Nibe Climate Master RGED Series Installation Instructions Manual
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Nibe Climate Master RGED Series Installation Instructions Manual

Nibe Climate Master RGED Series Installation Instructions Manual

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INSTALLATION INSTRUCTIONS
FOR PACKAGE GAS ELECTRIC UNITS
RGED SERIES 7.5, 8.5, 10.0 & 12.5 TON [26.4, 29.9, 35.2 & 44.0 KW]
60 HZ MODELS
WITH R-410A REFRIGERANT
CONTENTS
A. Important Saftey and General Infromation ...............................
B. General Specifications ................................................................
C. Installation of the Unit .................................................................
D. Duct and Venting .........................................................................
E. Electrical ....................................................................................... 27
F. Control/Thermostat Wiring .......................................................... 31
G. Gas ................................................................................................ 34
J. Startup and Operation ................................................................. 47
K. Test and Balance ......................................................................... 55
M. Humidity Control ......................................................................... 56
N. Diagnostics .................................................................................. 59
4
P. Appendices ................................................................................... 75
5
A - General Product Data .............................................................. 75
11
B - Electrical Data .......................................................................... 78
20
C - Air Flow Performance Data ..................................................... 89
D - Heat & Cool Performance Data ............................................... 97
E - Gas Heat Performance Data .................................................... 116
F - Refrigerant Charging Charts .................................................... 117
G - Wiring Diagrams & Schematics ............................................... 125
R. Information for the Owner .......................................................... 156
S. Installation Check List and Job Site Sheet ............................... 157
ST-A1273-32-00
92-106932-02-00

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  • Page 1: Table Of Contents

    INSTALLATION INSTRUCTIONS FOR PACKAGE GAS ELECTRIC UNITS RGED SERIES 7.5, 8.5, 10.0 & 12.5 TON [26.4, 29.9, 35.2 & 44.0 KW] 60 HZ MODELS WITH R-410A REFRIGERANT ST-A1273-32-00 CONTENTS A. Important Saftey and General Infromation ....... P. Appendices ................... 75 B.

  • Page 3: Important Saftey And General Infromation

    CONTENTS (DETAILED) A. Important Saftey and General Infromation ........ J. Startup and Operation ............... 47 A.1. Important Saftey and General Information ........... J.1. Final Inspection ..................47 A.2. Agency Performance Audit and Efficiency Testing Notice ....J.2. Turning on Power for the First time ............47 A.3.

  • Page 4: Important Saftey And General Information

    A. IMPORTANT SAFETY AND GENERAL INFORMATION A.1 Introduction SETUP • ASHRAE 37 - 2009 (RA 2019) This booklet contains the installation and operating instructions for your 7.5 ton, 8.5 ton, 10 ton, or 12.5 PERFORMANCE: ton combination gas heating/electric cooling unit. •...

  • Page 5: General Specifications

    B. GENERAL SPECIFICATIONS B.1 Safety Warnings WARNING: Use only with type of gas WARNING: When a unit is installed so approved for this unit. Refer to the unit rating plate. that supply ducts carry air circulated by the unit to areas outside the space containing the unit, the WARNING: Install this unit only in a return air shall also be handled by duct(s) sealed to...

  • Page 6: Major Components

    B. GENERAL SPECIFICATIONS B.2. Major Components The unit includes a hermetically-sealed and fan, and all necessary internal electrical refrigerating system consisting of a scroll wiring. The cooling system of these units is compressor, condenser coil, evaporator coil factory evacuated, charged, and performance with TXV, a circulation air blower, a condenser tested.
  • Page 7 B. GENERAL SPECIFICATIONS B.3. Product Data Information B.3.1. Dimensional Information (Cont.) IMPORTANT: This unit must be mounted level in both directions to allow water to drain from the condenser section and condensate pan. RECEPTACLE POWER FILTER ENTRY ACCESS PANEL 32 3/4” INDOOR COIL [832 mm] ACCESS PANEL...
  • Page 8 B. GENERAL SPECIFICATIONS B.3. Product Data Information B.3.3. General Data See Appendix A towards the end of this manual for General Data. B.3.4. Electrical Data Reference See Appendix B towards the end of this manual for Electrical Data. B.3.5. Air Flow Performance Data See Appendix C towards the end of this manual for Air Flow Performance Data.
  • Page 9 B. GENERAL SPECIFICATIONS B.3.6. Supply and Return Duct Dimensions Figure B.3.6. - B: Supply And Return Dimensions For Horizontal Applications...
  • Page 10 B. GENERAL SPECIFICATIONS B.3. Product Data Information B.3.7. Curb Dimensions NOTE: See section C.3.3. Rooftop Installation for more information for installing the unit on a curb. Figure B.3.7. – A: Roofcurb Complete Assembly GASKET [2168.5 mm] [1358.9 mm] [1021 mm] [394 mm] [355.6 mm] [800 mm]...

  • Page 11: Installation Of The Unit

    C. INSTALLATION OF THE UNIT C.1. General C.2.3. Quick Reference Guide for C.1.1. Installation R-410A Install this unit in accordance with local and Ensure that servicing equipment is designed national standards. Any and all work must be to operate with R-410A. done by authorized personnel.

