How do I connect the electrical wiring to the furnace?

Wiring to the unit must be properly polarized and grounded, ensuring correct connection according to manufacturer's instructions to avoid risk of electrical shock (Page 22).

What is the range for inlet gas supply pressure?

The minimum natural gas supply pressure must be at least 4.5" w.c., and the maximum should not exceed 10.0" w.c.; while propane gas requires a minimum of 11.0" w.c. and a maximum of 13.0" w.c., to prevent unreliable operation or equipment damage (Page 19).

What should I do if the furnace doesn't start after I install it?

Refer to the Lighting Instructions Label or the “Putting the Furnace Into Operation” section of this manual or installation instructions for guidance on how to use the gas valve's manual ON/OFF control during startup and shutdown periods (Page 20).

How do I check if there are any leaks in my furnace or pipes?

Before placing the unit into operation, perform a leak test using an approved chloride-free soap and water solution, electronic combustible gas detector, or other approved testing methods without using matches or open flames since this could cause explosion or fire (Page 21).

Where should I install the drain pan for my furnace?

If the furnace is installed above a conditioned area, ensure proper drainage by installing a drain pan that covers the entire area under the furnace (and air conditioning coil if applicable) to prevent property damage or leaks (Page 27).

How do I ensure correct propane gas supply pressure?

Ensure a continuous 11 inch w.c. second stage regulator setting and maximum tank pressure of 200 psig to achieve proper operating conditions without damage, maintaining equipment efficiency (Page 21).

What safety precautions should I take when installing or servicing my furnace?

Compliance with the latest edition of the National Fuel Gas Code and installation instructions is crucial to avoid property damage, personal injury, or death from improper operation (Pages 5, 21).

How do I handle potential gas leaks while working on my furnace?

If a gas leak is suspected, immediately stop work and follow instructions providing immediate evacuation and contacting emergency services or the gas supplier to address the issue safely (Page 23).

How do I properly install the combustion air intake pipe for my furnace?

Securing it to the combustion air intake coupling and installing single elbow prevents blockage, ensuring proper airflow and safe operation. Refer to the specific section on Direct Vent Installations or Non-Direct Vent Installations (Page 13).

Goodman Gm9s96 — Manual, FAQ & Troubleshooting

Name: Goodman Gm9s96
Brand: Goodman

Page 1

Service and Troubleshooting

#### GM9S92 / GM9S96 / GC9S96 / AM9S92 / AM9S96 / AC9S96 / VM9S96 / VC9S96 Single Stage Gas Furnaces and Accessories

Pride and workmanship go into every product to provide our customers with quality products. It is possible, however, that during its lifetime a product may require service. Products should be serviced only by a qualified service technician who is familiar with the safety procedures required in the repair and who is equipped with the proper tools, parts, testing instruments and the appropriate service manual. REVIEW ALL SERVICE INFORMATION IN THE APPROPRIATE SERVICE MANUAL BEFORE BEGINNING REPAIRS.

|WARNING

| |---| |Only personnel that have been trained to install, adjust, service or repair(hereinafter, “service”) the equipment specified in this manual should service the equipment. The manufacturer will not be responsible for any injury or property damage arising from improper service or service procedures. If you service this unit, you assume responsibility for any injury or property damage which may result. In addition, in jurisdictions that require one or more licenses to service the equipment specified in this manual, only licensed personnel should service the equipment. Improper installation, adjustment, servicing or repair of the equipment specified in this manual, or attempting to install, adjust, service or repair the equipment specified in this manual without proper training may result in product damage, property damage, personal injury or death.|

TABLE OF CONTENTS

IMPORTANT INFORMATION ............................................ 2 PRODUCT IDENTIFICATION ........................................... 4 SYSTEM OPERATION ...................................................... 5 SCHEDULED MAINTENANCE ....................................... 27 SERVICING ..................................................................... 32

CHECKING VOLTAGE .............................................. 33 CHECKING WIRING .................................................. 33 CHECKING THERMOSTAT, WIRING ....................... 33 CHECKING TRANSFORMER AND CONTROL CIRCUIT ...................................................................... 34 CHECKING AIR CIRCULATOR BLOWER MOTOR 34 CHECKING DUCT STATIC ........................................ 34 CHECKING TEMPERATURE RISE .......................... 35 CHECKING PRIMARY LIMIT CONTROL ................. 35 CHECKING FLAME ROLLOUT CONTROL ............. 37 INDUCED DRAFT BLOWER MOTOR ...................... 37 CHECKING GAS VALVE (REDUNDANT) ................ 36 CHECKING MAIN BURNERS ................................... 36 CHECKING ORIFICES .............................................. 38 CHECKING GAS PRESSURE .................................. 38 CHECKING HOT SURFACE IGNITOR ..................... 41 CHECKING FOR FLASHBACK ................................. 41 CHECKING PRESSURE SWITCH............................ 41 HIGH ALTITUDE APPLICATION ............................... 41 CHECKING FOR DELAYED IGNITION .................... 41 CHECKING INTEGRATED IGNITION CONTROL BOARDS ..................................................................... 42 CHECKING FLAME SENSOR ................................... 42

1 STAGE STATUS CODES ............................................. 44 1 STAGE TROUBLESHOOTING CODES ....................... 46 AIRFLOW TABLES .......................................................... 48 WIRING DIAGRAMS ....................................................... 67

RS6612022 July 2021

######## IMPORTANT NOTICES

################### RECOGNIZE SAFETY SYMBOLS, WORDS AND LABELS

Pride and workmanship go into every product to provide our customers with quality products. It is possible, however, that during its lifetime a product may require service. Products should be serviced only by a qualified service technician who is familiar with the safety procedures required in the repair and who is equipped with the proper tools, parts, testing instruments and the appropriate service manual. REVIEW ALL SERVICE INFORMATION IN THE APPROPRIATE SERVICE MANUAL BEFORE BEGINNING REPAIRS.

|WARNING

| |---| |This unit should not be connected to, or used in conjunction with, any devices that are not design certified for use with this unit or have not been tested and approved by the manufacturer. Serious property damage or personal injury, reduced unit performance and/or hazardous conditions may result from the use of devices that have not been approved or certified by the manufacturer.|

|WARNING

| |---| |To prevent the risk of property damage, personal injury or death, do not store combustible materials or use gasoline or other flammable liquids or vapors in the vicinity of this appliance.|

|WARNING

| |---| |HIGH VOLTAGE Disconnect ALL power before servicing or installing this unit. Multiple power sources may be present. Failure to do so may cause property damage, personal injury or death.|

OUTSIDE THE U.S., call 1-713-861-2500. (Not a technical assistance line for dealers.) Your telephone company will bill you for the call.

|WARNING

| |---| |If the information in these instructions is not followed exactly, a fire or explosion may result causing property damage, personal injury or loss of life.

- do not store or use gasoline or other flammable vapors and liquids in the vicinity of this or any other appliance.
- WHAT TO DO IF YOU SMELL GAS:

• Do not try to light any appliance.
• Do not touch any electrical switch; do not use any phone in your building.
• Immediately call your gas supplier from a neighbor’s phone. Follow the gas supplier’s instructions. If you cannot reach your gas supplier, call the fire department.

- Installation and service must be performed by a qualified installer, service agency or the gas supplier.
|

|WARNING

|

Page 2

|---| |Should overheating occur or the gas supply fail to shut off, turn off the manual gas shutoff valve external to the furnace before turning off the electrical supply.|

![image 1](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile1.png)

CO can cause serious illness including permanent brain damage or death.

B10259-216

Advertencia especial para la instalación de calentadores ó manejadoras de aire en áreas cerradas como estacionamientos ó cuartos de servicio.

Las emisiones de monóxido de carbono pueden circular a través del aparato cuando se opera en cualquier modo.

B10259-216 El monóxido de carbono puede causar enfermedades severas como daño cerebral permanente ó muerte.

############################ RISQUE D'EMPOISONNEMENT AUMONOXYDE DE CARBONE

Cette ventilation est nécessaire pour éviter le danger d'intoxication au CO pouvant survenir si un appareil produisant du monoxyde de carbone continue de fonctionner au sein de la zone confinée.

B10259-216

PRODUCT IDENTIFICATION

NOMENCLATURE

The model and manufacturing number are used for positive identification of component parts used in manufacturing. Please use these numbers when requesting service or parts information.

|G M 9 S 9 6 0 6 0 3 B N A A 1 2 3 4 5 6 7 8 9 10 11 12 13 14

Brand Minor Revision G - Goodman® Brand A - Initial Release V - GMC® Brand B - 1st Revision A- AMANA® Brand Configuration

M - Upflow/Horizontal Major Revision C - Downflow/Horizontal A - Initial Release

B - 1st Revision

Nox Motor

9 - Nine Speed ECM

Cabinet Width A - 14"

Gas Valve B - 17.5" C - 2 Stage C - 21" S - 1 STAGE D - 24.5"

Maximum CFM

3 - 1200 CFM AFUE 4 - 1600 CFM 80 - 80% AFUE 92 - 92% AFUE 5 - 2000 CFM 96 - 96% AFUE 97 - 97% AFUE

MBTU/h 030 - 30,000 BTU/h 080 - 80,000 BTU/h 040 - 40,000 BTU/h 100 - 100,000 BTU/h 060 - 60,000 BTU/h 120 - 120,000 BTU/h

N = > 40 NG/J NOx X = < 40 NG/J NOx

U = < 14NG/J NOx

| |---|

®

################### Safety

Please adhere to the following warnings and cautions when installing, adjusting, altering, servicing, or operating the furnace.

|WARNING

| |---| |To prevent personal injury or death due to improper installation, adjustment, alteration, service, or maintenance, refer to this manual. For additional assistance or information, consult a qualified installer, servicer, agency or the gas supplier.|

|WARNING

| |---| |This product contains or produces a chemical or chemicals which may cause serious illness or death and which are known to the State of California to cause cancer, birth defects or other reproductive harm.|

|WARNING

| |---|

Page 3

|To prevent possible property damage, personal injury or death due to electrical shock, the furnace must be located to protect the electrical components from water.|

################### Charge (ESD) Precautions

NOTE: Discharge body’s static electricity before touching unit. An electrostatic discharge can adversely affect electrical components.

Use the following precautions during furnace installation and servicing to protect the integrated control module from damage. By putting the furnace, the control, and the person at the same electrostatic potential, these steps will help avoid exposing the integrated control module to electrostatic discharge. This procedure is applicable to both installed and uninstalled (ungrounded) furnaces.

1. Disconnect all power to the furnace. Do not touch the integrated control module or any wire connected to the control prior to discharging your body’s electrostatic charge to ground.

2. Firmly touch a clean, unpainted, metal surface of the furnace near the control. Any tools held in a person’s hand during grounding will be discharged.

3. Service integrated control module or connecting wiring following the discharge process in Step 2. Use caution not to recharge your body with static electricity; (i.e., do not move or shuffle your feet, do not touch ungrounded objects, etc.). If you come in contact with an ungrounded object, repeat Step 2 before touching control or wires.

4. Discharge any static electricity from your body to ground before removing a new control from its container. Follow Steps 1 through 3 if installing the control on a furnace. Return any old or new controls to their containers before touching any ungrounded object.

################### Product Application

This product is designed for use as a residential home gas furnace. It is not designed or certified for use in mobile home, trailer, or recreational vehicle applications.

In the U.S.A., this furnace can be used in the following non-industrial commercial applications: Schools, Office buildings, Churches, Retail stores, Nursing homes, Hotels/ motels, Common or office areas. In all applications, the furnace must be installed per the installation instructions.

Goodman® brand G*9S9* and Amana® brand A*9S9* furnaces are ETL certified. All furnaces are built for use with Natural gas but can be converted for use with LP gas.

NOTE: If using propane gas, a propane conversion kit is required.

Goodman® brand G*9S9* and Amana® brand high efficiency furnaces are dual certified. Dual certification means that the combustion air inlet pipe is optional and the furnace can be vented as a:

• Non-direct vent (single pipe) central forced air furnace in which combustion air is taken from the installation area or from air ducted from the outside or,

• Direct vent (dual pipe) central forced air furnace in which all combustion air supplied directly to the furnace burners through a special air intake system outlined in this manual and the installation instructions.

