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Report (62) COPPER-FIN II® 7 Lochmvar® OCT 1 6 1011 BOILER HIGH EFFICIENCY BOILERS&WATER HEATERS CITY OF TIGARD Submittal Sheet 3UILDING DIVISION CHE-Sub-10b COPPER-FIN II® GAS BOILER(MODELS 402-2072) MODEL NO. C1-41•1 -0562—1\1113 TYPE GAS Btu/hr INPUT Btu/hr OUTPUT 125�000 STANDARD FEATURES SMART SYSTEM FEATURES >85%Thermal Efficiency(AHRI Certified) >SMART SYSTEMTM Operating Control >Three Pump Control >Proportional Firing up to 4:1 Turndown >2 Line/16 Character LCD Display >System Pump >Hot Surface Ignition >Built in Cascading Sequencer for up to 8 boilers >Boiler Pump >Low NOx Operation >Front End Loading Capability with Crest or Knight Boilers >Domestic Hot Water Pump >Sealed Combustion >Building Management System Integration >High Voltage Terminal Strip >Low Gas Pressure Operation with 0-10 VDC Input >120 VAC/60 Hertz/1 Phase Power Supply >Vertical&Horizontal Venting >Outdoor Reset Control with Outdoor Air Sensor >Pump Contacts with Pump Relay >Category I Venting >Password Security >Low Voltage Terminal Strip >Double Wall"B"Vent Material >Domestic Hot Water Prioritization >24 VAC Auxiliary Device Relay Output-Louvers >Category IV Venting >Low Water Flow Control&Indication >Auxiliary Proving Switch Contacts-Louvers >AL29-4C Stainless Steel Vent Material >Inlet&Outlet Temperature Readout >3-way Valve Contacts for Low Temperature Protection >ASME Copper Funned Tube Heat Exchanger >Freeze Protection >Alarm on Any Failure Contacts >ASME Certified,"H"Stamped >Service Reminder >0-10 VDC System Pump Speed Contacts >Gasketless design >Time Clock >Runtime Contacts >160 psi working pressure >0-10 VDC Rate Output >DHW Thermostat Contacts >On/Off Switch >Condensing Protection >DHW Tank Sensor Contacts >Combustible Floor Rated(CH 0992-2072) >0-10 VDC System Pump Speed Input >Unit Enable/Disable Contacts >Adjustable High Limit w/Manual Reset >Data Logging >System Sensor Contacts-Supply and Return >Flow Switch >Hours Running,Space Heating >Outdoor Air Sensor Contacts >Low Air Pressure Switch >Hours Running,Domestic Hot Water >Contacts for Air Louvers >Inlet&Outlet Temperature Sensors >Ignition Attempts >Contacts on Any Failure >Easy Access Terminal Strips >Last 10 Lockouts >Cascade Contacts >Downstream Test Cocks >Programmable System Efficiency Optimizers >0-10 VDC BMS External Control Contact >50 psi ASME Relief Valve >Night Setback >0-10 VDC Rate Contacts >Temperature&Pressure Gauge >Anti-Cycling >1 Year Warranty on Parts(See Warranty for Details) >Outdoor Air Reset Curve >10 Year Limited Warranty(See Warranty for Details) >Boost Temperature&Time OPTIONAL EQUIPMENT FIRING CODES ❑>M7 Firing Code-California Code ❑>Alarm ❑>High&Low Gas Pressure Switches w/Manual Reset 0>M9 Firing Code-Hot Surface Ignition with Electronic Supervision ❑>Cupro-Nickel Heat Exchanger CI>M13 Firing Code-CSD1/Factory Mutual/GE Gap ❑>Low Water Cut Off,Probe Type w/Manual Reset&Test ❑>Modbus Communications CERTIFICATIONS ❑>BMS Gateway-BACnet or LonWorks ANSI Z21.13/CSA 4.9 certified 1:1>Combustible Floor Kit(CH 0402-0752) South Coast Air Quality Management District ❑>Stack Frame Texas Commission on Environmental Quality ❑>Low Temperature Protection Valve 0>30 psi ASME Relief Valve ❑>75 psi ASME Relief Valve ❑>100 psi ASME Relief Valve 1 ❑>125 psi ASME Relief Valve ❑>150 psi ASME Relief Valve Copper-Fin Il® Gas Boiler Dimensions & Specifications 1 E� �:. F GAS CONNECTION GAS CONNECTION 0402-0752 _ 0992-2072 ' II v - O'�r 1 111 00 '�' A INLET AIR G u- r`` '7 FILTER �>,aseI � �� r lit ✓� OUTLET INLET ID ,rILE • _ I 1 -w y5 ., rf',/ Copper-Fin II Heating Boiler Dimensions &Specifications Net AHRI Model Input Thermal Output Rating Number MBH Etficienc MBH MBH A B C Vent Air Gas Shipping E F G H Size Inlet Conn Wei,ht (980402 399 85% 339 295 31-1/2" 37-3/4" 22-1/4" 12-1/2" 7" 7" 29" 6.1/2" 6" 6" 1-1/4" 378 01110502 500 85% 425 370 31-1/2" 45-1/2" 22-1/4" 12-1/2" 1" 7" 29" 6-1/2" 6" 6" 1-1/4" 414 C11N0652 650 85% 553 481 31-1/2" 56-3/4" 22-1/4" 12-1/2" 8-1/2" 8-1/4" 29" 6-1/2" 8" 8" 1-1/4" 500 (980752 750 85% 638 555 31-1/2" 64" 22-1/4" 12-1/2" 8-1/2" 8-1/4" 29" 6-1/2" 8" 8" 1-1/4" 543 (800992 990 85% 842 732 36" 48-1/4" 33-1/2" 15-3/4" 8-1/2" 8-1/2" 33-3/4" 8-3/4" 10" 10" 2" 773 (H01262 1,260 85% 1,071 931 36" 58-1/2" 33-1/2" 15-3/4" 10-1/2" 9-1/2" 33-3/4" 8-3/4" 12" 12" 2" 863 (901442 1,440 85% 1,224 1,064 36" 68-3/4" 33-1/2" 15-3/4" 10-1/2" 10-1/2" 33-3/4" 8-3/4" 12" 12" 2" 965 (881802 1,800 85% 1,530 1,330 36" 82-1/4" 33-1/2" 15-3/4" 11" 11" 33-3/4" 8-3/4" 14" 12" 2" 1,100 CHN2072 2,070 85% 1,760 1,530 36" 92-1/2" 33-1/2" 15-3/4" 11" 11" 33-3/4" 8-3/4" 14" 12" 2" 1,219 Notes: Change'N'to'L'for LP gas models. No deration on LP