  • Page 12: Choosing A Location

    C. INSTALLATION OF THE UNIT C.3. Choosing a Location maximum area snowfall and to allow combustion air to enter the combustion air inlet. C.3.1.Unit Location: Allowable 7. Select an area which will keep the areas of the Clearances and Operational Issues vent, air intake, and A/C condenser fins free and The unit location must comply with the allowable clear of obstructions such as weeds, shrubs, vines,...
  • Page 13 C. INSTALLATION OF THE UNIT C.3.5. Cover Panel Installation/Conversion Procedure Figure C.3.5. – A: Downflow to Horizontal Conversion SEE DETAIL A COVER SOULD BE DETAIL A FIRMLY SECURED IN TABS ON BASEPAN BEFORE APPLYING SCREWS. ST-A1291-29-00 SEE DETAIL A DETAIL A BASEPAN SUPPLY OR RETURN COVER...
  • Page 14 C. INSTALLATION OF THE UNIT C.4.Setting the Unit C.4.1. Removing Shipping material There will be three types of shipping material that will need to be removed: The wood board basepan protection underneath, the wooden skid on the top, and the condenser coil protection (on non-louver panel units).
  • Page 15 C. INSTALLATION OF THE UNIT • Wooden Skid – Remove the screws from the metal brackets located in the middle along both long sides of the unit. This will detach the two sections of the wooden skid and allow them to be lifted off. If the unit is to be lifted by a crane, it is recommended to leave the top skid on until after the unit is on the roof to provide extra protection if spreader bars are not used.
  • Page 16 C. INSTALLATION OF THE UNIT • Condenser Coil Protection – Remove the screws along the perimeter of the coil protector. This will allow the protector to be removed. If the unit has louver panels, it will not have the condenser coil protection.
  • Page 17 C. INSTALLATION OF THE UNIT C.4.2. Lifting the Unit Figure C.4.2. – A : Lifting Detail...

  • Page 18: Setting The Unit

    C. INSTALLATION OF THE UNIT C.4.3. On a Roof Curb Refer to Figure C.3.1. - A in section C.3.1. “Unit Location: Allowable Clearances and Operational Issues” before installing the unit on a roof curb. Only use manufacturer-approved roofcurb products for the unit. C.4.3.1.

  • Page 19: Installing Condensate Drain

    C. INSTALLATION OF THE UNIT C.5. Installing Condensate Drain C.5.2. Keeping the condensate drain pan serviceable IMPORTANT: Install a condensate trap to To use the removable drain pan feature of this unit, ensure proper condensate drainage. See Figure some of the condensate line joints should assembled C.5.1 - A for reference.

  • Page 20: Duct And Venting

    C. INSTALLATION OF THE UNIT C.5.5. Freezing Condition blower section to avoid damage to the blower assembly. considerations • Drain line may need insulation or freeze protection C.6.2. Checking Level and Slope in certain applications. This unit must be mounted level in both •...

  • Page 21: Filters

    D. DUCT AND VENTING D.2.1. Supply Duct Systems D.2.3. Isolation for Noise abatement A properly designed supply duct system, Noise from operational vibration can occur with meeting all local codes and best practices, this equipment, the use of flexible duct adapters must be installed to ensure proper air flow and and vibration damping curb adapters maybe minimize the static pressure on the blower.
  • Page 22 D. DUCT AND VENTING D.3. Filters D.3.1. Installing Filters (Cont.) FILTER RETAINER WIRE FILTER RETAINER WIRE ST-A1273-64-00 2” FILTERS ST-A1273-65-00 4” FILTERS ST-A1273-66-00...

  • Page 23: Economizers And Fresh Air Dampers

    D. DUCT AND VENTING This product will accept both 2” and 4” filters. A new 4. Remove and discard current filters. unit ships with four 2” x 20” x 20” filters. For units 5. Install new filters with airflow arrow pointing with an economizer, only use 2”...
  • Page 24 D. DUCT AND VENTING D.4.2. Fresh Air Dampers and close when the fan is off. The advantage of the motorized damper is that the outside air is no longer a factor once the RTU fan is cycled off. MANUAL DAMPER HOODS – Manual damper hoods are often installed as a low cost By connecting a Timer, CO2 Sensor or Smoke substitute for an economizer.
  • Page 25 D. DUCT AND VENTING D.4.3. Powered Exhaust POWER EXHAUST - This accessory is a motorized fan designed to remove air from the conditioned space efficiently. While this is useful for removing a high positive pressurization, caution must be taken in the setup of the system to avoid creating a negative pressure within the conditioned space.

  • Page 26: Smoke Detectors

    D. DUCT AND VENTING D.5. Smoke Detectors Figure D.5. – A: Smoke Detector Assembly ST-A1273-57-00 ST-A1273-58-00 D.5.1. Supply Duct Smoke Detectors D.5.1.3. Field Installed 3rd Party Smoke Detectors or Fire Control Panels D.5.1.1. Field Installed – Installation, See section F.1.2. for the proper connection Wiring and setup points for a remote smoke detector.

  • Page 27: Electrical

    E. ELECTRICAL E.1. Electrical Safety Information NOTES: E.1.1. Information on Power Supply 1. For branch circuit wiring (main power supply to unit disconnect), the minimum wire size for the length of run can be determined from Appendix WARNING: Turn off the main electrical B “Electrical Data”...
  • Page 28 E. ELECTRICAL Special instructions apply for power wiring with installed and located, shall conform with the temperature limitation for Type T wire [63°F rise aluminum conductors: (35°C)] when installed in accordance with the Warranty is void if connections are not made per manufacturer’s instructions.

  • Page 29: Electrical Data

    E. ELECTRICAL E.2. Electrical Data Figure E.3.1.1. – A: Standard Location for Mounting Disconnect See Appendix B towards the end of this manual for Electric Data. E.3. Electrical Connections Figure E.3. – A: Typical Thermostat Wiring ONLY USED ON DUAL FUEL OR HEAT PUMP LOW VOLTAGE...
  • Page 30 E. ELECTRICAL E.3.4. Checking Phase and Motor E.3.1.3. Routing Wires through Curb (Option) Rotation Use liquid tight connectors and tubing to When using 3 phase power the only device that connect the electrical and low voltage control is rotation dependent is the compressor. The cables between the base of the cabinet at the outdoor fan and indoor blower do not require raised section (See Figure B.3.6.

  • Page 31: Control/Thermostat Wiring

    F. CONTROL / THERMOSTAT WIRING F.1.2. Occupancy connections / Figure F. - A Remote connections / Etc FIELD WIRE SIZE FOR 24 VOLT THERMOSTAT CIRCUITS Figure F.1.2. – A: Occupancy and Remote Connections SOLID COPPER WIRE - AWG. LENGTH OD RUN - FEET (1) ST-A1291-14-00 (1) THE TOTAL WIRE LENGTH IS THE DISTANCE FROM THE FURNACE TO THE THERMOSTAT AND BACK TO THE FURNACE.
  • Page 32 F. CONTROL / THERMOSTAT WIRING F.1.2. Occupancy connections / plug with the long Red, short Yellow and Orange wire loops; see Figure F.1.3.2. - A for Remote connections / Etc (Cont.) reference. Cut the Red wire loop and connect For connecting Remote Smoke Detectors or Fire these to a minimum of 18AWG wire that will be Control Panels to this control DO NOT break connected to a Normally Closed Dry Contact...