To ensure proper installation, operation and servicing, thoroughly read the installation and service manuals for specifics pertaining to the installation, servicing and application of this product.

|WARNING

| |---| |Possible property damage, personal injury or death due to fire, explosion, smoke, soot, condensation, electrical shock or carbon monoxide may result from improper installation, repair, operation or maintenance of this product.|

|WARNING

| |---| |To prevent property damage, personal injury or death due to fire, do not install this furnace in a mobile home, trailer, or recreational vehicle.|

To ensure proper furnace operation, install, operate, maintain and service the furnace in accordance with the installation, operation and service instructions, all local building codes and ordinances. In their absence, follow the latest edition of the National Fuel Gas Code (NFPA 54/ANSI Z223.1), and/or CAN/CGA B149 Installation Codes, local plumbing or waste water codes, and other applicable codes.

A copy of the National Fuel Gas Code (NFPA 54/ANSI Z223.1) can be obtained from any of the following:

American National Standards Institute 25 West 43rd Street, 4th Floor New York, NY 10036

National Fire Protection Association 1 Batterymarch Park Quincy, MA 02169-7471

CSA International 8501 East Pleasant Valley Cleveland, OH 44131

Page 4

Page 5

Page 6

Page 7

Page 8

Page 9

Page 10

Page 11

UPFLOW HORIZONTAL RIGHT AIR DISCHARGE

NOTE: Alternate “vertical” piping connections can not be used when an upflow 90% furnace is installed with supply air discharging to the right or when a counterflow furnace is installed with supply discharging to the left. In this case, use the standard flue and combustion air piping connections.

################### Alternate Electrical and Gas Line Connections

Furnaces have provisions allowing for electrical and gas line connections through either side panel. In horizontal applications the connections can be made either through the “top” or “bottom” of the furnace.

################### Drain Pan

A drain pan must be provided if the furnace is installed above a conditioned area. The drain pan must cover the entire area under the furnace (and air conditioning coil if applicable).

################### Freeze Protection

If the drain trap and drain line will be exposed to temperatures near or below freezing, adequate measures must be taken to prevent condensate from freezing. NOTE: The use of insulation and/or heat tape is recommended. Failure to provide proper condensate drainage can result in property damage.

################### Propane Gas and/or High Altitude Installations

|WARNING

| |---| |Possible property damage, personal injury or death may occur if the correct conversion kits are not installed. The appropriate kits must be applied to ensure safe and proper furnace operation. All conversions must be performed by a qualified installer or service agency.|

This furnace is shipped from the factory configured for natural gas at standard altitude. Propane gas installations require an orifice change to compensate for the energy content difference between natural and propane gas.

High altitude installations may require both a pressure switch and an orifice change. These changes are necessary to compensate for the natural reduction in the density of both the gas fuel and the combustion air at higher altitude. Refer to the Accessories Charts in this manual or product Specification Sheet for a tabular listing of appropriate manufacturer’s kits for propane gas and/or high altitude installations. The indicated kits must be used to insure safe and proper furnace operation. All conversions must be performed by a qualified installer, or service agency.

######## VENT/FLUE PIPE AND COMBUSTION AIR PIPE

|WARNING

| |---| |Failure to follow these instructions can result in bodily injury or death. Carefully read and follow all instructions given in this section.|

|WARNING

| |---| |Upon completion of the furnace installation, carefully inspect the entire flue system both inside and outside the furnace to assure it is properly sealed. Leaks in the flue system can result in serious personal injury or death due to exposure to flue products including carbon monoxide.|

This manual will refer to the pipe that discharges products of combustion to the outdoors as the “vent” pipe or “flue” pipe. The pipe that supplies air for combustion to the furnace will be referred to as the “intake” pipe or “combustion air” pipe.

A condensing gas furnace achieves its high level of efficiency by extracting almost all of the heat from the products of combustion and cooling them to the point where condensation takes place. Because of the relatively low flue gas temperature and water condensation requirements, PVC pipe is used as venting material.

This furnace must not be connected to Type B, BW, or L vent or vent connector, and must not be vented into any portion of a factory built or masonry chimney except when used as a pathway for PVC as described later in this section. Never common vent this appliance with another appliance or use a vent which is used by a solid fuel appliance.

It is the responsibility of the installer to follow the manufacturers’ recommendations and to verify that all vent/flue piping and connectors are compatible with furnace flue products. Additionally, it is the responsibility of the installer to ensure that all piping and connections possess adequate structural integrity and support to prevent flue pipe separation, shifting, or sagging during furnace operation.

Dual Certification: Non-Direct/Direct Vent (90% Furnaces Only)

The 90% furnace is dual certified and may be installed as a non-direct vent (single pipe) or direct vent (dual pipe) appliance. A non-direct vent installation requires only a vent/ flue pipe. A direct vent installation requires both a vent/ flue pipe and a combustion air intake pipe. Refer to the appropriate section for details concerning piping size, length, number of elbows, furnace connections, and terminations.

Page 12

Page 13

Page 14

4. 2 1/2” or 3” diameter pipe can be used in place of 2” diameter pipe.

5. Increased Clearance Configurations using (2) 45 deg. Long Sweep elbows should be considered equivalent to one 90 deg. elbow.

6. One 90° elbow should be secured to the combustion air intake connection.

Vent/Flue and Combustion Air Pipe Lengths and Diameters

Refer to the preceding table for applicable length, elbows, and pipe diameter for construction of the vent/flue and combustion air intake pipe systems of a non-direct vent (single pipe) installation. The number of elbows tabulated represents the number of elbows and/or tees in each (Vent/Flue & Combustion Air Intake) pipe. Elbows and/or tees used in the terminations must be included when determining the

number of elbows in the piping systems. If the combustion air intake pipe is to be installed above a finished ceiling or other area where dripping of condensate will be objectionable, insulation of the combustion air pipe may be required. Use 1/2” thick closed cell foam insulation such as Armaflex or Insultube where required.

Vent/Flue Pipe Terminations The vent/flue pipe may terminate vertically, as through a roof, or horizontally, as through an outside wall.

Vertical vent/flue pipe termination should be as shown in the following figures. Refer to Vent/Flue Pipe and Combustion Air Pipe - Termination Locations section in this manual or the installation instructions for details concerning location restrictions. The penetration of the vent through the roof must be sealed tight with proper flashing such as is used with a plastic plumbing vent.

NOTE: Terminate both pipes in the same pressure zone (same side of roof, no major obstacles between pipes, etc.).

TEE (OPTIONAL)

COMBUSTION AIR INTAKE (OPTIONAL) *Not required for single pipe installation

12” MIN HEIGHT DIFFERENCE BETWEEN INTAKE AND VENT

ROOFLINE

96”MAX.-3”MIN.

| | | |---|---| | | | | | |

12” MIN TO ROOF OR HIGHEST ANTICIPATED SNOW LEVEL

ELBOWS

STRAIGHT

Horizontal vent/flue pipe terminations should be as shown in the following figure. Refer to Vent/Flue Pipe and Combustion Air Pipe - Termination Locations section in this manual or the installation instructions for details concerning location restrictions. A 2 3/8” diameter wall penetration is required for

2” diameter pipe while a 3 1/2” diameter hole is required for

3” diameter pipe. To secure the pipe passing through the wall and prohibit damage to piping connections, a coupling should be installed on either side of the wall and solvent cemented to a length of pipe connecting the two couplings. The length of pipe should be the wall thickness plus the depth of the socket fittings to be installed on the inside and outside of the wall. The wall penetration should be sealed with silicone caulking material.

SYSTEM OPERATION

12" MIN.

VENT/FLUE TEE (

OPTIONAL)

Page 15

Page 16

Direct vent installations require both a combustion air intake and a vent/flue pipe. The pipes may be run horizontally and exit through the side of the building or run vertically and exit through the roof of the building. The pipes may be run through an existing unused chimney; however, they must extend a minimum of 12 inches above the top of the chimney. The space between the pipes and the chimney must be closed with a weather tight, corrosion resistant flashing. Both the combustion air intake and a vent/flue pipe terminations must be in the same atmospheric pressure zone. Refer to Vent/Flue and Combustion Air Pipe - Termination Locations or Concentric Vent Termination section in this manual or the installation instructions for specific details on termination construction.

################### Concentric Vent Kits Application

The Concentric Vent Kits are designed to allow the terminations of a direct vent furnace to be “concentrically” vented through a wall or roof. This kit allows a single penetration to support terminations for both the vent/flue pipe and the combustion air intake pipe.

################### Vent Termination Clearances

1. Determine termination locations based on clearances specified in furnace installation instructions, and following steps as shown in Figures 1, 3, 6, 7, 8 and 9.

Direct Vent Terminal 50,000 Btuh or less

9"

12"

12" 12"

Direct Vent Terminal More than 50,000 Btuh

Forced Air Inlet

3'

GRADE

Figure 1

2. The vent termination must be located at least 12” above ground or normally expected snow accumulation levels.

3. Do NOT terminate over public walkways. Avoid areas where condensate may cause problems such as above planters, patios, or adjacent to windows where steam may cause fogging.

4. The vent termination shall be located at least 4’ horizontally from any electric meter, gas meter, regulator and any relief equipment. These distances apply ONLY to U.S. Installations.

5. The vent termination shall be located at least 3’ above any forced air inlet located within 10’; and at least 10’ from a combustion air intake of another appliance, except another direct vent furnace intake.

6. In Canada, the Canadian Fuel Gas Code takes precedence over the preceding termination instructions.

2 or 2 1/2" Diameter SDR-26 Pipe

3" or 4" Diameter SDR-26 Pipe

| | | |---|---| | | |

2" or 3" Diameter Rain Cap

2" or 3" Diameter Y Concentric Fitting

Figure 2

These kits are for vertical or horizontal termination of the combustion air inlet and the exhaust vent pipes on Category IV gas-fired condensing furnaces. The 72950 kit can be used for a 2” diameter pipe system and the 72951 can be

Page 17

used for a 3” diameter pipe system. Both the combustion air inlet and the exhaust vent pipes must attach to the termination kit. The termination kit must terminate outside the structure and must be installed per the instructions outlined below for vertical or horizontal termination. Vertical termination is preferred. Field supplied pipe and fittings are required to complete the installation.

Determine the best location for the termination kit. Roof termination is preferred since it is less susceptible to damage, has reduced intake contaminants and less visible vent vapors. For side termination, consideration should be given to:

a. Possible damage from the vapors to plants/ shrubs, other equipment and building materials

b. Possible damage to the terminal from foreign objects

c. Wind effects that may cause recirculation of flue products, debris or light snow

d. Visible vent vapors. Vent

Maintain 12" (18" for Canada) minimum clearance above highest anticipated snow level. Maximum of 24" above roof.

Combustion Air

| | | | | | | |---|---|---|---|---|---| | | | | | | |

Roof Boot/Flashing (Field Supplied)

Support (Field Supplied)

45 Elbow (Field Supplied)

Combustion AirVent

Figure 3

|WARNING

| |---| |Do not operate the furnace with the rain cap removed as recirculation of the flue gases may occur. Water may also collect inside the larger combustion air pipe and flow to the burner enclosure. Failure to follow this warning can result in property damage, equipment damage, personal injury or death.|

################### Concentric Sidewall Vent Kit (0170K00000S)

This (sidewall only) vent kit is to be used with 2” - 3” vent systems. The vent kit must terminate outside the structure and may be installed with the intake and exhaust pipes located side-by side or with one pipe above the other. This kit is NOT intended for use with single pipe (non-direct vent) installations.

######## CONDENSATE DRAIN LINES AND DRAIN TRAP

A condensing gas furnace achieves its high level of efficiency by extracting almost all of the heat from the products of combustion and cooling them to the point where condensation takes place. The condensate which is generated must be piped to an appropriate drain location.

|WARNING

| |---| |In upright upflow installations, the drain trap must be mounted on the opposite side of the unit from the junction box. This will reduce the risk of water reaching the junction box in the event of a blocked drain condition. Failure to follow the these instructions can result in possible property damage, personal injury, or death due to electrical shock.|

• If the drain line is routed through an area which may see temperatures near or below freezing, precautions must be taken to prevent condensate from freezing within the drain line.