models Water connections for Header increases"B"dimension 3-1 2-for models CH 0102-0752 and 6-14-for models CH 0992-2072 Water connections for models odels CH 0992-2(W 072 are 2-1 2"NPT on 11-1 4-centers. Performance data is based on mane facturer lest results. S Venting Options ❑ Aire-LocktM Direct Vent Sealed Combustion ❑ DirectAire"Vertical ❑ DirectAireE'Vertical w/Sidewall Inlet ❑ Outdoor Installation O Power DirectAire Horizontal ❑ Powered Side Wall ❑ Sidewall 1 LOCHM.VarLochinvar,LLC ® Lebanon, Maddox Simpson Parkway oesieM4111 Le615.8 Tennessee 37090 15.5 wuOr P:615.869.8900/F:615.547.1000 ^"•`�CERTIFIED. r� ..._. cru 0: HIGH EFFICIENCY BOILERS&WATER HEATERS In©®0 �� ;eanr�e�, 811 H 6/15—Printed in U.S.A. CO PER-FIN I°BOILER �1�L-kLo h liar CNP400,000'2 010,000 BTU/NR SUMMARY '* nigh Lnkkxy%ler heaters,Bolas*"a Pool linters CH-0402 CH-0502 CH-0652 CH-0752 CH-0992 CH-1262 CH-1442 CH-1802 CH-2072 WATER GALLON CAPACITY 1.5 1.7 1.9 2.0 3.4 3.7 4.1 4.5 4.8 HEATING SURFACE(SQ.FT.) 46.9 59.0 76.8 88.1 96.0 120.2 144.0 176.0 200.0 WATER CONNECTIONS 2" 2" 2" 2" 2-1/2" 2-1/2" 2-1/2" 2-1/2" 2-1/2" DRAIN 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" 3/4" MAX.WATER FLOW RATE(GPM) 55 55 55 55 90 90 90 90 90 HEAD LOSS(FT.OF HD.) 6.4 6.5 6.7 6.8 5.8 6.6 7.2 8.4 9.2 MM.WATER FLOW RATE(GPM)* 17 21 ‘( 28 32 29 37 41 51 58 HEAD LOSS(FT.OF HD.)* 0.6 0.7 1.6 2.3 1.1 1.3 2.0 2.6 4.8 MAX.WORKING PRESSURE(PSI) 160 160 160 160 160 160 160 160 160 #OF RELIEF VALVES 1 1 1 1 1 1 2 2 2 RELIEF VALVE SIZE 1" 1" 1" 1" 1" 1" 1" I" 1" RELIEF VALVE RATING(MBH) 1,3521,352 1 1,352 1,352 1,352 1,352 1,352 1,352 1,352 RELIEF VALVE PRESSURE RATING(PSI) 50 I 50 i 50 50 50 50 50 50 50 GASII INLET CONNECTION 1-1/4" i 1-1/4" 1-1/4" 1-1/4" 2" 2" 2" 2" 2" MAX.INLET PRESSURE,NAT 10.5"w.c. 10.5"w.c. i 10.5"w.c. 10.5"w.c. 10.5"w.c. 10.5"w.c. 10.5"w.c. 10.5"w.c. 10.5"w.c. MM.INLET PRESSURE,NAT 4.0"w.c. 4.0"w.c. I 4.0"w.c. 4.0"w.c 4.0"w.c. 4.0"w.c. 4.0"w.c. 4.0"w.c. 4.0"w.c. MANIFOLD PRESSURE,NAT 1.8"w.c. I 1.8"w.c. i 1.8"w.c. 1.8"w.c. 1.2"w.c. 1.2"w.c. 1.2"w.c. 1.2"w.c. 1.2 w.c. MAX.INLET PRESSURE,LP 13.0"w.c. 13.0"w.c. ° 13.0"w.c. 13.0"w.c. 13.0"w.c. 13.0"w.c. 13.0"w.c. 13.0"w.c. 13.0"w.c. MIN.INLET PRESSURE,LP 8.0"w.c. 8.0"w.c. i 8.0"w.c. 8.0"w.c. 8.0"w.c. 8.0"w.c. 8.0"w.c. 8.0"w.c 8.0"w.c. MANIFOLD PRESSURE,LP 4.6"w.c 4.6"w.c. £ 4.6"w.c. 4.6"w.c. 4.6"w.c. 4.6"w.c. 4.6"w.c. 4.6"w.c. 4.6"w.c. MAX BTU/HR INPUT 399,999 500,000 650,000 750,000 990,000 1,260,000 1,440,000 1,800,000 2,070,000 MIN BTU/HR INPUT 250,000 i 250,000 1 250,000 250,000 360,000 360,000 360,000 360,000 630,000 810/HR OUTPUT 339,999 1 425,000 i 552,500 637,500 841,500 1,071,000 1,224,000 1,530,000 1,759,500 ELECTRICAL VOLTAGE/HEATER 120 120 120 120 120 120 120 120 120 VOLTAGE/CONTROL 24 24 24 24 24 24 24 24 24 TOTAL AMPS 6.3 i 6.3 8.8 8.8 10.5 10.5 14.0 14.0 14.0 #OF ELECTRICAL CONNECTIONS 1 I 1 1 1 1 1 I 1 1 DIMENSIONS HEIGHT 31-1/2" 31-1/2" ," 31-1/2" 31-1/2" 36" 36" 36" 36" 36" WIDTH 37-3/4" I 45-1/2" 56-3/4" 64" 48-1/4" 58-1/2" 68-1/4" 82-1/4" 92-1/2" DEPTH 22-1/4" I 22-1/4" 22-1/4" 22-1/4" 33.1/2" 33-1/2" 33-1/2" 33-1/2" 33-1/2" SERVICE CLEARANCES i. FRONT 24" 24" 24" 24" 30" 30" 30" 30" 30" BACK 1" I 1" 1" 1" 3" 3" 3" 3" 3" RIGHT SIDE 1" 1" 1" 1" 3" 3" 3" 3" 3" LEFTSIDE(PIPING) 24" 24" 24" 24" 24" 24" 24" 24" 24" TOP 1" 1" 1" 1" 3" 3" 3" 3" 3" VENTING SIZE 6" 6" 8" 8" 10" 12" 12" 14" 14" VENT CATEGORY I I I I I I I I I I I VENT MATERIAL B-VENT I B-VENTB-VENT B-VENT B-VENT B-VENT B-VENT B-VENT B-VENT MAXIMUM DRAFT -0.08""w.c 0.08""w.c. 1 -0.08" w.c. -0.08"w.c -0.08"w.c. -0.08""w.c. -0.08"w.c. -0.08""w.c. -0.08"w.c. MINIMUM DRAFT -0.02 w.c. 7 -0.02"w.c. _; -0.02"w.c. -0.02"w.c. -0.02"w.c. -0.02"w.c. -0.02"w.c. -0.02"w.c. -0.02"w.c. *Minimum flow rate and head loss are based on a 40°F temperature rise for CH401-751 models and based on a 60°F temperature rise for CH0991-2071 models. Lochinvar,LLC•300 Maddox Simpson Pkwy•Lebanon,TN 37090.615-889-8900/Fax:615-547-1000 www.Lochlnvar.com CH-PS-07 (Replaces CH-PS-06 01/09) 01/14-Printed in U.S.A. Venting General information You must supply adequate combustion and ventilation air to this unit. You must provide minimum clearances for the vent terminal from adjacent buildings,windows that open,and building openings. Follow all requirements set forth in the latest edition of the National Fuel Gas Code,ANSI Z223.1,in Canada,the latest edition of CAN/CGA Standard B149 Installation Code for Gas Burning Appliances and Equipment or applicable local building codes. Vent installations for connection to gas vents or chimneys must be in accordance with"Venting of Equipment"of the above-mentioned standards. INOTICE Examine the venting system at least once each year.Check all