  • Page 33: Routing Control Wiring

    F. CONTROL / THERMOSTAT WIRING F.2. Routing Control wiring Figure F.2. – A: Electrical and Piping Routing POWER ROUTING ENTRY HOLE CONTROL VOLTAGE CUT HOLE SIZED PER CHART CONDUIT NUT POWER ENTRY CUT HOLE SIZED PER CHART THERMOSTAT ROUTING ENTRY HOLE MAIN GAS VALVE GAS SUPPLY...

  • Page 34: Gas

    G. GAS G.1. Gas Piping Requirements G.1.4. Gas pressures and regulation IMPORTANT: ENSURE that the furnace gas Install gas piping in accordance with local codes valve is not to be subjected to high gas line and regulations of the local utility company. In supply pressures.
  • Page 35 G. GAS WARNING NEVER PURGE A GAS LINE INTO THE COMBUSTION CHAMBER. NEVER USE MATCHES, FLAME OR ANY IGNITION SOURCE FOR CHECKING LEAKAGE. FAILURE TO ADHERE TO THIS WARNING CAN CAUSE A FIRE OR EXPLOSION RESULTING IN PROPERTY DAMAGE, PERSONAL INJURY OR DEATH. TO CHECK FOR GAS LEAKAGE, USE AN APPROVED CHLORIDE-FREE SOAP AND WATER SOLUTION, OR OTHER APPROVED METHOD.
  • Page 36 G. GAS For 75,000 BTU input furnaces, the outside manifold orifice taps are plugged. The ignitor and flame sense are located on the outside of the center burner. Ignitor location is critical for insuring a consistent carryover of the burner flame during ignition. The top of the electrode at dimension (0,0) must remain inside the hatched area Figure G.1.4.
  • Page 37 G. GAS G.1.5. Sealing Threaded Connections – Best Practice Use a gas rated and approved liquid, paste, or tape thread sealant on all threaded connections. Apply sealant to the male threads and tighten the fitting using wreches to hold both the fitting and the pipe. DO NOT OVERTIGHTEN THE PIPE GOING INTO THE GAS VALVE, DAMAGE MAY OCCUR.

  • Page 38: Procedure: Connecting Gas Lines To Gas Valve

    G. GAS G.2. Procedure: Connecting Gas 7. Make sure piping is tight. A pipe compound resistant to the action of liquefied petroleum Lines to Gas Valve gases must be used at all threaded pipe 1. Place backup wrench on valve, shown below connections.
  • Page 39 G. GAS G.2.1. Drip Leg Requirement manifold pressure at high and low fire for LP gas. When connecting the supply gas to the gas valve, install a drip leg/sediment trap in NOTE: Order the correct LP conversion kit from compliance with the International Residential Code G2419.4.

  • Page 40: Operation And Testing

    G. GAS Table G.3 - A LP GAS PIPE CAPACITY TABLE (CU FT/HR) Maximum capacity of pipe in thousands of BTU/hr of undiluted liquified petroleum gases (at 11.0" W.C. inlet pressure) (Based on a Pressure Drop of 0.5" W. C.) Nominal Iron Pipe* Length of Pipe, Feet...
  • Page 41 G. GAS G.4.2.3. Single-Stage Thermostat and Auto-Staging: 208-230V, 575V & 460V Application where a single-stage thermostat is used with this two-stage furnace. Furnace will run at low-fire input for a 15 minute period. If thermostat demand is not satisfied, Core Command will automatically stage to highfire until thermostat demand is met.
  • Page 42 G. GAS from the National Fuel Gas Code. Orifice required at 5000 ft. elevation (4% de-rate per thousand ft): HIGH ALTITUDE Notes: Orifice required at 8000 ft. elevation (4% de-rate 1. Furnaces are factory equipped with orifices per thousand ft.): #44 sized for 1050 sea level heating value gas.
  • Page 43 G. GAS NATURAL GAS ORIFICE SELECTION BASED ON HEATING VALUE & ELEVATION* 22,800 BTU/burner ELEVATION Grey Cells Indicate Sea Level 2001' to 3,001' to 4,001' to 5,001' to 6,001 to 7,001' to 8,001' to 9,001' to Factory Orifice Size to 2,000' 3,000' 4,000' 5,000'...
  • Page 44 G. GAS NATURAL GAS ORIFICE SELECTION BASED ON HEATING VALUE & ELEVATION* 19,000 BTU/burner (50 HZ model) ELEVATION Grey Cells Indicate Sea Level 2001' to 3,001' to 4,001' to 5,001' to 6,001 to 7,001' to 8,001' to 9,001' to Factory Orifice Size to 2,000' 3,000' 4,000'...
  • Page 45 G. GAS LP GAS AT HIGH ALTITUDES The NFGC guidelines are used with the following exception: NOTICE: The conversion shall be carried out by a manufacturer’s authorized representative, The recommended LP Gas high altitude orifice in accordance with the requirements of the selections differ slightly in that the NFGC LP manufacturer, provincial, or territorial authorities orifice chart, as they are not accurate for these...

  • Page 46: Startup And Operation

    J. STARTUP AND OPERATION J.1. Final Inspection J.1.7. Check Condensate Drain installation J.1.1. Check for Refrigerant Leaks Verify the Condesate Drain Trap is a minium Inspect the unit for any damage to the coils and of 3 inches deep, plus the Blower Fan Static tubing that could cause a leak.