• If an air conditioning coil is installed with the furnace, a common drain may be used. An open tee must be installed in the drain line, near the cooling coil, to relieve positive air pressure from the coil’s plenum. This is necessary to prohibit any interference with the function of the furnace’s drain trap.

Page 18

Drain Information for Horizontal Installations NOTE: Horizontal installations require 5.5” under the furnace to accommodate the drain trap. The horizontal furnace must be installed with ¾” slope from back to front to permit condensate flow towards the front of the furnace.

When installing a *M9S9* horizontally with the left side down, there are two options for connecting the vent pipe to the furnace.

Option 1 Venting may be connected to the furnace vent pipe fitting on the original top (now the end) of the furnace.

Option 2

The internal vent pipe and elbow may be removed from the furnace to permit the vent to exit the top (original side) of the furnace. If this option is used, an RF000142 Vent-Drain coupling must be used to keep condensate from collecting in the inducer assembly.

To install the drain, refer to the following instructions and illustration.

COMBUSTION AIR INTAKE PIPE OPTIONS: The RF000142 coupling can be secured directly to the furnace intake coupling if condensation is occurring in the combustion air inlet pipe. If the RF000142 is used on the combustion air inlet, it must be installed with the arrow pointing up. It should be noted, the combustion air will actually be moving in a direction opposite of the arrow on the RF000142 coupling.

Alternatively a tee may be used in the combustion air intake pipe for the same purpose. If either option is used, a field supplied trapped drain tube, free-draining to proper condensate disposal location must be present. A loop in the drain tube can serve as a trap. The unused RF000142 drain fitting should be capped.

1. Remove screws from vent flange.

2. Remove internal elbow and vent pipe.

3. Cut pipe 2 1/2” from flange.

4. Remove cabinet plug adjacent to inducer outlet and install an original cabinet vent hole.

5. Install RF000142 coupling on inducer outlet.

6. Install flanged vent section removed in step 2 and secure with clamps.

7. Secure flange to cabinet using screws removed in step 1.

Insert flange. Cut 2 ½” long. R 000142F

![image 2](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile2.png)

![image 3](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile3.png)

######## GAS SUPPLY AND PIPING

The furnace rating plate includes the approved furnace gas input rating and gas types. The furnace must be equipped to operate on the type of gas applied. This includes any conversion kits required for alternate fuels and/or high altitude.

|CAUTION

| |---| |To prevent unreliable operation or equipment damage, the inlet gas supply pressure must be as specified on the unit rating plate with all other household gas fired appliances operating.|

Inlet gas supply pressures must be maintained within the ranges specified below. The supply pressure must be constant and available with all other household gas fired appliances operating. The minimum gas supply pressure must be maintained to prevent unreliable ignition. The maximum must not be exceeded to prevent unit overfiring.

|INLET GAS SUPPLY PRESSURE|INLET GAS SUPPLY PRESSURE|INLET GAS SUPPLY PRESSURE| |---|---|---| |Natural Gas|Minimum: 4.5" w.c.|Maximum: 10.0" w.c.| |Propane Gas|Minimum: 11.0" w.c.|Maximum: 13.0" w.c.|

################### High Altitude Derate

When this furnace is installed at high altitude, the appropriate High Altitude orifice kit must be applied. This is required due to the natural reduction in the density of both the gas fuel and combustion air as altitude increases. The kit will provide the proper design certified input rate within the specified altitude range.

Page 19

High altitude kits are purchased according to the installation altitude and usage of either natural or propane gas. Refer to the product Specification Sheet or the Accessory Matrix in this Manual for a tabular listing of appropriate altitude ranges and corresponding manufacturer’s high altitude (Natural, Propane gas, and/or Pressure Switch) kits.

Do not derate the furnace by adjusting the manifold pressure to a lower pressure than specified on the furnace rating plate. The combination of the lower air density and a lower manifold pressure will prohibit the burner orifice from drawing the proper amount of air into the burner. This may cause incomplete combustion, flashback, and possible yellow tipping.

In some areas the gas supplier may artificially derate the gas in an effort to compensate for the effects of altitude. If the gas is artificially derated, the appropriate orifice size must be determined based upon the BTU/ft3 content of the derated gas and the altitude. Refer to the National Fuel Gas Code, NFPA 54/ANSI Z223.1, and information provided by the gas supplier to determine the proper orifice size.

A different pressure switch may be required at high altitude regardless of the BTU/ft3 content of the fuel used. Refer to the product Specification Sheet or Technical Manual for a tabular listing of appropriate altitude ranges and corresponding manufacturer’s pressure switch kits.

######## PROPANE GAS CONVERSION

|WARNING

| |---| |Possible property damage, personal injury or death may occur if the correct conversion kits are not installed. The appropriate kits must be applied tot ensure safe and proper furnace operation. All conversions must be performed by a qualified installer or service agency.|

This unit is configured for natural gas. The appropriate manufacturer’s propane gas conversion kit, must be applied for propane gas installations.

**9S9* models using a White-Rodgers 36J22 single stage valve use LPM-07 LP Conversion Kit.

######## GAS VALVE

This unit is equipped with a 24 volt gas valve controlled during furnace operation by the integrated control module. As shipped, the valve is configured for natural gas. The valve is field convertible for use with propane gas by using the appropriate propane gas conversion kit. Taps for measuring the gas supply pressure and manifold pressure are provided on the valve.

NOTE: The gas supply pressure on White-Rodgers “J” model gas valve, used on single stage furnaces, can be checked with a gas pressure test kit (Part #0151K00000S) available through our authorized distributors.

The gas valve has a manual ON/OFF control located on the valve itself. This control may be set only to the “ON” or “OFF” position. Refer to the Lighting Instructions Label or the “Putting the Furnace Into Operation” section of this manual or the installation instructions for use of this control during start up and shut down periods.

################### Gas Piping Connections

|WARNING

| |---| |To avoid possible unsatisfactory operation of equipment damage due to underfiring or equipment, use the proper size of natural/propane gas piping needed when running pipe from the meter/tank furnace.|

The gas piping supplying the furnace must be properly sized based on the gas flow required, specific gravity of the gas, and length of the run. The gas line installation must comply with local codes, or in their absence, with the latest edition of the National Fuel Gas Code, NFPA 54/ANSI Z223.1.

|Natural Gas Capacity of Pipe In Cubic Feet of Gas Per Hour (CFH)|Natural Gas Capacity of Pipe In Cubic Feet of Gas Per Hour (CFH)|Natural Gas Capacity of Pipe In Cubic Feet of Gas Per Hour (CFH)|Natural Gas Capacity of Pipe In Cubic Feet of Gas Per Hour (CFH)|Natural Gas Capacity of Pipe In Cubic Feet of Gas Per Hour (CFH)|Natural Gas Capacity of Pipe In Cubic Feet of Gas Per Hour (CFH)| |---|---|---|---|---|---| |Length of Pipe in Feet|Nominal Black Pipe Size|Nominal Black Pipe Size|Nominal Black Pipe Size|Nominal Black Pipe Size|Nominal Black Pipe Size| |Length of Pipe in Feet|1/2"|3/4"|1"|1 1/4"|1 1/2"| |10|132|278|520|1050|1600| |20|92|190|350|730|1100| |30|73|152|285|590|980| |40|63|130|245|500|760| |50|56|115|215|440|670| |60|50|105|195|400|610| |70|46|96|180|370|560| |80|43|90|170|350|530| |90|40|84|160|320|490| |100|38|79|150|305|460|

Page 20

Page 21

Complete information regarding tank sizing for vaporization, recommended regulator settings, and pipe sizing is available from most regulator manufacturers and propane gas suppliers.

Use pipe dope approved for use with L.P. gas. Refer to the following illustration for typical propane gas installations and piping.

5 to 15 PSIG (20 PSIG Max.)

First Stage Regulator

Continuous 11" W.C.

200 PSIG Maximum

Second Stage Regulator

Typical Propane Gas Installation

|WARNING

| |---| |If the gas furnace is installed in a basement, an excavated area or confined space, it is strongly recommended to contact a propane supplier to install a gas detecting warning device in case of a gas leak.

• Since propane gas is heavier than air, any leaking gas can settle in any low areas or confined spaces.
• Propane gas odorant may fade, making the gas undetectable except with a warning device.
|

|WARNING

| |---| |An undetected gas leak will create a danger of explosion or fire. If the presence of gas is suspected, follow the instructions on the cover of this manual. Failure to do so could result in SERIOUS PERSONAL INJURY OR DEATH.|

|WARNING

| |---| |If the information in these instructions is not followed exactly, a fire or explosion may result causing property damage, personal injury or loss of life.

- do not store or use gasoline or other flammable vapors and liquids in the vicinity of this or any other appliance.
- WHAT TO DO IF YOU SMELL GAS:

• Do not try to light any appliance.
• Do not touch any electrical switch; do not use any phone in your building.
• Immediately call your gas supplier from a neighbor’s phone. Follow the gas supplier’s instructions. If you cannot reach your gas supplier, call the fire department.

- Installation and service must be performed by a qualified installer, service agency or the gas supplier.
|

Sizing Between First and Second Stage Regulator* Maximum Propane Capacities listed are based on 2 psig pressure drop at 10 psig setting. Capacities in 1,000 BTU/hour.

|Pipe or Tubing Length Feet|Tubing Size, O.D. Type L|Tubing Size, O.D. Type L|Tubing Size, O.D. Type L|Tubing Size, O.D. Type L|Tubing Size, O.D. Type L|Nominal Pipe Size Schedule 40|Nominal Pipe Size Schedule 40| |---|---|---|---|---|---|---|---| |Pipe or Tubing Length Feet|3/8"|1/2"|5/8"|3/4"|7/8"|1/2"|3/4"| |10|730|1,700|3,200|5,300|8,300|3,200|7,500| |20|500|1,100|220|3,700|5,800|2,200|4,200| |30|400|920|2,000|2,900|4,700|1,800|4,000| |40|370|850|1,700|2,700|4,100|1,600|3,700| |50|330|770|1,500|2,400|3,700|1,500|3,400| |60|300|700|1,300|2,200|3,300|1,300|3,100| |80|260|610|1,200|1,900|2,900|1,200|2,600| |100|220|540|1,000|1,700|2,600|1,000|2,300| |125|200|490|900|1,400|2,300|900|2,100| |150|190|430|830|1,300|2,100|830|1,900| |175|170|400|780|1,200|1,900|770|1,700| |200|160|380|730|1,100|1,800|720|1,500|

To convert to capacities at 15 psig settings -multiply by 1.130 To convert to capacities at 5 psig settings -multiply by 0.879

Page 22

Sizing Between Second or Second Stage Regulator & Appliance* Maximum Propane Capacities listed are based on 1/2" W.C. pressure drop at 11" W.C. setting. Capacities in 1,000 BTU/hour.

|Pipe or Tubing Length Feet|Tubing Size, O.D. Type L|Tubing Size, O.D. Type L|Tubing Size, O.D. Type L|Tubing Size, O.D. Type L|Tubing Size, O.D. Type L|Nominal Pipe Size Schedule 40|Nominal Pipe Size Schedule 40|Nominal Pipe Size Schedule 40|Nominal Pipe Size Schedule 40|Nominal Pipe Size Schedule 40| |---|---|---|---|---|---|---|---|---|---|---| |Pipe or Tubing Length Feet|3/8"|1/2"|5/8"|3/4"|7/8"|1/2"|3/4"|1"|1-1/4"|1-1/2"| |10|39|92|199|329|501|275|567|1,071|2,205|3,307| |20|26|62|131|216|346|189|393|732|1,496|2,299| |30|21|50|107|181|277|152|315|590|1,212|1,858| |40|19|41|90|145|233|129|267|504|1,039|1,559| |50|18|37|79|131|198|114|237|448|913|1,417| |60|16|35|72|1,211|187|103|217|409|834|1,275| |80|13|29|62|104|155|89|185|346|724|1,066| |100|11|26|55|90|138|78|162|307|630|976| |125|10|24|48|81|122|69|146|275|567|866| |150|9|21|43|72|109|63|132|252|511|787| |200|8|19|39|66|100|54|112|209|439|665| |250|8|17|36|60|93|48|100|185|390|590|

*Data in accordance with NFPA pamphlet No. 54

######################### Propane Gas Piping Charts

When installing a propane storage tank, the contractor must consider proper tank sizing, safety, efficiency, ground characteristics and aesthetics. For a residential customer, the size may range from 100-1,000 gallons, depending on household use. Typically, a 500 gallon tank is ample for an average four-bedroom home. However, it is best to consult your local propane supplier to ensure the proper sizing for propane storage requirements. Determining the correct tank size for each household is a function of demand, economy, efficiency and convenience. It is a process that requires cooperation between the propane supplier and customer.