joints and vent pipe connections for tightness.Also check for corrosion or deterioration. If you find any problems,correct them at once. Venting support Support horizontal portions of the venting system to prevent sagging. Provide an upward slope of at least 1/4 inch per foot (21mm/m)on all horizontal runs from the unit to the vertical flue run or to the vent terminal on sidewall venting installations. Do not use an existing chimney as a raceway if another appliance or fireplace is vented through the chimney. The weight of the venting system must not rest on the unit. Provide adequate support of the venting system. Follow all local and applicable codes. Secure and seal all vent connections. Follow the installation instructions from the vent material manufacturer. Barometric damper location Any venting system option that requires a barometric damper must adhere to the following directions for optimum performance. The preferred location for the barometric damper is in a tee or collar installed in the vertical pipe rising from the unit's flue outlet. The barometric damper MUST NOT be installed in a bull head tee installed on the unit's flue outlet. The tee or collar containing the barometric damper should be approximately three feet vertically above the connection to the unit's flue outlet. This location ensures that any positive velocity pressure from the unit's internal combustion fan is dissipated and the flue products are rising due to buoyancy generated from the temperature of the flue products. Adjust the weights on the damper to ensure that draft is maintained within the specified range. TABLE 2A FLUE AND AIR INLET PIPE SIZES MODEL FLUE SIZE AIR INLET SIZE MODEL FLUE SIZE AIR INLET SIZE* 402 6" 6" 992 10" 10" 502 6" 6" 1262 12" 12" 652 8" 8" 1442 12" 12" 752 8" 8" 1802 14" 12" -- -- -- 2072 14" 12" 'Minimum diameter for air inlet pipe. Installer may increase diameter one pipe size for ease of installation,if needed. Venting (continued) Conventional negative draft venting A I NOTICE I Before installing a venting system,follow requirements found in the General Venting section. This option uses Type-B double-wall flue outlet piping.The blower brings in combustion air. The buoyancy of the heated flue products cause them to rise up through the flue pipe.The flue outlet terminates at the rooftop. Negative draft The negative draft in a conventional vent installation must be within the range of 0.02 to 0.08 inches w.c.to ensure proper operation. Make all draft readings while the unit is in stable operation(approximately 2 to 5 minutes). Connect the flue vent directly to the flue outlet opening on the top of the unit. No additional draft diverter or barometric damper is needed on single unit installations with a dedicated stack and a negative draft within the specified range of 0.02 to 0.08 inches w.c. If the draft in a dedicated stack for a single unit installation exceeds the maximum specified draft, you must install a barometric damper to control draft. Multiple unit installations with combined venting or common venting with other Category I negative draft appliances require each boiler to have a barometric damper installed to regulate draft within the proper range. Do not connect vent connectors serving appliances vented by natural draft (negative draft) to any portion of a mechanical draft system operating under positive pressure. Connecting to a positive pressure stack may cause flue products to be discharged into the living space causing serious health injury. Flue outlet piping With this venting option, you must use Type-B double-wall vent materials. Vent materials must be listed by a nationally-recognized test agency for use as vent materials. Make the connections from the unit vent to the outside stack as direct as possible with no reduction in diameter. Use the National Fuel Gas Code venting tables for double- wall vent to properly size all vent connectors and stacks. Follow the vent manufacturer's instructions when installing Type-B vents and accessories,such as firestop spacers,vent connectors,thimbles,caps,etc. Provide adequate clearance to combustibles for the vent connector and firestop. When planning the venting system,avoid possible contact with plumbing or electrical wiring inside walls,ceilings, and floors. Locate the unit as close as possible to a chimney or gas vent. Avoid long horizontal runs of the vent pipe,90°elbows,reductions and restrictions. No additional draft diverter or barometric damper is required on single unit installations with a dedicated stack and a negative draft maintained between 0.02 to 0.08 inches w.c. Common Venting Systems You can combine the flue with the vent from any other negative draft,Category