  • Page 47: Checking And Adjusting Air Flow

    J. STARTUP AND OPERATION J.3. Checking and Adjusting Air Flow For Economizer and Diffuser Pressure Drop Data, please refer to the end of Appendix C: Airflow Performance Data. Figure J.3. – A: Static Pressure and Air Temp Measurement Location RETURN STATIC PRESSURE SUPPLY STATIC PRESSURE TAP LOCATION TAP LOCATION...
  • Page 48 J. STARTUP AND OPERATION J.3.2. Air Flow Measurements and Adjustments • Measure the supply/ return static to get the unit static pressure by drilling out the simple locations shown in Figure J.3.2 - A. • Take the measured static pressure and match to the static listed on the airflow table to find your CFM. •...

  • Page 49: Checking Cooling Operation

    J. STARTUP AND OPERATION J.3.2.1. Adjusting Fresh Air Flow with compressor stage is de-energized. Economizer D. First stage and second stage called See the above sections for measuring airflow, simultaneously. a nd r efer t o t he I&O i ncluded with t he Economizers for more information on adjusting 1.
  • Page 50 J. STARTUP AND OPERATION Figure: Clear Control under Test mode for DDC The top and bottom segments of the 7-segment display will be activated and flash to indicate the history has been cleared. Example: ====== TEST MODE for DDC Units For units with DDC, there is a “Run Test”...

  • Page 51: Checking Heating Operation

    J. STARTUP AND OPERATION J.4.2.1. Measuring Air Temperature and Figure J.4.2.1. – A: Line Temperature Measurement Liquid Line Temperature Location Measuring air temperature: 1. Insert a thermometer in the supply air duct as close to the unit as possible. 2. Insert a thermometer in the return air duct as close to the filters as possible.
  • Page 52 J. STARTUP AND OPERATION 7. Shut off the gas at the manual gas-valve a 3. Install a 1/8” NPT pressure tap fitting and remove the manometer and hose. tighten using a 7/16” open end wrench. 8. Replace 1/8” NPT pressure tap fitting with 4.
  • Page 53 J. STARTUP AND OPERATION J.5.1.3. Verifying BTU Performance and J.5.1.5. Checking Air Temperatures Capacity The importance of proper air flow over the heat exchanger cannot be over emphasized. One of Checking furnace input is important to prevent the most commom causes of heat exchanger over-firing beyond its design rated input.

  • Page 54: Test And Balance

    K. TEST AND BALANCE K.1. Air Flow Charts and Information See Appendix C towards the end of this manual for Air Flow Performance Data. K.2. Air Flow Adjustments K.2.1. Blower Speed for 7.5-12.5 Ton Units See Section J.3.2. Air Flow Measurements and Adjustments on how to increase the blower speed and increase airflow for the 7.5- 12.5T units.

  • Page 55: Humidity Control

    M. HUMIDITY CONTROL M.1 Dehumidification System air going through the evaporator coil. The refrigerant vapor then travels to the compressor Information where it is elevated to a higher pressure and With the factory installed dehumidification temperature. option, in addition to a thermostat or space The superheated refrigerant vapor next carries temperature sensor that is normally present, the heat to the outside coil where the heat is...

  • Page 56: Humidity Sensor Installation

    M. HUMIDITY CONTROL M.2 Humidity Sensor Installation RED = R to V+ (+24VAC) GREEN = Field Confg 1 & 2 (Right most The Humidity control unit requires the use of terminal) to GROUND a zone mounted humidity sensor. The sensor should be located in the conditioned space, BLUE = Field Config 2 (3rd terminal from right) approximately 5ft from the floor, on an interior...

  • Page 57: Humidity Control Settings And Configuration

    M. HUMIDITY CONTROL M.3 Humidity Control Settings Now set the Reheat Mode, there are three functions to choose from, Reheat in Occupied, and Configuration will only run dehumidification when there is a T he Clear Control is designed to operate in Fan or Cooling Call.

  • Page 58: Diagnostics

    N. DIAGNOSTICS N.1. Diagnostics Chart N.1.1.Cooling Diagnostics Chart WARNING DISCONNECT ALL POWER TO UNIT BEFORE SERVICING. CONTACTOR MAY BREAK ONLY ONE SIDE. FAILURE TO SHUT OFF POWER CAN CAUSE ELECTRICAL SHOCK RESULTING IN PERSONAL INJURY OR DEATH. SYMPTOM POSSIBLE CAUSE REMEDY •...