ELECTRICAL CONNECTIONS

|WARNING

| |---| |To avoid the risk of electrical shock, wiring to the unit must be properly polarized and grounded.|

|WARNING

| |---| |HIGH VOLTAGE Disconnect ALL power before servicing or changing any electrical wiring. Multiple power sources may be present. Failure to do so may cause property damage, personal injury or death.|

|CAUTION

| |---| |Label all wires prior to disconnection when servicing controls. Wiring errors can cause improper and dangerous operation. Verify proper operation after servicing.|

######## ELECTRICAL CONNECTIONS

################### Wiring Harness

The wiring harness is an integral part of this furnace. Wires are color coded for identification purposes. Refer to the wiring diagram for wire routings. If any of the original wire as supplied with the furnace must be replaced, it must be replaced with wiring material having a temperature rating of at least 105°C. Any replacement wiring must be a copper conductor.

################### 115 Volt Line Connections

Before proceeding with electrical connections, ensure that the supply voltage, frequency, and phase correspond to that specified on the unit rating plate. Power supply to the furnace must be NEC Class 1, and must comply with all applicable codes. The furnace must be electrically grounded in accordance with local codes or, in their absence, with the latest edition of The National Electric Code, ANSI NFPA 70 and/or The Canadian Electric Code CSA C22.1.

Page 23

|WARNING

| |---| |HIGH VOLTAGE! To avoid personal injury or death due to electrical shock, disconnect electrical power before servicing or changing any electrical wiring.|

|Humidifier|1.0 Amp maximum at 120 VAC| |---|---| |Electronic Air Cleaner|1.0 Amp maximum at 120 VAC|

Use a separate fused branch electrical circuit containing properly sized wire, and fuse or circuit breaker. The fuse or circuit breaker must be sized in accordance with the maximum overcurrent protection specified on the unit rating plate. An electrical disconnect must be provided at the furnace location.

Connect hot, neutral, and ground wires as shown in the wiring diagram located on the unit’s blower door. Metal conduit is not considered a substitute for an actual ground wire to the unit. For direct vent applications, the cabinet opening to the junction box must be sealed air tight using either an UL approved bushing such as Heyco Liquid Tight or by applying non-reactive UL approved sealant to bushing.

Line polarity must be observed when making field connections. Line voltage connections can be made through either the right or left side panel. The furnace is shipped configured for a left side (right side for counterflows) electrical connection with the junction box located inside the burner compartment. To make electrical connections through the opposite side of the furnace, the junction box must be relocated to the other side of the burner compartment prior to making electrical connections.

To relocate the junction box, follow the steps shown in the Junction Box Relocation section.

|WARNING

| |---| |Edges of sheet metal holes may be sharp. Use gloves as a precaution when removing hole plugs.|

|WARNING

| |---| |To prevent personal injury or death due to electrical shock, disconnect electrical power before installing or servicing this unit.|

|WARNING

| |---| |HIGH VOLTAGE! To avoid the risk of injury, electrical shock or death, the furnace must be electrically grounded in accordance with the local codes or in their absence, with the latest edition of the National Electrical Code.|

|WARNING

| |---| |To avoid the risk of injury, electrical shock or death, the furnace must be electrically grounded in accordance with the local codes, or in their absence, with the latest edition of the National Electrical Code.|

115 Volt Line Voltage Connection of Accessories (Humidifier and Electronic Air Cleaner)

The furnace integrated control module is equipped with line voltage accessory terminals for controlling power to an optional field-supplied humidifier and/or electronic air cleaner.

Turn OFF power to the furnace before installing any accessories. Follow the humidifier or air cleaner manufacturers’ instructions for locating, mounting, grounding, and controlling these accessories. Accessory wiring connections are to be made through the 1/4” quick connect terminals provided on the furnace integrated control module. The humidifier hot terminal is identified as 120V HUM-H, its neutral terminal is identified as 120V HUM-N. The electronic air cleaner hot terminal is identified as EAC-H, its neutral terminal is identified as 120V EAC-N. All field wiring must conform to applicable codes. Connections should be made as shown. (See Figure 32)

If it is necessary for the installer to supply additional line voltage wiring to the inside of the furnace, the wiring must conform to all local codes, and have a minimum temperature rating of 105°C. All line voltage wire splices must be made inside the furnace junction box.

The integrated control module humidifier terminal 120V HUM-H is energized with 115 volts whenever the induced draft blower is energized. This terminal can also be used to provide 115 volt power to a humidifier transformer. The remaining primary transformer wire would be connected to the Line N on the control board. The integrated control module electronic air cleaner terminals EAC-H is energized with 115 volts whenever the circulator blower is energized.

NOTE: Wire routing must not to interfere with circulator blower operation, filter removal, or routine maintenance.

115 VAC EAC 115 VAC HUM

Page 24

![image 4](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile4.png)

W R G C Y

################### Connection of 24 Volt Humidifier

The integrated control module single humidifier terminal “24 V HUM” is energized with 24 volts whenever the induced draft blower is energized. Connect the common side of the 24 volt humidifier to the “C” terminal of the thermostat terminal strip on the control board.

![image 5](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile5.png)

24V HUM Terminal is energized when pressure switch is closed

24 VOLT HUM. & HUMIDISTAT

W R G C Y

################### Junction Box Relocation

Line voltage connections can be made through either the right or left side panel. The furnace is shipped configured for a left side electrical connection. To make electrical connections through the opposite side of the furnace, the junction box must be relocated to the left side prior to making electrical connections. To relocate the junction box, perform the following steps.

Remove the burner compartment door.

2. Remove and save the two screws securing the junction box to the side panel.

3. Relocate junction box and associated plugs and grommets to opposite side panel. Secure with screws removed in step.

IMPORTANT NOTE: Wire routing must not interfere with circulator blower operation, filter removal or routine maintenance.

To ensure proper unit grounding, the ground wire should run from the furnace ground screw located inside the furnace junction box all the way back to the electrical panel.

NOTE: Do not use gas piping as an electrical ground. To confirm proper unit grounding, turn off the electrical power and perform the following check.

Measure resistance between the neutral (white) connection and one of the burners. Resistance should measure 10 ohms or less.

This furnace is equipped with a blower door interlock switch which interrupts unit voltage when the blower door is opened for servicing. Do not defeat this switch.

24 Volt Thermostat Wiring IMPORTANT NOTE: Wiring routing must not interfere with circulator blower operation, filter removal or routine maintenance.

Low voltage connections can be made through either the right or left side panel. Thermostat wiring entrance holes are located in the blower compartment. The following figure shows connections for a “heat/cool system”.

This furnace is equipped with a 40 VA transformer to facilitate use with most cooling equipment. Consult the wiring diagram, located on the blower compartment door, for further details of 115 Volt and 24 Volt wiring.

Thermostat Wiring Diagrams

YCGRW

ROOM THERMOSTAT

INTEGRATED FURNACE CONTROL MODULE

Y2Y/Y1CGRW

Page 25

Page 26

Page 27

Page 28

Page 29

|Y/Y1

|F07| |Y/Y1

|F08| |Y/Y1

|F09|

Single-Stage Cooling Speed Table for 2 Stage IFC

|THERMOSTAT CALL

|AVAILABLE SPEEDS| |---|---| |Y2

|F01| |Y2

|F02| |Y2

|F03| |Y2

|F04| |Y2

|F05 (DEFAULT)| |Y2

|F06| |Y2

|F07| |Y2

|F08| |Y2

|F09|

Two-Stage Cooling Speed Table for 2 Stage IFC Furnace Shutdown

1. Set the thermostat to the lowest setting. The integrated control will close the gas valve and extinguish flame. Following a 15 second delay, the induced draft blower will be de-energized. After the blower off delay time expires, the blower de-energizes.

2. Remove the burner compartment door and move the furnace gas valve manual control to the OFF position.

3. Close the manual gas shutoff valve external to the furnace.

4. Replace the burner compartment door.

|WARNING

| |---| |HIGH VOLTAGE Disconnect ALL power before servicing or changing any electrical wiring. Multiple power sources may be present. Failure to do so may cause property damage, personal injury or death.|

######## MAINTENANCE

Improper filter maintenance is the most common cause of inadequate heating or cooling performance. Filters should be cleaned (permanent) or replaced (disposable) every two months or as required. It is the owner’s responsibility to keep air filters clean. When replacing a filter, it must be replaced with a filter of the same type and size.

######## FILTER REMOVAL

Depending on the installation, differing filter arrangements can be applied. Filters can be installed in the central return register, the bottom of the blower compartment (upflow only), a side panel external filter rack kit (upflow only), or the ductwork above a counterflow furnace. A media air filter or electronic air cleaner can be used as an alternate filter. The filter sizes given in the Product Design section of this manual or the product Specification Sheet must be followed to ensure proper unit performance. Refer to the following information for removal and installation of filters.

######## FILTER REMOVAL PROCEDURE

######## FLAME SENSOR (QUALIFIED SERVICER ONLY)

Under some conditions, the fuel or air supply can create a nearly invisible coating on the flame sensor. This coating acts as an insulator, causing a drop in the flame sensing signal. If this occurs, a qualified servicer must carefully clean the flame sensor with steel wool. After cleaning, the flame sensor output should be as listed on the specification sheet.

######## BURNERS

|WARNING

| |---| |HIGH VOLTAGE Electrical components are contained in both compartments. To avoid electrical shock, injury or death, do not remove any internal compartment covers or attempt any adjustment. Contact a qualified service agent at once if an abnormal flame appearance should develop.|

Page 30

Page 31

################## In this example we are using the one cubic foot dial on the gas meter

CUBIC FEET

One

TABLE 1

4. Using Table 2 below, find the number of seconds it took for the dial to make a full revolution. To the right of that number of seconds and below the Size of Test Dial (selected in step 3 and shown in Table 1) will be the Cubic Feet per Hour (CFH).

|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR|GAS RATE -- CUBIC FEET PER HOUR| |---|---|---|---|---|---|---|---|---|---|---|---| |Seconds for One Revolution|Size of Test Dial|Size of Test Dial|Size of Test Dial|Size of Test Dial|Size of Test Dial|Seconds for One Revolution|Size of Test Dial|Size of Test Dial|Size of Test Dial|Size of Test Dial|Size of Test Dial| |Seconds for One Revolution|1/4 cu/ft|1/2 cu/ft|1 cu/ft|2 cu/ft|5 cu/ft|Seconds for One Revolution|1/4 cu/ft|1/2 cu/ft|1 cu/ft|2 cu/ft|5 cu/ft| |10|90|180|360|720|1800|36|25|50|100|200|500| |11|82|164|327|655|1636|37|--|--|97|195|486| |12|75|150|300|600|1500|38|23|47|95|189|474| |13|69|138|277|555|1385|39|--|--|92|185|462| |14|64|129|257|514|1286|40

![image 6](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile6.png)

![image 7](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile7.png)|22|45|90

![image 8](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile8.png)

![image 9](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile9.png)|180|450| |15|60|120|240|480|1200|41|--|--|--|176|439| |16|56|113|225|450|1125|42|21|43|86|172|429| |17|53|106|212|424|1059|43|--|--|--|167|419| |18|50|100|200|400|1000|44|--|41|82|164|409| |19|47|95|189|379|947|45|20|40|80|160|400| |20|45|90|180|360|900|46|--|--|78|157|391| |21|43|86|171|343|857|47|19|38|76|153|383| |22|41|82|164|327|818|48|--|--|75|150|375| |23|39|78|157|313|783|49|--|--|--|147|367| |24|37|75|150|300|750|50|18|36|72|144|360| |25|36|72|144|288|720|51|--|--|--|141|355| |26|34|69|138|277|692|52|--|--|69|138|346| |27|33|67|133|265|667|53|17|34|--|136|340| |28|32|64|129|257|643|54|--|--|67|133|333| |29|31|62|124|248|621|55|--|--|--|131|327| |30|30|60|120|240|600|56|16|32|64|129|321| |31|--|--|116|232|581|57|--|--|--|126|316| |32|28|56|113|225|563|58|--|31|62|124|310| |33|--|--|109|218|545|59|--|--|--|122|305| |34|26|53|106|212|529|60|15|30|60|120|300| |35|--|--|103|206|514| | | | | | |

Locate 40 seconds for one revolu on in the chart below

Then locate the 1 cu dial column and select the corresponding CFH from the 40 seconds for one revolu on row

TABLE 2

5. Use this formula to verify the Cubic Feet per Hour (CFH) input determined in step 4 is correct: (3600 x Gas Meter Dial Size) / Time (seconds) = Cubic Feet per Hour (CFH)

3600 is used as there are 60 seconds in a minute and 60 minutes in an hour. 60x60=3600

Page 32

6. Check with your local utility for actual BTU content (caloric value) of natural gas in the area (the average is 1025 BTU’s).

