate all mechanical parts where required. - Thermostat calibration for accuracy. - Inspect Hot Water Heater and Venting Device • Note: Regular maintenance will enable you to increase the life expectancy of your equipment. In addition,this will help keep your electric,gas or oil bills down if all equipment is operating at manufacturer's specification.The manufacturer recommends the filters be changed monthly! Total neglected maintenance of your equipment may void your manufacturer's warranty! If there are any questions concerning the operation of your new equipment,please feel free to call our office. National is open M-F,8 am—4:30 pm. All after hours service calls are not covered in your warranty except for emergency heat. Comments: 110