  • Page 59: Alarm Codes - Full List

    N. DIAGNOSTICS N.2. Alarm Codes – Full List Alarm Codes CODE Description FAULT LEVEL STAND BY None COMPRESSOR ON - Low (Flashing if in time delay) None COMPRESSOR ON - High (Flashing if in time delay) None Economizer Cooling - No Compressor None CONTINUOUS FAN None...
  • Page 60 N. DIAGNOSTICS N.2.1. Cooling Alarm Codes and F = Continuous Fan Operation Diagnostics H = Gas Heating Operation All Core Command come standard with a When the control senses a fault present, it will 7-segment diagnostic display. During standby display a code to help in diagnoses. A list of mode with no fault codes present, the display normal operating codes and potential fault will read “0”...
  • Page 61 N. DIAGNOSTICS Fault Codes with Descriptions and Solutions: Alarm Codes - Cooling Only CODE DESCRIPTION FAULT LEVEL STANDBY None COMPRESSOR ON – Low (Flashing if in time delay) None COMPRESSOR ON – High (Flashing if in time delay) None Economizer Cooling – No Compressor None CONTINUOUS FAN None...
  • Page 62 N. DIAGNOSTICS Fault Codes with Descriptions and Solutions: Alarm Codes - Cooling Only CODE DESCRIPTION FAULT LEVEL Comfort Alert Code 7 for Compressor Circuit 1 ALARM Designation: Reverse Phase Circuit 1 DESCRIPTION: 1. Run outdoor and indoor fans continuously for circuit 1 and Shutdown change mode of operation to Unoccupied Auto.
  • Page 63 N. DIAGNOSTICS Fault Codes with Descriptions and Solutions: Alarm Codes - Cooling Only CODE DESCRIPTION FAULT LEVEL DESCRIPTION: REFRIGERANT HIGH PRESSURE SWITCH OPEN – CIRCUIT 1 CAUSE: 1. Restriction in liquid line, expansion device or filter drier 2. Refrigerant overcharge 3.
  • Page 64 N. DIAGNOSTICS Fault Codes with Descriptions and Solutions: Alarm Codes - Cooling Only CODE DESCRIPTION FAULT LEVEL Outdoor Air Temperature Sensor Fail-OAT DESCRIPTION: 1. No defrost operation, but unit continues to operate in either heating or cooling. 2. The heat source continues to be heat pump, independently Problem of the outdoor air temperature SOLUTION: The solution will depend on the cause.
  • Page 65 N. DIAGNOSTICS N.2.2. Heating Alarm Codes and C = Cooling Diagnostics F = Continuous Fan Operation All Core Command come standard with a H = Gas Heating Operation 7-segment diagnostic display. During standby When the control senses a fault present, it will mode with no fault codes present, the display display a code to help in diagnoses.
  • Page 66 N. DIAGNOSTICS Fault Codes with Descriptions and Solutions: Alarm Codes - Heating Only CODE FAILED IGNITION DESCRIPTION: This fault is displayed when a failed ignition has occurred three times in a row. The Core Command will enter a one-hour lockout following the third ignition attempt. CAUSE: 1.
  • Page 67 N. DIAGNOSTICS Fault Codes with Descriptions and Solutions: Alarm Codes - Heating Only CODE FLAME LOST DESCRIPTION: if flame is lost after it is established, subsequent ignition attempts will follow and normal operation should re- sume. CAUSE: 1. Most common cause is that the flame sense rod may need cleaning.
  • Page 68 N. DIAGNOSTICS Fault Codes with Descriptions and Solutions: Alarm Codes - Heating Only CODE MAIN LIMIT OPEN DESCRIPTION: The furnace will not operate in gas heat mode. CAUSE: 1. No airflow or dead blower 2. Insufficient airflow 3. Faulty limit control 4.
  • Page 69 N. DIAGNOSTICS Fault Codes with Descriptions and Solutions: 3. Confirm that burner flame is steady and directed down center of burner tube. If flame turbulance is evident, note if turbulance began when indoor blower motor was ener- gized. This could be an indicaton of a damaged heat ex- changer, i.e.
  • Page 70 N. DIAGNOSTICS Fault Codes with Descriptions and Solutions: LOW FIRE NEGATIVE PRESSURE CONTROL (NPC) OPEN (230V & 575V ONLY) DESCRIPTION: Core command will energize the inducer for 30 seconds (pre-purge) in an attempt to close the low fire NPC. The Core Command will make four attempts to close the low-fire NPC before declaring a fault and entering a one hour lockout.
  • Page 71 N. DIAGNOSTICS High-Fire NEGATIVE PRESSURE CONTROL (NPC) OPEN (230V & 575V ONLY) DESCRIPTION: Furnace will ignite and operate in low-fire mode. Fault display established when thermostat calls for high-fire mode. Inducer high speed is energized and will remain on high speed for 60 seconds in an attempt to close high fire pressure switch.
  • Page 72 N. DIAGNOSTICS Fault Codes with Descriptions and Solutions: BLOWER FAULT - MOTOR CANNOT RUN DESCRIPTION: This is a critical blower fault- such as an internal thermal overload that prevents the motor from running. Furnace will shut down if this fault occurs during heating operation. No other operations, including thermostat calls, will occur until this fault is cleared.

  • Page 73: Common Mistakes

    Fault Codes with Descriptions and Solutions: 460V NEGATIVE PRESSURE CONTROL FAULTS NEGATIVE PRESSURE CONTROL (NPC) CLOSED 460V furnace uses a single-speed inducer and one pressure switch for low and high- fire operation. The NPC should be open when the inducer is not operating. DESCRIPTION: Before any heat cycle can begin, the NPC is tested to confirm the 55 &...

  • Page 74: Appendix A - General Product Data

    P. APPENDICES Appendix A – General Product Data GENERAL DATA - (-)GEDZR MODELS; ZR SERIES 7.5 - 12.5 TON [26.4 - 44.0 kW] Model (-)GEDZR Series ZR090A******A ZR102A******A ZR120A******A Cooling Performance Gross Cooling Capacity Btu [kW] 88,000 [25.78] 99,000 [29.01] 118,000 [34.57] EER/SEER 11/NA...
  • Page 75 P. APPENDICES Appendix A – General Product Data GENERAL DATA - (-)GEDZS MODELS; ZS SERIES 7.5 - 12.5 TON [26.4 - 44.0 kW] Model (-)GEDZS Series ZS090A******A ZS102A******A ZS120A******A ZS150A******A Cooling Performance Gross Cooling Capacity Btu [kW] 88,000 [25.78] 99,000 [29.01] 118,000 [34.57] 148,000 [43.36] EER/SEER...
  • Page 76 P. APPENDICES Appendix A – General Product Data (Cont.) GENERAL DATA - (-)GEDZT MODELS; ZT SERIES 7.5 - 12.5 TON [26.4 - 44.0 kW] Model (-)GEDZT Series ZT090A******A ZT102A******A ZT120A******A ZT150A******A Cooling Performance Gross Cooling Capacity Btu [kW] 88,000 [25.78] 99,000 [29.01] 118,000 [34.57] 148,000 [43.36]...