I appliance.Using common venting for multiple negative draft appliances requires you to install a barometric damper with each unit.This will regulate draft within the proper range. You must size the common vent and connectors from multiple units per the venting tables for Type-B double-wall vents in the latest edition of the National Fuel Gas Code,ANSI Z223.1 and/or CAN/ CGA-B149 Installation Code. Common venting systems may be too large when an existing unit is removed. At the time of removal of an existing appliance,the following steps shall be followed with each appliance remaining connected to the common venting system placed in operation,while other appliances remaining connected to the common venting system are not in operation. 1. Seal any unused opening in the common venting system. 2. Visually inspect the venting system for proper size and horizontal pitch. Make sure there is no blockage or restriction,leakage,corrosion and other unsafe conditions. 3. If possible, close all building doors and windows. Close all doors between the space in which the appliances remaining connected to the common venting system are located and other building spaces. Venting (continued) 4. Turn on clothes dryers and any other appliances not connected to the common venting system.Turn on any exhaust fans,such as range hoods and bathroom exhausts,so they will operate at maximum speed.Do not operate a summer exhaust fan. 5. Close fireplace dampers. 6. Place in operation the unit being inspected.Follow the lighting instructions.Adjust thermostat so unit will operate continuously. 7. Test for spillage at the draft hood/relief opening after 5 minutes of main burner operation.Use the flame of a match or candle, or smoke from a cigarette,cigar or pipe. 8. After making sure that each appliance remaining connected to the common venting system properly vents when tested as above, return doors,windows,exhaust fans,fireplace dampers and other gas burning appliances to their previous conditions of use. 9. Correct any improper operation of the common venting system so that the installation conforms to the latest edition of the National Fuel Gas Code, ANSI Z223.1, in Canada, the latest edition of CAN/CGA-B149 Installation Code for Gas Burning Appliances and Equipment.When resizing any portion of the common venting system,resize to approach the minimum size as determined using the appropriate tables of the latest edition of the National Fuel Gas Code,ANSI Z223.1,in Canada,the latest edition of CAN/CGA-B l49 Installation Code for Gas Burning Appliances and Equipment. Masonry chimney installations A masonry chimney must be properly sized for the installation of a high efficiency gas-fired appliance.Venting of a high efficiency appliance into a cold or oversized masonry chimney can result in operational and safety problems. Exterior masonry chimneys, with one or more sides exposed to cold outdoor temperatures,are more likely to have venting problems.The temperature of the flue products from a high efficiency appliance may not be able to sufficiently heat the masonry structure of the chimney to generate proper draft.This will result in condensing of flue products,damage to the masonry flue/tile,insufficient draft and possible spillage of flue products into an occupied living space.Carefully inspect all chimney systems before installation. Do not vent this unit into a masonry chimney without a sealed stainless steel liner system. Any breaks,leaks, ` � or damage to the masonry flue/tile will allow the flue products to leak from the chimney and into occupied living spaces.This could cause serious injury or death due to carbon monoxide poisoning and other harmful flue products. I NOTICE I Check with local code officials to determine code requirements or the advisability of using a masonry chimney with a sealed corrosion-resistant liner system. Inspection of a masonry chimney A masonry chimney must be carefully inspected to determine its suitability for the venting of flue products. A clay-tile-lined chimney must be structurally sound,straight and free of misaligned tile,gaps between liner sections,missing sections of liner or any signs of condensate drainage at the breaching or clean out.If there is any doubt about the condition of a masonry chimney,it must be relined with a properly-sized and approved chimney liner system.An unlined masonry chimney must not be used to vent flue products from this high-efficiency unit.An unlined chimney must be relined with an approved chimney liner system when a new appliance is being attached to it.Metallic liner systems(Type-B double-wall or flexible or rigid metallic liners) are recommended. Consult with local code officials to determine code