7. Use this formula to calculate the BTU/HR input (See BTU/HR Calculation Example): Cubic Feet per Hour (CFH) x BTU content of your natural gas = BTU/HR input

8. Should the figure you calculated not fall within five (5) percent of the nameplate rating of the unit, adjust the gas valve pressure regulator or resize orifices. To adjust the pressure regulator on the gas valve, turn downward (clockwise) to increase pressure and input, and upward (counterclockwise) to decrease pressure and input. A properly operating unit must have the BTU per hour input and CFM of air, within the limits shown to prevent short cycling of the equipment. As the external static pressure goes up, the temperature rise will also increase. Consult the proper tables for temperature rise limitation.

################### BTU/HR Calculation Example:

The unit being tested takes 40 seconds for the 1 cubic foot dial to make one complete revolution. Using the chart, this translates to 90 cubic feet per hour. Based upon the assumption that one cubic foot of natural gas has 1,025 BTU’s (Check with your local utility for actual BTU content), the calculated input is 92,250 BTU’s per hour.

Furnace Nameplate Input in this example: 90,000 BTU/HR Calculated Gas Input in this example: 92,250 BTU/HR This example is within the 5% tolerance input and does not need adjustment.

|CAUTION

| |---| |Always connect a manometer to the outlet tap at the gas valve before adjusting the pressure regulator. In no case should the final manifold pressure vary more than plus or minus .2 inches water column from 3 inches water column for natural gas.|

A properly operating unit must have the BTU per hour input and CFM of air, within the limits shown to prevent short cycling of the equipment. As the external static pressure goes up, the temperature rise will also increase. Consult the proper tables for temperature rise limitation.

|CAUTION

| |---| |Always connect a manometer to the outlet tap at the gas valve before adjusting the pressure regulator. In no case should the final manifold pressure vary more than plus or minus .3 inches water column from 3.5 inches water column for natural gas or 10 inches water column for propane gas.|

Since normally propane gas is not installed with a gas meter, clocking will be virtually impossible. The gas orifices used with propane are calculated for 2500 BTU per cubic foot gas and with proper inlet pressures and correct piping size, full capacity will be obtained.

With propane gas, no unit gas valve regulator is used; however, the second stage supply line pressure regulator should be adjusted to give 10” water column with all other gas consuming appliances running.

The dissipation of the heat transferred to the heat exchanger is now controlled by the amount of air circulated over its surface.

The amount (CFM) of air circulated is governed by the external static pressure in inches of water column of duct work, cooling coil, registers, etc., applied externally to the unit versus the motor speed tap (direct drive) or pulley adjustments of the motor and blower (belt drive).

A properly operating unit must have the BTU per hour input and CFM of air, within the limits shown to prevent short cycling of the equipment. As the external static pressure goes up, the temperature rise will also increase. Consult the proper tables for temperature rise limitation.

|*M9S92 Pressure Switch Trip Points And Usage Chart|*M9S92 Pressure Switch Trip Points And Usage Chart|*M9S92 Pressure Switch Trip Points And Usage Chart|*M9S92 Pressure Switch Trip Points And Usage Chart|*M9S92 Pressure Switch Trip Points And Usage Chart|*M9S92 Pressure Switch Trip Points And Usage Chart| |---|---|---|---|---|---| |Model|Coil Cover Set Point on Pressure Fall (PF) W.C.|Coil Cover Max Make On Pressure Rise W.C.|ID Blower Set Point on Pressure Fall (PF) W.C.|ID Blower Max Make On Pressure Rise W.C.|ID Blower Coil Cover Pressure Switch Assembly Part #| |*M9S920403ANAA|- 0.10 ± .05|-0.25|- 0.20 ± .05|-.035|0130F00641| |*M9S920603BNAA|- 0.10 ± .05|-0.25|- 1.20 ± .05|-1.41|0130F00480| |*M9S920803BNAA|- 0.10 ± .05|-0.25|- 0.97 ± .05|-1.12|0130F00479| |*M9S920804CNAA|- 0.10 ± .05|-0.25|- 1.20 ± .05|-1.41|0130F00480| |*M9S920805CNAA|- 0.10 ± .05|-0.25|- 1.20 ± .05|-1.20|0130F00480| |*M9S921004CNAA|- 0.10 ± .05|-0.25|- 0.97 ± .05|-1.12|0130F00479| |*M9S921005CNAA|- 0.10 ± .05|-0.25|- 0.97 ± .05|-1.12|0130F00479| |*M9S921205DNAA|- 0.10 ± .05|-0.25|- 1.20 ± .05|-1.41|0130F00480| | | | | | | |

|*M9S96 / *C9S96 Pressure Switch Trip Points And Usage Chart|*M9S96 / *C9S96 Pressure Switch Trip Points And Usage Chart|*M9S96 / *C9S96 Pressure Switch Trip Points And Usage Chart|*M9S96 / *C9S96 Pressure Switch Trip Points And Usage Chart|*M9S96 / *C9S96 Pressure Switch Trip Points And Usage Chart|*M9S96 / *C9S96 Pressure Switch Trip Points And Usage Chart| |---|---|---|---|---|---| |Model|Coil Cover Set Point on

Pressure Fall (PF) W.C.|Coil Cover Max Make On Pressure Rise W.C.|ID Blower Set Point on

Pressure Fall (PF) W.C.|ID Blower Max Make On Pressure Rise W.C.|ID Blower Coil Cover Pressure Switch Assembly Part #| |*M9S960403ANAA|- 0.10 ± .05|- 0.25|- 0.35 ± .05|- 0.50|0130F00642| |*M9S960603BNAA|- 0.10 ± .05|- 0.25|- 1.49 ± .07|- 1.70|0130F00478|

Page 33

Page 34

Page 35

Page 36

Page 37

Page 38

Page 39

Page 40

Page 41

Page 42

Page 43

Page 44

GAS STREAM B

A dent or burr will cause a severe deflection of the gas stream.

################ CHECKING GAS PRESSURE Gas Supply Pressure Measurement

|CAUTION

| |---| |To prevent unreliable operation or equipment damage, the inlet gas supply pressure must be as specified on the unit rating plate with all other household gas fired appliances operating.|

Gas inlet and manifold pressures should be checked and adjusted in accordance to the type of fuel being consumed. The line pressure supplied to the gas valve must be within the range specified below. The supply pressure can be measured at the gas valve inlet pressure tap or at a hose fitting installed in the gas piping drip leg. The supply pressure must be measured with the burners operating. To measure the gas supply pressure, use the following procedure.

|WARNING

| |---| |Disconnect electrical power and shut off gas supply.|

1. After turning off gas to furnace at the manual gas shutoff valve external to the furnace, remove burner compartment door to gain access to the gas valve.

2. Connect a calibrated manometer (or appropriate gas pressure gauge) at either the gas valve inlet pressure tap or the gas piping drip leg as shown in the following figures.

NOTE: At either location, a hose fitting must be installed prior to making the hose connection.

NOTE: Use adapter kit #0151K00000S to measure gas pressure on White-Rodgers 36G22 gas valves.

![image 11](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile11.png)

.

Measuring Inlet Gas Pressure (Alternate Method)

3. Turn ON the gas and electrical power supply and operate the furnace and all other gas consuming appliances on the same gas supply line.

4. Measure furnace gas supply pressure with burners firing. Supply pressure must be within the range specified in the following table.

|INLET GAS SUPPLY PRESSURE|INLET GAS SUPPLY PRESSURE|INLET GAS SUPPLY PRESSURE| |---|---|---| |Natural Gas|Minimum: 4.5" w.c.|Maximum: 10.0" w.c.| |Propane Gas|Minimum: 11.0" w.c.|Maximum: 13.0" w.c.|

If supply pressure differs from above, make necessary adjustments to pressure regulator, gas piping size, etc., and/or consult with local gas utility.

|WARNING

| |---| |HIGH VOLTAGE Disconnect ALL power before servicing or changing any electrical wiring. Multiple power sources may be present. Failure to do so may cause property damage, personal injury or death.|

5. Disconnect manometer after turning off gas at manual shutoff valve. Reinstall plug before turning on gas to furnace.

6. Turn OFF any unnecessary gas appliances started in step 3.

7. Turn on gas to furnace and check for leaks. If leaks are found, repair and then reinstall burner compartment door.

Page 45

Page 46

Page 47

Page 48

Page 49

Page 50

|HIGH VOLTAGE Disconnect ALL power before servicing or installing this unit. Multiple power sources may be present. Failure to do so may cause property damage, personal injury or death.|

|CAUTION

| |---| |If you must handle the igniter, handle with care. Touching the igniter body with bare fingers, rough handling, or vibration could result in early ingitor failure. Only a qualified servicer should ever handle the igniter.|

################ ANNUAL INSPECTION

The furnace should be inspected by a qualified installer, or service agency at least once per year. This check should be performed at the beginning of the heating season. This will ensure that all furnace components are in proper working order and that the heating system functions appropriately. Pay particular attention to the following items. Repair or service as necessary.

• Flue pipe system. Check for blockage and/or leakage. Check the outside termination and the connections at and internal to the furnace.

• Combustion air intake pipe system (where applicable). Check for blockage and/or leakage. Check the outside termination and the connection at the furnace.

• Heat exchanger. Check for corrosion and/or buildup within the heat exchanger passageways.

• Burners. Check for proper ignition, burner flame, and flame sense.

• Drainage system. Check for blockage and/or leakage. Check hose connections at and internal to furnace.

• Wiring. Check electrical connections for tightness and/ or corrosion. Check wires for damage.

• Filters. AIR FILTER

|WARNING

| |---| |Never operate furnace without a filter installed as dust and lint will build up on internal parts resulting in loss of efficiency, equipment damage, and possible fire.|

Filters must be used with this furnace. Filters do not ship with these furnaces but must be provided by the installer for proper furnace operation.

Remember that dirty filters are the most common cause of inadequate heating or cooling performance.