  • Page 77: Appendix B - Electrical Data

    P. APPENDICES Appendix B – Electrical Data ELECTRICAL DATA - (-)GEDZR SERIES 090ACB15 090ADB15 090ACA15 090ACC15 090ADA15 090ADB20 090AYA15 090AYA20 090AYB15 090AYB20 090AYC15 090AYC20 090ACA20 090ACC20 090ADA20 090ADC15 090ACB20 090ADC20 Unit Operating 187-253 187-253 414-506 414-506 517-633 517-633 517-633 517-633 517-633 517-633 Voltage Range Volts...
  • Page 78 P. APPENDICES Appendix B – Electrical Data (Cont.) ELECTRICAL DATA - (-)GEDZR SERIES 102ACA15 102ACB15 102ACC15 102ADA15 102ADB15 102ADC15 102AYA15 102AYA22 102AYB15 102AYB22 102AYC15 102AYC22 102ACA22 102ACB22 102ACC22 102ADA22 102ADB22 102ADC22 Unit Operating Voltage Range 187-253 187-253 187-253 414-506 414-506 414-506 517-633 517-633...
  • Page 79 P. APPENDICES Appendix B – Electrical Data (Cont.) ELECTRICAL DATA - (-)GEDZR SERIES 120ACA15 120ACB15 120ACC15 120ADA15 120ADB15 120ADC15 120AYA15 120AYA22 120AYB15 120AYB22 120AYC15 120AYC22 120ACA22 120ACB22 120ACC22 120ADA22 120ADB22 120ADC22 Unit Operating Voltage Range 187-253 187-253 187-253 414-506 414-506 414-506 517-633 517-633...
  • Page 80 P. APPENDICES Appendix B – Electrical Data (Cont.) ELECTRICAL DATA - (-)GEDZS SERIES 090ADB15 090ADB20 090ACB15 090ACG15 090ADA15 090ADC15 090ACA15 090ACB20 090ACF15 090ACG20 090ADF15 090ADC20 090AYA15 090AYA20 090AYB15 090AYB20 090AYC15 090AYC20 090ACA20 090ACC15 090ACF20 090ACH15 090ADF20 090ADG15 090ACC20 090ACH20 090ADA20 090ADG20 090ADH15 090ADH20...
  • Page 81 P. APPENDICES Appendix B – Electrical Data (Cont.) ELECTRICAL DATA - (-)GEDZS SERIES 102ACA15 102ACB15 102ACC15 102ADA15 102ADB15 102ADC15 102ACF15 102ACB22 102ACC22 102ADA22 102ADB22 102ADC22 102AYA15 102AYA22 102AYB15 102AYB22 102AYC15 102AYC22 102ACF22 102ACG15 102ACH15 102ADF15 102ADG15 102ADH15 102ACA22 102ACG22 102ACH22 102ADF22 102ADG22 102ADH22...
  • Page 82 P. APPENDICES Appendix B – Electrical Data (Cont.) ELECTRICAL DATA - (-)GEDZS SERIES 120ACA15 120ACB15 120ACC15 120ADA15 120ADB15 120ADC15 120ACA22 120ACB22 120ACC22 120ADA22 120ADB22 120ADC22 120AYA15 120AYA22 120AYB15 120AYB22 120AYC15 120AYC22 120ACF15 120ACG15 120ACH15 120ADF15 120ADG15 120ADH15 120ACF22 120ACG22 120ACH22 120ADF22 120ADG22 120ADH22...
  • Page 83 P. APPENDICES Appendix B – Electrical Data (Cont.) ELECTRICAL DATA - (-)GEDZS SERIES 150ACA15 150ACB15 150ADA15 150ADB15 150ACA22 150ACB22 150ADA22 150ADB22 150AYA15 150AYB15 150ACF15 150ACG15 150ADF15 150ADG15 150AYA22 150AYB22 150ACF22 150ACG22 150ADF22 150ADG22 Unit Operating Voltage Range 187-253 187-253 414-506 414-506 517-633 517-633...
  • Page 84 P. APPENDICES Appendix B – Electrical Data (Cont.) ELECTRICAL DATA - (-)GEDZT SERIES 090ACG15 090ADG15 090ACF15 090ACG20 090ADF15 090ADG20 090ACF20 090ACH15 090ADF20 090ADH15 090ACH20 090ADH20 Unit Operating Voltage Range 187-253 187-253 414-506 414-506 Volts 208/230 208/230 Phase Minimum Circuit Ampacity Minimum Overcurrent Protection Device Size Maximum Overcurrent...
  • Page 85 P. APPENDICES Appendix B – Electrical Data (Cont.) ELECTRICAL DATA - (-)GEDZT SERIES 102ACF15 102ACG15 102ACH15 102ADF15 102ADG15 102ADH15 102ACF22 102ACG22 102ACH22 102ADF22 102ADG22 102ADH22 Unit Operating Voltage Range 187-253 187-253 187-253 414-506 414-506 414-506 Volts 208/230 208/230 208/230 Phase Minimum Circuit Ampacity Minimum Overcurrent Protection Device Size...
  • Page 86 P. APPENDICES Appendix B – Electrical Data (Cont.) ELECTRICAL DATA - (-)GEDZT SERIES 120ACF15 120ACG15 120ACH15 120ADF15 120ADG15 120ADH15 120ACF22 120ACG22 120ACH22 120ADF22 120ADG22 120ADH22 Unit Operating Voltage Range 187-253 187-253 187-253 414-506 414-506 414-506 Volts 208/230 208/230 208/230 Phase Minimum Circuit Ampacity Minimum Overcurrent Protection Device Size...
  • Page 87 P. APPENDICES Appendix B – Electrical Data (Cont.) ELECTRICAL DATA - (-)GEDZT SERIES 150ACF15 150ACG15 150ADF15 150ADG15 150ACF22 150ACG22 150ADF22 150ADG22 Unit Operating Voltage Range 187-253 187-253 414-506 414-506 Volts 208/230 208/230 Phase Minimum Circuit Ampacity Minimum Overcurrent Protection Device Size Maximum Overcurrent Protection Device Size Volts...