requirements or the advisability of using or relining a masonry chimney. Vertical vent termination clearances and location The vent terminal should be vertical and exhaust outside the building at least 2 feet (0.61m) above the highest point of the roof within a 10 foot(3.05m) radius of the termination. The vertical termination must be a minimum of 3 feet(0.91m)above the point of exit. A vertical termination less than 10 feet(3.05m)from a parapet wall must be a minimum of 2 feet(0.61m)higher than the parapet wall. Keep the vent cap clear of snow,ice,leaves,and debris to avoid blocking the flue. Venting (continued) OR MQ2E THAN 10' y LESS m' 111 I� '''III1 ;�'��� 1 . I 1 1_ 'I-1 2'MIN 3'MIN RIDGE iL3T �. `q, 4 RIDGE `- CHIMNEY CHIMNE tr Figure 2-1_Vent Termination from Peaked Roof- 10 ft. Figure 2-2 Vent Termination from Peaked Roof- 10 ft. or Less From Ridge or More From Ridge INOTICE Vent terminations are not shown in FIG.'s 2-1 thru 2-4. Make sure all vertical vents are installed with vent terminations recommended by the vent manufacturer. 10'OR LESS ..- -- 10'OR LESS I — 10'ORMORE .r® If 11,111 L 1 IIIJIIV 2'MIN 2'MIN 1 i 3'MIN 3'MIN `` WALL OR r' NOTE:NO HEIGHT ` PARAPETq�'.' ABOVE PARAPET �I'„ s( REQUIRED WHEN ,J � „,r DISTANCE FOR WALLS OR PARAPETS IS MORE CHIMNEY WALL OR CHIMNEY THAN 10'. PARAPET CHIMNEY Figure 2-3_Vent Termination from Flat Roof- 10 ft. Figure 2-4 Vent Termination from Flat Roof- 10 ft. or or Less From Parapet Wall More From Parapet Wall S Diagrams Ladder Diagram RM _ AX NL 1- 4=rw141 Eo " 111,4T PUMP REwY .._.....TY SPEC b TERGRATE FRaxoEPC—rS7 O LWTIONAL ITEM) D 00 PLOWER REwv o 9 M,ti,, - j 0 — LOW VOLTAGE ymfna, xzwao SPEED RELAY 120 VAC 'm f ) 0 yA'm y x,' uN 0RELAv MIP, E r' !PE, XIS TEMAL P O Mi • 0 x';_.—a- ,,,,R., Mi q1 8 D ra o m Hr, , 00 Ste. -ggp m z 3+ In STAGE 3 NS o ' xl Fr 2 per° « Z m= o x,.2 c.s515 0A=m ..� MOO9�51NERFACEROARo �� L t... J • cl eREANERO RANSFORMER L J C RCU r BREAKER '—TRANSFORMER ALVE • "�o R Lx,�z srnceiOsv �as xl�_,_• 3 TAG5vvE x ob� O < C2t x, STAG— ==`25 )— xt)--STA_v LVE--< L,J • >b 1- -<21 FL • oT� 9b BOARD — AREw oNNECTIO N , - —, <�I ( L o2o ` X> ALARM" n%2;I wCONTACTS l • l � L omoo, l —o �l ALARM . J oE L0O8J AIR;RESSURE fsLOCNo FL CONNECTION BOARD 1 •▪,-- o� �a5 3 c.3,3 RELAY • PRESS SNWia TrIJ BOARD,gss %6 .,, LOUVER v r • CT FI LAA-AII 1 X' b _NACrS 24V• OPEN 9 9 X56 OM , ,9 . ONNON 2 CLOSE L STwE IENABLEIIII a. oR >--<2 RaE aY R >--<" � POOL ,. 9b o=o w 08) 1 41 �� 5 PO SSENSOES9L II h CN5d X6>---‹S , ' SY POOL LWVER PROVING ' C 5 SERE NSORS] NC 5 X7.-8C>--< x83 INLET SENSOR 52 GNI WTPUL CNe;o�]a —_ CNC 7X8 xS 2 OUTLET SENSOR S, CASCADEMUNE ' S SR X88 2N0 OlAILET SENSOR S9 CM CONN nON BORON -�b SPEEDSYSTEM PUMr II NPUT La ON?? ASIS CO74500500 SCARE? X5,2 CN98 cENSO ps w CASCADE o I. ; .18 CI48.8 1 . . r„——34 71 MECO MI - i " ' COLMPU ER Y9>-(2 x9>---( ,N RTu I zr22M I L_B2491._J HI—FIELDNIRI OPT.A LA RM HARNESS „M1*.iii ' r`,Pe„ro.„ex .;3 ida tr �+'[Q snu- s �x ' ax• r� t��.>�.." lro:aH+o.ncos�¢c�s [ e ©�0 aRpg ( DIGITAL HARNESS 1.All wiring must be Installed In accordance wlm:local,state. requ per either � ii► p$,r , provincial and national code requirements arm LCF {��1 zzot N.E.G.In USA or GSA.In Canada. �:'1 a.v.�, [LN:Or+a7 Q iE• 7'. 2. If any original equipment wire as supplied with the appliance must be replaced ,It must be replaced with wire L srpcE J4 arc e' co,,,, T Q _ im_M!!'.r: won Q G having same wire gauge(AWG)end rated for a minimum of tOES A _N ■C1 ' V _ 000 k'"'•• Q • 3. Actual connector block locations may vary from those shown on diagrams. Refer to actual components for 5T CE MI�,�~u �T©iQ B 4:=„,. ,O� O 00r,,,,- 11 1~ �W 0M T Proper connector dock locations when using diagramsto trouble shod unit. OPT.ALARM JC t�tta " ,e1.,rr€oi0 O9 0 -mem �aL O m T O BL Lwco r BL B`-� -i Low tvr _ c_Jtitl ff r' .. �QIQ` a� 0.0 eww Y 1 �� ..sn K �� VOLTAGE IR _ USE rQiQ T YS Q C n n�BL Q� Qom© ��O (40 T T ` HAR(JESS C exm - 11111 J,, ♦T • E1. �© O>I E vat nur �}' 1 C n�{®eueK FLOW SWITCH or.-,7, EST i * LWCE co eiH n.i �� Bn_ QI*^'1 ? /Q • 8�,.: �G 'i,7,c —PR08 L r �■©� >' ,,,,,,, ••fl, RESET a) •,,,,,,,,-.7.„..„:3 ww- x .�ii--�� CHASSIS "�$��,�C�a`a�T, 1 - r r�eL ! 1 3LF Ol �.. m m w r�gygm:IBLOCK `u GROUND�if'.VAC tl � Q Q///���Q1 �IINIT� ts[� C toao C • FLUE I\/1 0 A'dTl ��� i. ° �� :1=f91''©i0 -.1.-u,—Bn Q �'� 000 I -�- R. WITCH CONNESOO9� .-.11.0R 11 CO d = 000 AIRPROVEr (,) 7='Fd�i{°a "oT ©� - '�.aR O 0 e)- swrlcH l BOARD S �_ _2 •— t ems t{�oaaax �H HIL,,,, - •- HI-GAS Ot on �+ 1 ���u ctn m •R ,� � �. Qin t..m©, 31...E...i1©•, ILL.] R ,, i ��o • a OT©' .p.- 0Q Q1, ..�. O '_ O ^ �e®� S[F x _ ,z-°' •-•.