1 STAGE STATUS CODES

|Menu Description|LED Display|LED Display|Notes| |---|---|---|---| |Menu Description|Main Menu|Option Menu|Notes| |Active Alaram menu| |xx|( xx: code numbers )| |Last 6 Faults||xx|( xx: code numbers )| |Code Release Number||CR Number| | |Reset to Factory Default| |yes, no| | |Blower Speed for Continous Fan Mode||xx|( xx: Blower Speed Number F01, F02.. )| |Blower Speed for 1st Stage Compressor Mode||xx|( xx: Blower Speed Number F01, F02.. )| |Blower Speed for 2nd Stage Compressor Mode||xx|( xx: Blower Speed Number F01, F02.. )| |Cool On Delay||Delay, Seconds|Default set at 7 Secs, Adjustments can be made in 7 Secs increments from 0 to 35 Secs| |Cool Off Delay| |Delay, Seconds|Default set at 65 Secs, Adjustments can be made in 5 Secs increments from 0 to 120 Secs| |Blower Speed for Gas Heat Mode||xx|( xx: Blower Speed Number F01, F02.. )| |Gas Heat On Delay||Delay, Seconds|Default set at 30 Secs, Adjustments can be made in 5 Secs increments from 5 to 30 Secs| |Gas heat Off Delay||Delay, Seconds|Default set at 90 Secs, Adjustments can be made in 30 Secs increments from 30 to 180 Secs| |Automatic Heat Staging - For Two Stage Control||no, 10, 20, 30, 60, AUt|Refer to Section " CHANGING HEATING MODE SETTING"|

1 STAGE STATUS CODES STATUS MENU

Page 51

|Mode|Main Menu| |---|---| |Idle|| |Continous Fan|| |Compressor Cooling, Low Stage|| |Compressor Cooling, High Stage|| |Gas heat - Single Stage Control|| |OEM test Mode||

|TROUBLESHOOTING CHART|TROUBLESHOOTING CHART|TROUBLESHOOTING CHART|TROUBLESHOOTING CHART| |---|---|---|---| |Symptom|LED Status|Fault Description|Corrective Actions| |Normal operation| |Normal operation|None| |Furnace fails to operate||Furnace lockout due to an excessive number of ignition “retries” (3 total) Failure to establish flame Loss of flame after establishment|Locate and correct gas interruption

Replace or realign igniter

Check flame sense signal, clean sensor if coated or oxidized

Check flue piping for blockage, proper length, elbows, and termination

Verify proper induced draft blower performance| |Furnace fails to operate||Pressure switch circuit is closed at start of heating cycle Pressure switch contacts sticking Short in pressure switch circuit wiring|Replace low stage pressure switch Repair short in wiring| |Induced draft blower runs continuously with no furnace operation||Pressure switch circuit is not closed Pressure switch hose blocked pinched, or connected improperly

Incorrect pressure switch set point or malfunctioning switch contacts Loose or improperly connected wiring

Blocked flue and/or inlet air pipe, blocked drain system or weak induced draft blower|Inspect flue piping for blockage, proper length, elbows, and termination

Check induced draft blower performance, correct as necessary

Check pressure switch operation, replace as needed

Tighten or correct wiring connection

Inspect pressure switch hose, repair/replace if necessary| |Circulator blower runs continuously No furnace operation||Primary limit circuit is open

Insufficient conditioned air over the heat exchanger Blocked filters, restrictive ductwork, improper circulator blower speed, or failed circulator blower motor Loose or improperly connected wiring in high limit circuit|Check filters and ductwork for blockage Clean filters or remove obstruction Check circulator blower speed and performance

Correct speed or replace blower motor if necessary

Tighten or correct wiring connection| |Induced draft blower and circulator blower runs continuously No furnace operation||Flame sensed with no call for heat Short to ground in flame sense circuit Lingering burner flame Slow closing gas valve|Correct short at flame sensor or in flame sensor wiring

Check for lingering or lazy flame Verify proper operation of gas valve| |No furnace operation||Open fuse Short in low voltage wiring|Replace fuse Locate and correct short in low voltage wiring|

To View & Clear Fault Codes Press either the Left or Right switch until L 6 F is displayed. Press the center switch to view stored faults. Press and hold the center switch for 5 to 30 seconds. All stored faults will be erased, and the display will flash - - - three times and return to L 6 F.

|TROUBLESHOOTING CHART|TROUBLESHOOTING CHART|TROUBLESHOOTING CHART|TROUBLESHOOTING CHART| |---|---|---|---| |Symptom|LED Status|Fault Description|Corrective Actions| |Normal furnace operation||Flame sense micro amp signal is minimal

Flame sensor is coated/oxidized Flame sensor incorrectly positioned in burner fame

Lazy burner flame due to improper gas pressure or combustion air|Compare current gas pressure to rating plate and adjust as needed

Clean flame sensor if coated or oxidized Inspect for proper flame sensor alignment| |Furnace fails to operate||Problem with igniter circuit Improperly connected or shorted igniter Poor unit ground Igniter relay fault on integrated control module|Check and correct wiring from integrated control module to igniter

Check igniter output from control, replace if necessary

Diagnose and replace shorted igniter as needed Verify and correct unit ground wiring if needed| |Furnace fails to operate||Polarity of 115 volt AC is reversed Poor unit ground|Correct polarity, check and correct wiring if necessary Verify proper ground, correct if necessary| |Furnace fails to operate||Gas valve is not energized when it should be External Gas Valve Error|Check wiring in gas valve circuit Replace integrated control board| |Furnace fails to operate||Gas valve is energized when it should not be Internal gas valve error|Check wiring in gas valve circuit Replace integrated control board| |Furnace fails to operate.

Integrated control module LED display provides no signal|None|No 115 power to furnace or no 24 volt power to integrated control module.

Blown fuse or tripped circuit breaker Integrated control module is non- functional|Restore high voltage power to furnace and integrated control module. Correct condition which caused fuse to open, replace fuse

Replace non-functional integrated control module.| |Furnace fails to operate||Grounding fault Poor neutral connection|Verify neutral wire connection to furnace & continuity to ground source| |Furnace fails to operate||Open roll out switch|Check for correct gas pressure Check for correct burner alignment Check for and correct burner restriction| |Furnace fails to operate||Ignitor Open|Check for Ignitor wiring. Replace Damaged Ignitor| |Furnace fails to operate||Inducer relay Error|Replace integrated control board| |Twinning feature not working||TWIN Error|Check for wiring connections. Replace integrated control board| |Furnace fails to operate||Internal Faults or IRQ Loss in Control Board|Replace integrated control board|

###################### LOW STAGE COOLING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*C9S960403B*|Y/Y1|F01|632|574|510|448|388|332|277|234| |*C9S960403B*|Y/Y1|F02|727|677|623|565|510|455|403|351| |*C9S960403B*|Y/Y1|F03|878|839|797|751|701|653|607|561| |*C9S960403B*|Y/Y1|F04^|948|910|870|828|785|739|693|652| |*C9S960403B*|Y/Y1|F05|1106|1076|1044|1010|974|939|899|860|

Page 52

|*C9S960403B*|Y/Y1|F06|1156|1125|1096|1063|1028|996|960|927| |*C9S960403B*|Y/Y1|F07|1237|1205|1174|1145|1115|1081|1050|1016| |*C9S960403B*|Y/Y1|F08|1334|1306|1275|1249|1220|1194|1163|1136| |*C9S960403B*|Y/Y1|F09|1382|1354|1327|1302|1276|1246|1219|1190| |*C9S960603B*|Y/Y1|F01|771|698|632|560|491|428|372|307| |*C9S960603B*|Y/Y1|F02|1197|1150|1102|1057|1014|968|926|877| |*C9S960603B*|Y/Y1|F03|1309|1264|1224|1180|1141|1098|1058|1018| |*C9S960603B*|Y/Y1|F04^|1138|1091|1043|993|949|901|853|805| |*C9S960603B*|Y/Y1|F05|944|884|824|774|716|660|605|554| |*C9S960603B*|Y/Y1|F06|963|907|852|803|745|689|639|587| |*C9S960603B*|Y/Y1|F07|1332|1289|1245|1200|1160|1120|1081|1036| |*C9S960603B*|Y/Y1|F08|1366|1319|1277|1235|1192|1154|1117|1074| |*C9S960603B*|Y/Y1|F09|1468|1436|1393|1359|1323|1285|1248|1210| |*C9S960804C*|Y/Y1|F01|873|778|682|630|578|490|419|347| |*C9S960804C*|Y/Y1|F02|1442|1386|1335|1280|1221|1157|1110|1054| |*C9S960804C*|Y/Y1|F03|1643|1588|1534|1478|1415|1357|1299|1246| |*C9S960804C*|Y/Y1|F04^|1600|1555|1505|1460|1412|1364|1309|1260| |*C9S960804C*|Y/Y1|F05|1338|1269|1206|1133|1063|999|934|861| |*C9S960804C*|Y/Y1|F06|1796|1744|1691|1638|1584|1532|1473|1422| |*C9S960804C*|Y/Y1|F07|1874|1823|1775|1729|1675|1621|1567|1512| |*C9S960804C*|Y/Y1|F08|1798|1754|1719|1672|1627|1585|1546|1497| |*C9S960804C*|Y/Y1|F09|1991|1947|1900|1854|1808|1759|1707|1655| |*C9S961005C*|Y/Y1|F01|1176|1107|1037|969|891|825|753|692| |*C9S961005C*|Y/Y1|F02|1773|1721|1671|1621|1571|1521|1470|1421| |*C9S961005C*|Y/Y1|F03|1709|1658|1607|1556|1503|1451|1399|1349| |*C9S961005C*|Y/Y1|F04^|1651|1597|1542|1491|1437|1384|1332|1278| |*C9S961005C*|Y/Y1|F05|1467|1409|1352|1307|1240|1182|1124|1063| |*C9S961005C*|Y/Y1|F06|1834|1785|1738|1691|1643|1593|1545|1502| |*C9S961005C*|Y/Y1|F07|1924|1881|1836|1796|1750|1701|1652|1606| |*C9S961005C*|Y/Y1|F08|2028|1994|1937|1899|1863|1814|1769|1724| |*C9S961005C*|Y/Y1|F09|2193|2145|2106|2076|2032|1998|1945|1903| |*C9S961205D*|Y/Y1|F01|1187|1101|1013|931|847|764|677|604| |*C9S961205D*|Y/Y1|F02|1973|1916|1864|1810|1756|1702|1650|1590| |*C9S961205D*|Y/Y1|F03|1918|1859|1807|1748|1696|1643|1591|1531| |*C9S961205D*|Y/Y1|F04^|1835|1776|1720|1657|1602|1544|1483|1428| |*C9S961205D*|Y/Y1|F05|1236|1152|1073|990|919|834|749|679| |*C9S961205D*|Y/Y1|F06|1521|1459|1391|1327|1253|1187|1116|1053| |*C9S961205D*|Y/Y1|F07|1673|1609|1549|1493|1430|1362|1305|1242| |*C9S961205D*|Y/Y1|F08|2033|1981|1929|1878|1822|1771|1716|1669| |*C9S961205D*|Y/Y1|F09|2257|2201|2151|2099|2057|2008|1959|1906|

|NOTE:| |---| |^ Default speed|

###################### HIGH STAGE COOLING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8|

Page 53

|MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*C9S960403B*|Y2|F01|632|574|510|448|388|332|277|234| |*C9S960403B*|Y2|F02|727|677|623|565|510|455|403|351| |*C9S960403B*|Y2|F03|878|839|797|751|701|653|607|561| |*C9S960403B*|Y2|F04|948|910|870|828|785|739|693|652| |*C9S960403B*|Y2|F05^|1106|1076|1044|1010|974|939|899|860| |*C9S960403B*|Y2|F06|1156|1125|1096|1063|1028|996|960|927| |*C9S960403B*|Y2|F07|1237|1205|1174|1145|1115|1081|1050|1016| |*C9S960403B*|Y2|F08|1334|1306|1275|1249|1220|1194|1163|1136| |*C9S960403B*|Y2|F09|1382|1354|1327|1302|1276|1246|1219|1190| |*C9S960603B*|Y2|F01|771|698|632|560|491|428|372|307| |*C9S960603B*|Y2|F02|1197|1150|1102|1057|1014|968|926|877| |*C9S960603B*|Y2|F03|1309|1264|1224|1180|1141|1098|1058|1018| |*C9S960603B*|Y2|F04|1138|1091|1043|993|949|901|853|805| |*C9S960603B*|Y2|F05^|944|884|824|774|716|660|605|554| |*C9S960603B*|Y2|F06|963|907|852|803|745|689|639|587| |*C9S960603B*|Y2|F07|1332|1289|1245|1200|1160|1120|1081|1036| |*C9S960603B*|Y2|F08|1366|1319|1277|1235|1192|1154|1117|1074| |*C9S960603B*|Y2|F09|1468|1436|1393|1359|1323|1285|1248|1210| |*C9S960804C*|Y2|F01|873|778|682|630|578|490|419|347| |*C9S960804C*|Y2|F02|1442|1386|1335|1280|1221|1157|1110|1054| |*C9S960804C*|Y2|F03|1643|1588|1534|1478|1415|1357|1299|1246| |*C9S960804C*|Y2|F04|1600|1555|1505|1460|1412|1364|1309|1260| |*C9S960804C*|Y2|F05^|1338|1269|1206|1133|1063|999|934|861| |*C9S960804C*|Y2|F06|1796|1744|1691|1638|1584|1532|1473|1422| |*C9S960804C*|Y2|F07|1874|1823|1775|1729|1675|1621|1567|1512| |*C9S960804C*|Y2|F08|1798|1754|1719|1672|1627|1585|1546|1497| |*C9S960804C*|Y2|F09|1991|1947|1900|1854|1808|1759|1707|1655| |*C9S961005C*|Y2|F01|1176|1107|1037|969|891|825|753|692| |*C9S961005C*|Y2|F02|1773|1721|1671|1621|1571|1521|1470|1421| |*C9S961005C*|Y2|F03|1709|1658|1607|1556|1503|1451|1399|1349| |*C9S961005C*|Y2|F04|1651|1597|1542|1491|1437|1384|1332|1278| |*C9S961005C*|Y2|F05^|1467|1409|1352|1307|1240|1182|1124|1063| |*C9S961005C*|Y2|F06|1834|1785|1738|1691|1643|1593|1545|1502| |*C9S961005C*|Y2|F07|1924|1881|1836|1796|1750|1701|1652|1606| |*C9S961005C*|Y2|F08|2028|1994|1937|1899|1863|1814|1769|1724| |*C9S961005C*|Y2|F09|2193|2145|2106|2076|2032|1998|1945|1903| |*C9S961205D*|Y2|F01|1187|1101|1013|931|847|764|677|604| |*C9S961205D*|Y2|F02|1973|1916|1864|1810|1756|1702|1650|1590| |*C9S961205D*|Y2|F03|1918|1859|1807|1748|1696|1643|1591|1531| |*C9S961205D*|Y2|F04|1835|1776|1720|1657|1602|1544|1483|1428| |*C9S961205D*|Y2|F05^|1236|1152|1073|990|919|834|749|679| |*C9S961205D*|Y2|F06|1521|1459|1391|1327|1253|1187|1116|1053| |*C9S961205D*|Y2|F07|1673|1609|1549|1493|1430|1362|1305|1242| |*C9S961205D*|Y2|F08|2033|1981|1929|1878|1822|1771|1716|1669| |*C9S961205D*|Y2|F09|2257|2201|2151|2099|2057|2008|1959|1906|