  • Page 88: C - Air Flow Performance Data

    P. APPENDICES Appendix C – Air Flow Performance Data...
  • Page 89 P. APPENDICES Appendix C – Air Flow Performance Data (Cont.)
  • Page 90 P. APPENDICES Appendix C – Air Flow Performance Data (Cont.)
  • Page 91 P. APPENDICES Appendix C – Air Flow Performance Data (Cont.)
  • Page 92 P. APPENDICES Appendix C – Air Flow Performance Data (Cont.)
  • Page 93 P. APPENDICES Appendix C – Air Flow Performance Data (Cont.)
  • Page 94 P. APPENDICES Appendix C – Air Flow Performance Data (Cont.)
  • Page 95 P. APPENDICES Appendix C – Air Flow Performance Data (Cont.)
  • Page 96 P. APPENDICES Appendix D – Cooling Data for (-)GEDZR 7.5 Ton...
  • Page 97 P. APPENDICES P. APPENDICES Appendix D – Cooling Data for (-)GEDZR 8.5 Ton...
  • Page 98 P. APPENDICES P. APPENDICES Appendix D – Cooling Data for (-)GEDZR 10 Ton Appendix D – Cooling Data for...
  • Page 99 P. APPENDICES P. APPENDICES Appendix D – Cooling Data for (-)GEDZS 7.5 Ton...
  • Page 100 P. APPENDICES P. APPENDICES Appendix D – Cooling Data for (-)GEDZS 8.5 Ton Appendix D – Data for...
  • Page 101 P. APPENDICES P. APPENDICES Appendix D – Cooling Data for (-)GEDZS 10 Ton...
  • Page 102 P. APPENDICES P. APPENDICES Appendix D – Data for Appendix D – Cooling Data for (-)GEDZS 12.5 Ton...
  • Page 103 P. APPENDICES P. APPENDICES Appendix D – Cooling Data for (-)GEDZT 7.5 Ton...
  • Page 104 P. APPENDICES P. APPENDICES Appendix D – Cooling Data for (-)GEDZT 8.5 Ton...
  • Page 105 P. APPENDICES P. APPENDICES Appendix D – Cooling Data for (-)GEDZT 10 Ton...
  • Page 106 P. APPENDICES P. APPENDICES Appendix D – Cooling Data for (-)GEDZT 12.5 Ton...
  • Page 107 P. APPENDICES P. APPENDICES Appendix D – Reheat Data for (-)GEDZS 7.5 Ton GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)— GEDZS090 ENTERING INDOOR AIR @ 75°F [23.9°C] dbE Œ 65.3°F [18.5°C] 64°F [17.8°C] 62.5°F [16.9°C] CFM [L/s] 1800 [850] 1700 [802] 1200 [566] 1800 [850] 1700 [802]...
  • Page 108 P. APPENDICES P. APPENDICES Appendix D – Reheat Data for (-)GEDZS 8.5 Ton GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)– GEDZS102 ENTERING INDOOR AIR @ 75°F [23.9°C] dbE Œ 65.3°F [18.5°C] 64°F [17.8°C] 62.5°F [16.9°C] CFM [L/s] 2100 [991] 1700 [802] 1400 [661] 2100 [991] 1700 [802]...
  • Page 109 P. APPENDICES P. APPENDICES Appendix D – Reheat Data for (-)GEDZS 10 Ton GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)— GEDZS120 ENTERING INDOOR AIR @ 75°F [23.9°C] dbE Œ 65.3°F [18.5°C] 64°F [17.8°C] 62.5°F [16.9°C] CFM [L/s] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133]...
  • Page 110 P. APPENDICES P. APPENDICES Appendix D – Reheat Data for (-)GEDZS 12.5 Ton GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)— GEDZS150 ENTERING INDOOR AIR @ 75°F [23.9°C] dbE Œ 65.3°F [18.5°C] 64°F [17.8°C] 62.5°F [16.9°C] CFM [L/s] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133]...
  • Page 111 P. APPENDICES P. APPENDICES Appendix D – Reheat Data for (-)GEDZT 7.5 Ton GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)— GEDZT090 ENTERING INDOOR AIR @ 75°F [23.9°C] dbE Œ 65.3°F [18.5°C] 64°F [17.8°C] 62.5°F [16.9°C] CFM [L/s] 1800 [850] 1700 [802] 1200 [566] 1800 [850] 1700 [802]...
  • Page 112 P. APPENDICES P. APPENDICES Appendix D – Reheat Data for (-)GEDZT 8.5 Ton GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)– GEDZT102 ENTERING INDOOR AIR @ 75°F [23.9°C] dbE Œ 65.3°F [18.5°C] 64°F [17.8°C] 62.5°F [16.9°C] CFM [L/s] 2100 [991] 1700 [802] 1400 [661] 2100 [991] 1700 [802]...
  • Page 113 P. APPENDICES P. APPENDICES Appendix D – Reheat Data for (-)GEDZT 10 Ton GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)— GEDZT120 ENTERING INDOOR AIR @ 75°F [23.9°C] dbE Œ 65.3°F [18.5°C] 64°F [17.8°C] 62.5°F [16.9°C] CFM [L/s] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133]...
  • Page 114 P. APPENDICES P. APPENDICES Appendix D – Reheat Data for (-)GEDZT 12.5 Ton GROSS SYSTEMS PERFORMANCE DATA (LOW REHEAT MODE)— GEDZT150 ENTERING INDOOR AIR @ 75°F [23.9°C] dbE Œ 65.3°F [18.5°C] 64°F [17.8°C] 62.5°F [16.9°C] CFM [L/s] 3000 [1416] 2400 [1133] 2000 [944] 3000 [1416] 2400 [1133]...
  • Page 115 P. APPENDICES Appendix E – Heating Performance Models: (-)GED Gas Heat Performance Specifications 208-230V, 575V, 460V Tonnage 7.5-Ton 8.5-Ton 10-Ton Heating Input BTU [kW] 150,000/105,000 205,000/143,500 150,000/105,000 225,000/157,500 150,000/105,000 225,000/157,500 (High-Fire / Low-Fire) [43.95/30.76] [60.06/42.06] [43.95/30.76] [65.92/46.16] [43.95/30.76] [65.92/46.16] Heating Output BTU [kW] 121,500/85,050 166,050/116,235 121,500/85,050 182,250/127,575 121,500/85,050...