-e o dA POOL �y cam.crwrv. i ,..a � O�� %:..L-i © -+��rrT 2 IOGA3 R `x1.LCs' iC SAFETY 9n-�O1}10K H1iCr°ttwaos f: Q PR •,v F 0,D .. �tlBK O --.L."-,__ r''t w1TCH ELL ,ALARM COIL ma SUPPLY 'oon fffYtYtYt))) M RF1nY SILENCING AB RM ALAR o 1gwmK a- stl'.a.li.►a °.:,,, T Oi Fps B• p 4:' B .2.10 B o ae Rom/0.ER INA 11 I '' '7F01-1 01-10V DC IT° �_C � IN/ O • _• l'�. LUG �� k DIGITAL • Cr+La,i��- in oPilot �WTPUTI COrMNRi1T►12O OL HEATR QWR .000 nor IDENTIFICATION O© HARNESS 1� _�.... d� SAFETY 10 KI20K --- • • 3_,'. SENSOR OUTLET tem a � ,,g, . 1.. �YY-Y\©l M '3 _ �,I. ©O w Q`©� '. iiiDISPLAY - i2'. 2 PD OWER '� R BLjj'$ S Bl j INLET 10K ap-8. �,,W,H'F,R o rrt k 0 C 0 0 V 0 RPM,' R.oEK/o WO RIO RnvrY 510 ''Q'en•®-. - Q •^..:., z SENSOR ��g., 24VCOM ®avdyl: G BK ott.e o,e,o ogle opp opit op.O '��).ww. Lo tzovIII MAIN POWER HARNESS -G-O - BL 5t St sz ss sa no yv ONo=�, Q_ ii . TO 2dV w. ©�Q Y- 4 i ' i 4 4 4 `�� - 0 H I� CONNECTION I OPT.MODBUS HARNESS) CONTROLLER GROUND�' '• �: © 1 w I el, BK G BGARO I IN DAHW PUMP�1 0' w. "R y' Y- Low GaS BK w K BW RELAY COIL(R)' 1 - Q C)13p; �QY- `SWITCH TAGS et AGENt STp-p2 STAGEpS STAGE as STACEpa R 41(.03 •1 1I O P--oQ} agWA y © Q-a' O B O..e O 13YSTEM PUMP Gi w� © W A ! B`© . ` Q BL T Q BURNER f BURNEfT w �a] �F �I p K'�.'�� i ®r1(.0 W 0 E RELAY COIF -'�©Q 1.11.---; R'1 HSI GROUND #2 HSI GROUND n, 6 b LL CKT.BREAKER T (� /y� B'wtEIt RELAY `� 120V I O PR- O }{ }�{ HYLO SPEED RELAY MODBUS ADAPTER 1HP UNIT C .R•� Q©`�Q V C - T ©�. Y{D��n T �n GT ACCdI zwnc COIL � ( 1....E")0 1 MAX PUMP .R� BR wle V C :�O5Q. •T�®11n I �GY1w �.s I r (BREAKERMEW BL $ I n 120VI50 Hz NEUTRAL C: 73 9w Ct rP.yby,'z'w��- wwiER•- Q T MAIN UNIT HARN E33� �B` oon -, SUPPLY LINE �:' w\ t A4•' =_gyp 0 .•_I�.n .moi.. II DANGER -Bn 7DTJe r LaCO7�e5 B S CHASSIS ON/OFF PUMP RELAY �'a.'YYO_i lipC ',��-O-f1 i•;-T I:1_-•'Jt c^ii• ,-w�0�� L. t. GROUND GROUND SWITCH 120VAC COIL ©' C _a B O THSIfATFR MAY BECCNELTED TO M7€THW OhE BRaVC1i Y v,c.vsuwvw Txc ExcsTsns rAAM UNIT•_ CIRCUIT MFETHAN CCE ORC dECf9WTCH MAY BE Gas YALYEneon LBl.2W12 REVA PE-CORED TO CC-D6T7ZE T HE EIXARVEN7 FOR S`ERNGI NG N E co L co ADD APPROPRIATE VALVE PUMP CHC 10K SENSORS NEMA 3R System Sensor#10K025W II Sensor with 1/2" MIPT x 2.5" 304SS well without lagging extension - - - - ...- . NEMA 3R System Sensor#10K040W Sensor with 1/2" MIPT x 4" 304SS well without lagging extension NEMA 3R System Sensor#10K040LW and well #2SL-613 sensor with 3/4" MIPT x 4" Insertion brass well with lagging extension NEMA 4X System Sensor#10K040LW-4X and well #2SL-613 for Outdoor Applications Outdoor Air Sensor#10KOUTDOORAIR Product Specifications Sensor Output: 10K Ohms @ 77°F(25°C)Type II Accuracy(0 to 70°C): +/-0.2°C (+/-0.36°F) Stability: +/-0.13°C (0.23°F) Operating Temperature Range: -40 to 302°F (-40 to 150°C) Operating Humidity: 0 to 90%RH non-condensing Application and Verification Form Instructions for Residential Energy Tax Credit ' . Premium Efficiency Ductless Heat Pump F r ita h 1• � �',•r Oregon Department of Energy . The Oregon Residential Energy Tax Credit program provides a personal income tax credit for the installation of ductless heat pumps, sometimes called "mini-split" heat pumps, which are certified as energy efficient by the Oregon Department of Energy(ODOE). An applicant can receive a tax credit up to$1,300 or 50 percent of the cost of the device, whichever is less. Eligibility: Complete RETC requirements may be found in ORS 4698.100-469B.118, ORS 316.116, and OAR 330-070. Qualified premium efficiency ductless heat pumps must: • Be new and installed in an Oregon dwelling that is your primary or secondary (vacation) residence, or property for which you are the landlord (tenants who install eligible devices may also apply). • Have an inverter-driven variable speed compressor. • Be installed by a technician trained by the equipment manufacturer. • Be listed in the Air-Conditioning, Heating, and Refrigeration Institute (AHRI) Directory of Certified Products. • Deliver at least 50 percent of its AHRI-certified rated heating capacity at 17°F outside temperature. • Have a minimum Heating Seasonal Performance Factor(HSPF) of 10.0 or greater. • Include no integrated electric resistance backup heat. • Be sized and installed per manufacture specifications. • Meet minimum performance specifications as outlined in Oregon Administrative Rules. This tax credit is in addition to, but may be limited by, other tax credits and utility or efficiency program rebates or incentives.The tax credit issued applies to the tax year the equipment was purchased, as long as it operational by April 1 of the following year. Otherwise, the tax credit is provided for the year in which the device is operational.The RETC program is scheduled to sunset on December 31, 