|NOTE:| |---| |^ Default speed|

Page 54

###################### CIRCULATION AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*C9S960403B*|G|F01|632|574|510|448|388|332|277|234| |*C9S960403B*|G|F02|727|677|623|565|510|455|403|351| |*C9S960403B*|G|F03|878|839|797|751|701|653|607|561| |*C9S960403B*|G|F04|948|910|870|828|785|739|693|652| |*C9S960403B*|G|F05|1106|1076|1044|1010|974|939|899|860| |*C9S960403B*|G|F06|1156|1125|1096|1063|1028|996|960|927| |*C9S960403B*|G|F07|1237|1205|1174|1145|1115|1081|1050|1016| |*C9S960403B*|G|F08|1334|1306|1275|1249|1220|1194|1163|1136| |*C9S960403B*|G|F09|1382|1354|1327|1302|1276|1246|1219|1190| |*C9S960603B*|G|F01|771|698|632|560|491|428|372|307| |*C9S960603B*|G|F02|1197|1150|1102|1057|1014|968|926|877| |*C9S960603B*|G|F03|1309|1264|1224|1180|1141|1098|1058|1018| |*C9S960603B*|G|F04|1138|1091|1043|993|949|901|853|805| |*C9S960603B*|G|F05|944|884|824|774|716|660|605|554| |*C9S960603B*|G|F06|963|907|852|803|745|689|639|587| |*C9S960603B*|G|F07|1332|1289|1245|1200|1160|1120|1081|1036| |*C9S960603B*|G|F08|1366|1319|1277|1235|1192|1154|1117|1074| |*C9S960603B*|G|F09|1468|1436|1393|1359|1323|1285|1248|1210| |*C9S960804C*|G|F01|873|778|682|630|578|490|419|347| |*C9S960804C*|G|F02|1442|1386|1335|1280|1221|1157|1110|1054| |*C9S960804C*|G|F03|1643|1588|1534|1478|1415|1357|1299|1246| |*C9S960804C*|G|F04|1600|1555|1505|1460|1412|1364|1309|1260| |*C9S960804C*|G|F05|1338|1269|1206|1133|1063|999|934|861| |*C9S960804C*|G|F06|1796|1744|1691|1638|1584|1532|1473|1422| |*C9S960804C*|G|F07|1874|1823|1775|1729|1675|1621|1567|1512| |*C9S960804C*|G|F08|1798|1754|1719|1672|1627|1585|1546|1497| |*C9S960804C*|G|F09|1991|1947|1900|1854|1808|1759|1707|1655| |*C9S961005C*|G|F01|1176|1107|1037|969|891|825|753|692| |*C9S961005C*|G|F02|1773|1721|1671|1621|1571|1521|1470|1421| |*C9S961005C*|G|F03|1709|1658|1607|1556|1503|1451|1399|1349| |*C9S961005C*|G|F04|1651|1597|1542|1491|1437|1384|1332|1278| |*C9S961005C*|G|F05|1467|1409|1352|1307|1240|1182|1124|1063| |*C9S961005C*|G|F06|1834|1785|1738|1691|1643|1593|1545|1502| |*C9S961005C*|G|F07|1924|1881|1836|1796|1750|1701|1652|1606| |*C9S961005C*|G|F08|2028|1994|1937|1899|1863|1814|1769|1724| |*C9S961005C*|G|F09|2193|2145|2106|2076|2032|1998|1945|1903| |*C9S961205D*|G|F01|1187|1101|1013|931|847|764|677|604| |*C9S961205D*|G|F02|1973|1916|1864|1810|1756|1702|1650|1590| |*C9S961205D*|G|F03|1918|1859|1807|1748|1696|1643|1591|1531| |*C9S961205D*|G|F04|1835|1776|1720|1657|1602|1544|1483|1428| |*C9S961205D*|G|F05|1236|1152|1073|990|919|834|749|679| |*C9S961205D*|G|F06|1521|1459|1391|1327|1253|1187|1116|1053| |*C9S961205D*|G|F07|1673|1609|1549|1493|1430|1362|1305|1242| |*C9S961205D*|G|F08|2033|1981|1929|1878|1822|1771|1716|1669| |*C9S961205D*|G|F09|2257|2201|2151|2099|2057|2008|1959|1906|

Page 55

############################## HEATING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.1|0.2|0.2|0.3|0.3|0.4|0.4|0.5|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|RISE|CFM|RISE|CFM|RISE|CFM|RISE|CFM|RISE|CFM|CFM|CFM| |*C9S960403B*|W/W1|F01^^|632|N/A|574|N/A|510|N/A|448|N/A|388|N/A|332|277|234| |*C9S960403B*|W/W1|F02^|727|48|677|51|623|54|565|60|510|65|455|403|351| |*C9S960403B*|W/W1|F03|878|41|839|42|797|45|751|47|701|51|653|607|561| |*C9S960403B*|W/W1|F04|948|38|910|39|870|41|828|43|785|45|739|693|652| |*C9S960603B*|W/W1|F01^^|771|N/A|698|N/A|632|N/A|560|N/A|491|N/A|428|372|307| |*C9S960603B*|W/W1|F02^|1197|45|1150|46|1102|48|1057|50|1014|53|968|926|877| |*C9S960603B*|W/W1|F03|1309|41|1264|42|1224|44|1180|45|1141|47|1098|1058|1018| |*C9S960603B*|W/W1|F04|1138|47|1091|49|1043|51|993|54|949|56|901|853|805| |*C9S960804C*|W/W1|F01^^|873|N/A|778|N/A|682|N/A|630|N/A|578|N/A|490|419|347| |*C9S960804C*|W/W1|F02^|1442|49|1386|51|1335|53|1280|56|1221|58|1157|1110|1054| |*C9S960804C*|W/W1|F03|1643|43|1588|45|1534|46|1478|48|1415|50|1357|1299|1246| |*C9S960804C*|W/W1|F04|1600|44|1555|46|1505|47|1460|49|1412|50|1364|1309|1260| |*C9S961005C*|W/W1|F01^^|1176|N/A|1107|N/A|1037|N/A|969|N/A|891|N/A|825|753|692| |*C9S961005C*|W/W1|F02^|1773|50|1721|52|1671|53|1621|55|1571|57|1521|1470|1421| |*C9S961005C*|W/W1|F03^^|1709|52|1658|54|1607|55|1556|57|1503|59|1451|1399|1349| |*C9S961005C*|W/W1|F04|1651|54|1597|56|1542|58|1491|60|1437|62|1384|1332|1278| |*C9S961205D*|W/W1|F01^^|1187|N/A|1101|N/A|1013|N/A|931|N/A|847|N/A|764|677|604| |*C9S961205D*|W/W1|F02^|1973|54|1916|56|1864|57|1810|59|1756|61|1702|1650|1590| |*C9S961205D*|W/W1|F03|1918|56|1859|57|1807|59|1748|61|1696|63|1643|1591|1531| |*C9S961205D*|W/W1|F04|1835|58|1776|60|1720|62|1657|64|1602|67|1544|1483|1428|

|^^NOT RECOMMENDED FOR HEATING

NOTE: ^DEFAULT & RECOMMENDED| |---|

|TEMP RANGE| |---| |35-65| |35-65| |40-70| |40-70| |45-75|

AIRFLOW TABLES

GM9S92

LOW STAGE COOLING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8|

Page 56

|MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S920403A*|Y/Y1|F01|610|559|513|467|419|368|316|285| |*M9S920403A*|Y/Y1|F02|925|887|852|818|787|754|720|685| |*M9S920403A*|Y/Y1|F03|846|808|772|737|703|667|630|594| |*M9S920403A*|Y/Y1|F04^|781|739|701|663|625|586|547|508| |*M9S920403A*|Y/Y1|F05|1038|1003|970|940|909|879|849|820| |*M9S920403A*|Y/Y1|F06|1106|1072|1041|1011|981|953|926|898| |*M9S920403A*|Y/Y1|F07|1215|1180|1151|1121|1095|1066|1043|1017| |*M9S920403A*|Y/Y1|F08|1238|1210|1180|1153|1126|1099|1073|1047| |*M9S920403A*|Y/Y1|F09|1319|1299|1273|1246|1220|1194|1169|1146| |*M9S920603B*|Y/Y1|F01|723|663|604|539|476|404|347|291| |*M9S920603B*|Y/Y1|F02|1052|1010|962|920|875|829|785|740| |*M9S920603B*|Y/Y1|F03|1125|1084|1042|1003|964|918|875|834| |*M9S920603B*|Y/Y1|F04^|1206|1166|1129|1091|1054|1012|977|947| |*M9S920603B*|Y/Y1|F05|901|854|809|758|703|653|604|552| |*M9S920603B*|Y/Y1|F06|948|900|855|810|762|708|662|608| |*M9S920603B*|Y/Y1|F07|1273|1237|1206|1169|1128|1094|1057|1020| |*M9S920603B*|Y/Y1|F08|1365|1321|1292|1251|1219|1184|1152|1120| |*M9S920603B*|Y/Y1|F09|1426|1387|1360|1326|1292|1257|1226|1193| |*M9S920803B*|Y/Y1|F01|718|662|611|551|486|419|358|300| |*M9S920803B*|Y/Y1|F02|1373|1341|1307|1279|1253|1226|1197|1172| |*M9S920803B*|Y/Y1|F03|1309|1265|1232|1192|1162|1129|1093|1057| |*M9S920803B*|Y/Y1|F04^|1233|1194|1165|1131|1097|1070|1039|1008| |*M9S920803B*|Y/Y1|F05|874|828|791|750|703|655|602|547| |*M9S920803B*|Y/Y1|F06|950|908|865|826|786|739|689|638| |*M9S920803B*|Y/Y1|F07|1097|1056|1019|988|952|921|880|842| |*M9S920803B*|Y/Y1|F08|1166|1127|1092|1060|1027|994|960|926| |*M9S920803B*|Y/Y1|F09|1407|1373|1338|1308|1282|1253|1229|1203| |*M9S920804C*|Y/Y1|F01|804|740|670|586|501|407|347|N/A| |*M9S920804C*|Y/Y1|F02|1422|1375|1332|1288|1245|1200|1154|1108| |*M9S920804C*|Y/Y1|F03|1502|1455|1410|1365|1322|1278|1237|1195| |*M9S920804C*|Y/Y1|F04^|1567|1519|1476|1441|1402|1360|1319|1278| |*M9S920804C*|Y/Y1|F05|1347|1299|1253|1205|1157|1111|1063|1013| |*M9S920804C*|Y/Y1|F06|1692|1648|1609|1567|1529|1490|1451|1413| |*M9S920804C*|Y/Y1|F07|1772|1728|1689|1652|1614|1574|1534|1498| |*M9S920804C*|Y/Y1|F08|1793|1753|1720|1679|1643|1604|1562|1524| |*M9S920804C*|Y/Y1|F09|1875|1833|1797|1759|1727|1686|1652|1616| |*M9S920805C*|Y/Y1|F01|869|782|684|575|482|395|331|122| |*M9S920805C*|Y/Y1|F02|1823|1776|1720|1679|1642|1597|1553|1504| |*M9S920805C*|Y/Y1|F03|1778|1729|1690|1648|1605|1558|1497|1449| |*M9S920805C*|Y/Y1|F04^|1722|1660|1609|1553|1507|1455|1402|1350| |*M9S920805C*|Y/Y1|F05|1498|1442|1388|1332|1278|1215|1154|1090| |*M9S920805C*|Y/Y1|F06|1634|1583|1536|1489|1440|1387|1330|1275| |*M9S920805C*|Y/Y1|F07|1925|1879|1836|1795|1752|1711|1664|1621| |*M9S920805C*|Y/Y1|F08|1993|1941|1899|1852|1813|1778|1741|1693| |*M9S920805C*|Y/Y1|F09|2216|2172|2131|2087|2046|2011|1973|1935|