  • Page 116: F - Refrigerant Charging Charts

    P. APPENDICES Appendix F – Refrigerant Charging Charts SYSTEM CHARGE CHART - REFRIGERANT 410A 7.5 TON 100.0 105.0 110.0 115.0 120.0 125.0 130.0 135.0 140.0 145.0 150.0 155.0 160.0 165.0 Vapor Pressure, psig CAUTION: 1. RETURN AIR TEMPERATURE MUST BE WITHIN COMFORT CONDITIONS BEFORE FINAL REFRIGERANT CHECK! INSTRUCTIONS: 1.
  • Page 117 P. APPENDICES Appendix F – Refrigerant Charging Charts SYSTEM CHARGE CHART - REFRIGERANT 410A 8.5 TON 100.0 105.0 110.0 115.0 120.0 125.0 130.0 135.0 140.0 145.0 150.0 155.0 160.0 165.0 Vapor Pressure, psig CAUTION: 1. RETURN AIR TEMPERATURE MUST BE WITHIN COMFORT CONDITIONS BEFORE FINAL REFRIGERANT CHECK! INSTRUCTIONS: 1.
  • Page 118 P. APPENDICES Appendix F – Refrigerant Charging Charts SYSTEM CHARGE CHART - REFRIGERANT 410A 10 TON 100.0 105.0 110.0 115.0 120.0 125.0 130.0 135.0 140.0 145.0 150.0 155.0 160.0 165.0 Vapor Pressure, psig CAUTION: 1. RETURN AIR TEMPERATURE MUST BE WITHIN COMFORT CONDITIONS BEFORE FINAL REFRIGERANT CHECK! INSTRUCTIONS: 1.
  • Page 119 P. APPENDICES Appendix F – Refrigerant Charging Charts (Cont.) 12.5-Ton AC Charging Chart 100.0 105.0 110.0 115.0 120.0 125.0 130.0 135.0 140.0 145.0 150.0 155.0 160.0 165.0 Vapor Pressure, psig CAUTION: 1. RETURN AIR TEMPERATURE MUST BE WITHIN COMFORT CONDITIONS BEFORE FINAL REFRIGERANT CHECK! INSTRUCTIONS: 1.
  • Page 120 P. APPENDICES Appendix F – Refrigerant Charging Charts 7.5 Ton 2 - Stage AC Charging Chart 100.0 105.0 110.0 115.0 120.0 125.0 130.0 135.0 140.0 145.0 150.0 155.0 160.0 165.0 Vapor Pressure, psig CAUTION: 1. RETURN AIR TEMPERATURE MUST BE WITHIN COMFORT CONDITIONS BEFORE FINAL REFRIGERANT CHECK! INSTRUCTIONS: 1.
  • Page 121 P. APPENDICES Appendix F – Refrigerant Charging Charts 8.5 Ton 2 - Stage AC Charging Chart 100.0 105.0 110.0 115.0 120.0 125.0 130.0 135.0 140.0 145.0 150.0 155.0 160.0 165.0 Vapor Pressure, psig CAUTION: 1. RETURN AIR TEMPERATURE MUST BE WITHIN COMFORT CONDITIONS BEFORE FINAL REFRIGERANT CHECK! INSTRUCTIONS: 1.
  • Page 122 P. APPENDICES Appendix F – Refrigerant Charging Charts (Cont.) 10-Ton 2 Stage AC Charging Chart 100.0 105.0 110.0 115.0 120.0 125.0 130.0 135.0 140.0 145.0 150.0 155.0 160.0 165.0 Vapor Pressure, psig CAUTION: 1. RETURN AIR TEMPERATURE MUST BE WITHIN COMFORT CONDITIONS BEFORE FINAL REFRIGERANT CHECK! INSTRUCTIONS: 1.
  • Page 123 P. APPENDICES Appendix F – Refrigerant Charging Charts (Cont.) SYSTEM CHARGE CHART – REFRIGERANT 410 A PRESSURE REQUIREMENTS – GROSS CHARGE CHECK (REFER CHARGE CHART) 7.5 -TON 8.5 -TON 10 -TON 12.5 -TON OUTDOOR DRY BULB (°F) LIQUID /VAPOR PRESSURE (PSIG) 510.2/147.22 504.13/141.62 500.9/138.5...

  • Page 124: G - Wiring Diagrams & Schematics

    P. APPENDICES Appendix G. Wiring Diagrams & Schematics...
  • Page 125 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 126 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 127 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 128 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) PL-21...
  • Page 129 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 130 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) PL 21...
  • Page 131 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 132 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) PL 21...
  • Page 133 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 134 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) PL 21...
  • Page 135 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 136 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) PL 21...
  • Page 137 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 138 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) PL 21...
  • Page 139 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 140 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) PL 21...
  • Page 141 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 142 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) PL 21...
  • Page 143 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 144 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 145 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 146 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 147 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 148 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) Y Y Y Y PL-21...
  • Page 149 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 150 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) Y Y Y Y PL-21...
  • Page 151 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 152 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 153 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)
  • Page 154 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.) PL-44 Y Y Y Y PL-21...
  • Page 155 P. APPENDICES Appendix G. Wiring Diagrams & Schematics (Cont.)

  • Page 156: Information For The Owner

    R. INFORMATION FOR THE OWNER R.1. Information for the Owner: R.2. Product Model and Serial Maintenance and service Number For routine maintenance, general diagnostics The product model and serial number are both for cooling and heating, and other generalized located on the rating plate found on the supply/ information regarding filter c h anging, cleaning return panel of the unit.

  • Page 157: Installation Check List And Job Site Sheet

    S. INSTALLATION CHECK LIST AND JOB SITE SHEET S. INSTALLATION CHECK LIST AND JOB SITE SHEET Commercial Job Site Information Site Information and Application Details: Business Name : Model Number : Address : (Please include all letters and digits of the model number) City : State : Zip :...

  • Page 158: Installation Check List And Job Site Sheet

    S. INSTALLATION CHECK LIST AND JOB SITE SHEET S. INSTALLATION CHECK LIST AND JOB SITE SHEET Commercial Job Site Information Blower and Air Flow Information : Air Flow CFM : Blower Speed : Static Pressure : Building Design CFM : Motor RPM : Return Static Pressure : Blower RPM :...
  • Page 160 7300 S.W. 44th Street Oklahoma City, OK 73179 Phone: 405-745-6000 *97B0055N16* Fax: 405-745-6058 97B0055N16 | CM 0522 climatemaster.com ClimateMaster works continually to improve its products. As a result, the design and specifications of each product at the time for order may be changed without notice and may not be as described herein.

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