2017. To meet the program's sunset, RETC-eligible devices must be purchased by December 31, 2017 and operational by April 1, 2018. ODOE must receive applications no later than June 1, 2018. ODOE verifies the energy efficiency of devices for the RETC program. It is the applicant's responsibility to ensure compliance with all other eligibility requirements outlined in administrative rules and statute. Apply for Your Tax Credit: A. System Installation &Verification. Verify that the ductless heat pump meets the qualifications in Oregon Administrative Rules, and that the installing technician received factory-sponsored training within the last 5 years. B. Submit a Completed Application and Verification Form for Premium Efficiency Ductless Heat Pumps. Have your installer complete Sections 2 and 3 of the application. The technician must follow manufacturer's start-up and commissioning procedures, and must provide you with a copy of the AHRI certificate of product rating. Include a copy of your paid receipt showing the date, name of the installing company, the heat pump make and model, your device cost, and the total amount paid. RETC Ductless Heat Pumps -1- 1/17 ODOE i Submit your application promptly, as processing time can vary depending on device type. If your system is approved, you will receive a Tax Credit Certification postcard with your tax credit amount in the mail, which you will need when you file your Oregon Income Tax Return. If you have questions concerning claiming the credit on your Oregon tax return,contact the Oregon Department of Revenue at 1-800-356- 4222 800 3564222 or (503) 378-4988. Your Social Security Number is required to process your tax credit application and may be shared with the Oregon Department of Revenue. It is used to establish your identity for tax purposes only and is authorized by 42 U.S.C. §405(c)(2)(C)(i) and OAR 330-070-0025(2). ODOE cannot process your application without it. C. Claim the tax credit on your state income tax form.The credit must be claimed in the tax year in which the device was purchased if the system is operational by April 1 of the following year. Otherwise, the tax credit is claimed the year the device is operational. Proof of purchase must be a contract or invoice dated in the year for which the applicant is claiming the credit.The operational date for the devices is the date when final inspection is completed by a local jurisdiction and is fully operational. D. Keep your Certification postcard, a copy of your application,and proof of payment with your tax records. Do not attach them to your tax return. If your return is audited, the Oregon Department of Revenue will request copies of the information from you.Tax credits not taken in the first year may be carried forward up to five years; for more information, consult your tax preparer or call the Oregon Department of Revenue. Pass-through Option:The Residential Energy Tax Credit pass-through option allows an eligible applicant that purchases a qualifying device to transfer their Residential Energy Tax Credit to another individual, estate, or trust(pass-through partner) subject to Oregon personal income tax under ORS 316.You and your pass-through partner(the tax credit recipient) will complete and sign the Pass-through Option Application and mail it to the Oregon Department of Energy. ODOE will then issue the tax credit certification to the pass-through partner.The pass-through option is a one-time transfer and is final.There may be tax implications; consult with your tax preparer or call the Oregon Department of Revenue. Contact: If you have questions about claiming the credit on your Oregon tax return, contact the Oregon Department of Revenue at 1-800-356-4222 or 503-378-4988. If you have any questions about equipment eligibility or the application process, please visit ODOE's website at www.oregon.gov/energy or call us toll-free: 1 (800)221-8035. RETC Ductless Heat Pumps -2- 1/17 ODOE o FJ Application and Verification Form for Residential Energy Tax Credit ge � � Premium Efficiency Ductless Heat Pump ,*\ a % Oregon Department of Energy ra 59 550 Capitol St. NE, 1st Floor Salem,OR 97301 All application fields required. Toll-free:1-800-221-8035 , Incomplete applications will not be Salem:(503)378-4040 Fax: (503)373-7806 processed&will be returned to applicant. www.oregon.gov/energy 1.Customer Information Name: Social Security No.A: Email Address: Mailing Address: I Daytime Phone: City: County: I State: Zip: Street address where system(s)installed(if different): City: Oregon County: I State: Zip: If different than mailing address,please explain: Check if this is your: ❑ Primary residence ❑Secondary(vacation)residence ❑ I am the landlord of this property Date Purchased: Operational Date: 2.Utility&House Information Installing Technician should complete this section* Installation type: ❑ New home ❑ Existing home(main heating system) ❑ Room addition/basement/attic Total dwelling heated floor area: sq.ft. Percent total area served by ductless system(s) Other heating systems in house: ❑ Electric resistance ❑Gas/oil furnace ❑Wood/pellet stove Electric utility company: Natural gas utility company(if any): 3.System Information Installing Technician should complete this section.* Manufacturer Outdoor unit model#1 AHRI Reference#B Indoor unit model#1 Date of Purchase Indoor unit model#2 HSPF Rating AHRI Heating Capacity 17°F(Btuh) a. Heating Capacity @ 17°F: Btu/hour b. Heating Capacity @ 47°F: Btu/hour (line a)+(line b)= Must be greater than 0.50(50%) Contractor Name: Multiple Applications for this address: Yes or No ❑ Installed by a technician trained by the device manufacturer 4.Tax Credit Calculation 1.Total cost(including device,materials and installation labor) $ 2.Cost of RETC eligible device(device and materials only) $ 3.50%of the cost of the device(Line 2*0.5) $ 4.Tax Credit from RETC Rate Chart(www.oregon.gov/energy) $ 5.Tax Credit Amount(Line 3 or 4,whichever is less;maximum$1,500) $ 6.Other Incentives*(utility rebates and other credits) $ * If the sum of any rebates,cash payments,grants or tax credits and the RETC(Line 5+Line 6)exceed the total cost(Line 1), ODOE will reduce the RETC amount calculated in Line 5. A Your Social Security Number is required to process your tax credit application and may be shared with the Oregon Department of Revenue.It is used to establish your identity for tax purposes only as FOR OFFICE USE ONLY authorized by 42 U.S.C.§405 and OAR 330-070-0025(2). B At the time of installation.From your installer or www.AHRIDirectory.org(required). File No.: RETC Ductless Heat Pumps -3- 1/17 ODOE 4.Pass-Through Option(Homeowner completes) ❑ I want to keep the full tax credit myself ❑ I want to transfer my tax credit to a person subject to Oregon personal income tax. • If your tax credit is$1,500 or less: -Your pass-through partner will pay you 95%of the certified tax credit amount -Your pass-through partner will receive 100%of the tax credit to be taken in one year You and your pass-through partner(the tax credit recipient)will complete and sign the Pass-through Option Application and mail it to the Oregon Department of Energy.The pass-through option is a one-time transfer and is final.The Department of Energy will then issue the tax credit certification to the pass-through partner. Important: There may be tax implications;consult with your tax preparer or call the Oregon Department of Revenue. 5.Declarations and Installation Verification I understand that the Oregon Department of Energy does not make any warranty concerning the performance,operation, installation,or any other characteristic or feature of the system.ODOE approval is only for purposes of obtaining the Oregon Residential Energy Tax Credit.I certify that I am the original owner of the system(s). I certify that the system(s)is not installed on a recreational vehicle or motor home.By signing below,I(we)certify that the system described in this application is installed,that I received an operating manual for the system,and the information contained herein is accurate and true. The Oregon Department of Energy does not sell information from this application as a mailing list. However,we may be required to disclose the name,address,and phone number from your application under the Oregon Public Records Law,ORS 192.410 et seq.We can withhold the address and phone number following a written request explaining personal safety concerns,such as a temporary restraining order.The Oregon Department of Energy does not endorse any company that requests the information. 6.Signatures Signature of Applicant: Date Signature of Joint Applicant: Date Co Applicant:(Not for Pass-through Option) Only if two or more persons are purchasing this system and filing separate tax returns,give information below. Name: Address: %ownership: Social Security NumberA: Applicant Signature: Date: 7.Mailing Instructions Before mailing,be sure your application is complete: ❑Application form with your Social Security Number and signature. ❑Attach a clear copy of your final sales agreement and itemized receipt. Photocopy all documents for your records and mail the originals to: Oregon Department of Energy 550 Capitol St.NE,1st Floor Salem,OR 97301 For more information contact: Call toll-free: 1-800-221-8035 Salem:(503)378-4040 Fax(503)373-7806 Email:askRETC@oregon.gov Website:www.oregon.gov/energy RETC Ductless Heat Pumps -4- 1/17 ODOE