############# LOW STAGE COOLING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---|

Page 57

|MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S921004C*|Y/Y1|F01|809|740|669|603|536|449|377|319| |*M9S921004C*|Y/Y1|F02|1754|1707|1673|1640|1604|1568|1538|1509| |*M9S921004C*|Y/Y1|F03|1648|1620|1586|1552|1515|1480|1449|1412| |*M9S921004C*|Y/Y1|F04^|1558|1517|1479|1441|1403|1366|1330|1295| |*M9S921004C*|Y/Y1|F05|1303|1255|1210|1167|1125|1081|1041|999| |*M9S921004C*|Y/Y1|F06|1406|1362|1321|1281|1240|1197|1157|1118| |*M9S921004C*|Y/Y1|F07|1445|1403|1363|1324|1287|1247|1208|1167| |*M9S921004C*|Y/Y1|F08|1778|1743|1700|1669|1634|1600|1568|1542| |*M9S921004C*|Y/Y1|F09|1824|1785|1747|1714|1680|1647|1617|1585| |*M9S921005C*|Y/Y1|F01|906|813|717|613|519|439|368|N/A| |*M9S921005C*|Y/Y1|F02|1871|1818|1769|1720|1667|1614|1565|1511| |*M9S921005C*|Y/Y1|F03|1831|1782|1729|1679|1624|1571|1520|1465| |*M9S921005C*|Y/Y1|F04^|1653|1596|1538|1480|1422|1362|1306|1247| |*M9S921005C*|Y/Y1|F05|1496|1437|1376|1315|1250|1189|1126|1056| |*M9S921005C*|Y/Y1|F06|1640|1587|1527|1471|1414|1357|1294|1235| |*M9S921005C*|Y/Y1|F07|1955|1937|1909|1860|1813|1765|1712|1662| |*M9S921005C*|Y/Y1|F08|2086|2039|1991|1944|1896|1855|1810|1763| |*M9S921005C*|Y/Y1|F09|2222|2178|2133|2088|2043|1998|1954|1910| |*M9S921205D*|Y/Y1|F01|1056|962|866|772|666|574|501|429| |*M9S921205D*|Y/Y1|F02|2096|2050|2005|1948|1899|1848|1800|1755| |*M9S921205D*|Y/Y1|F03|2023|1973|1927|1877|1829|1781|1731|1680| |*M9S921205D*|Y/Y1|F04^|1946|1900|1848|1795|1741|1689|1637|1584| |*M9S921205D*|Y/Y1|F05|1231|1151|1078|992|913|812|725|651| |*M9S921205D*|Y/Y1|F06|1503|1440|1382|1318|1251|1179|1108|1039| |*M9S921205D*|Y/Y1|F07|1704|1646|1586|1532|1473|1412|1346|1284| |*M9S921205D*|Y/Y1|F08|1831|1775|1720|1668|1610|1560|1511|1457| |*M9S921205D*|Y/Y1|F09|2222|2173|2125|2078|2029|1980|1933|1884|

|NOTE:| |---| |^ Default speed|

############### HIGH STAGE COOLING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S920403A*|Y2|F01|610|559|513|467|419|368|316|285| |*M9S920403A*|Y2|F02|925|887|852|818|787|754|720|685| |*M9S920403A*|Y2|F03|846|808|772|737|703|667|630|594| |*M9S920403A*|Y2|F04|781|739|701|663|625|586|547|508| |*M9S920403A*|Y2|F05^|1038|1003|970|940|909|879|849|820| |*M9S920403A*|Y2|F06|1106|1072|1041|1011|981|953|926|898| |*M9S920403A*|Y2|F07|1215|1180|1151|1121|1095|1066|1043|1017| |*M9S920403A*|Y2|F08|1238|1210|1180|1153|1126|1099|1073|1047| |*M9S920403A*|Y2|F09|1319|1299|1273|1246|1220|1194|1169|1146| |*M9S920603B*|Y2|F01|723|663|604|539|476|404|347|291|

Page 58

|*M9S920603B*|Y2|F02|1052|1010|962|920|875|829|785|740| |*M9S920603B*|Y2|F03|1125|1084|1042|1003|964|918|875|834| |*M9S920603B*|Y2|F04|1206|1166|1129|1091|1054|1012|977|947| |*M9S920603B*|Y2|F05^|901|854|809|758|703|653|604|552| |*M9S920603B*|Y2|F06|948|900|855|810|762|708|662|608| |*M9S920603B*|Y2|F07|1273|1237|1206|1169|1128|1094|1057|1020| |*M9S920603B*|Y2|F08|1365|1321|1292|1251|1219|1184|1152|1120| |*M9S920603B*|Y2|F09|1426|1387|1360|1326|1292|1257|1226|1193| |*M9S920803B*|Y2|F01|718|662|611|551|486|419|358|300| |*M9S920803B*|Y2|F02|1373|1341|1307|1279|1253|1226|1197|1172| |*M9S920803B*|Y2|F03|1309|1265|1232|1192|1162|1129|1093|1057| |*M9S920803B*|Y2|F04|1233|1194|1165|1131|1097|1070|1039|1008| |*M9S920803B*|Y2|F05^|874|828|791|750|703|655|602|547| |*M9S920803B*|Y2|F06|950|908|865|826|786|739|689|638| |*M9S920803B*|Y2|F07|1097|1056|1019|988|952|921|880|842| |*M9S920803B*|Y2|F08|1166|1127|1092|1060|1027|994|960|926| |*M9S920803B*|Y2|F09|1407|1373|1338|1308|1282|1253|1229|1203| |*M9S920804C*|Y2|F01|804|740|670|586|501|407|347|N/A| |*M9S920804C*|Y2|F02|1422|1375|1332|1288|1245|1200|1154|1108| |*M9S920804C*|Y2|F03|1502|1455|1410|1365|1322|1278|1237|1195| |*M9S920804C*|Y2|F04|1567|1519|1476|1441|1402|1360|1319|1278| |*M9S920804C*|Y2|F05^|1347|1299|1253|1205|1157|1111|1063|1013| |*M9S920804C*|Y2|F06|1692|1648|1609|1567|1529|1490|1451|1413| |*M9S920804C*|Y2|F07|1772|1728|1689|1652|1614|1574|1534|1498| |*M9S920804C*|Y2|F08|1793|1753|1720|1679|1643|1604|1562|1524| |*M9S920804C*|Y2|F09|1875|1833|1797|1759|1727|1686|1652|1616| |*M9S920805C*|Y2|F01|869|782|684|575|482|395|331|122| |*M9S920805C*|Y2|F02|1823|1776|1720|1679|1642|1597|1553|1504| |*M9S920805C*|Y2|F03|1778|1729|1690|1648|1605|1558|1497|1449| |*M9S920805C*|Y2|F04|1722|1660|1609|1553|1507|1455|1402|1350| |*M9S920805C*|Y2|F05^|1498|1442|1388|1332|1278|1215|1154|1090| |*M9S920805C*|Y2|F06|1634|1583|1536|1489|1440|1387|1330|1275| |*M9S920805C*|Y2|F07|1925|1879|1836|1795|1752|1711|1664|1621| |*M9S920805C*|Y2|F08|1993|1941|1899|1852|1813|1778|1741|1693| |*M9S920805C*|Y2|F09|2216|2172|2131|2087|2046|2011|1973|1935|

############## HIGH STAGE COOLING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S921004C*|Y2|F01|809|740|669|603|536|449|377|319| |*M9S921004C*|Y2|F02|1754|1707|1673|1640|1604|1568|1538|1509| |*M9S921004C*|Y2|F03|1648|1620|1586|1552|1515|1480|1449|1412| |*M9S921004C*|Y2|F04|1558|1517|1479|1441|1403|1366|1330|1295| |*M9S921004C*|Y2|F05^|1303|1255|1210|1167|1125|1081|1041|999| |*M9S921004C*|Y2|F06|1406|1362|1321|1281|1240|1197|1157|1118| |*M9S921004C*|Y2|F07|1445|1403|1363|1324|1287|1247|1208|1167| |*M9S921004C*|Y2|F08|1778|1743|1700|1669|1634|1600|1568|1542| |*M9S921004C*|Y2|F09|1824|1785|1747|1714|1680|1647|1617|1585|

Page 59

|*M9S921005C*|Y2|F01|906|813|717|613|519|439|368|N/A| |*M9S921005C*|Y2|F02|1871|1818|1769|1720|1667|1614|1565|1511| |*M9S921005C*|Y2|F03|1831|1782|1729|1679|1624|1571|1520|1465| |*M9S921005C*|Y2|F04|1653|1596|1538|1480|1422|1362|1306|1247| |*M9S921005C*|Y2|F05^|1496|1437|1376|1315|1250|1189|1126|1056| |*M9S921005C*|Y2|F06|1640|1587|1527|1471|1414|1357|1294|1235| |*M9S921005C*|Y2|F07|1955|1937|1909|1860|1813|1765|1712|1662| |*M9S921005C*|Y2|F08|2086|2039|1991|1944|1896|1855|1810|1763| |*M9S921005C*|Y2|F09|2222|2178|2133|2088|2043|1998|1954|1910| |*M9S921205D*|Y2|F01|1056|962|866|772|666|574|501|429| |*M9S921205D*|Y2|F02|2096|2050|2005|1948|1899|1848|1800|1755| |*M9S921205D*|Y2|F03|2023|1973|1927|1877|1829|1781|1731|1680| |*M9S921205D*|Y2|F04|1946|1900|1848|1795|1741|1689|1637|1584| |*M9S921205D*|Y2|F05^|1231|1151|1078|992|913|812|725|651| |*M9S921205D*|Y2|F06|1503|1440|1382|1318|1251|1179|1108|1039| |*M9S921205D*|Y2|F07|1704|1646|1586|1532|1473|1412|1346|1284| |*M9S921205D*|Y2|F08|1831|1775|1720|1668|1610|1560|1511|1457| |*M9S921205D*|Y2|F09|2222|2173|2125|2078|2029|1980|1933|1884|

|NOTE:| |---| |^ Default speed|

########### CIRCULATION AIRFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S920403A*|G|F01|610|559|513|467|419|368|316|285| |*M9S920403A*|G|F02|925|887|852|818|787|754|720|685| |*M9S920403A*|G|F03|846|808|772|737|703|667|630|594| |*M9S920403A*|G|F04|781|739|701|663|625|586|547|508| |*M9S920403A*|G|F05|1038|1003|970|940|909|879|849|820| |*M9S920403A*|G|F06|1106|1072|1041|1011|981|953|926|898| |*M9S920403A*|G|F07|1215|1180|1151|1121|1095|1066|1043|1017| |*M9S920403A*|G|F08|1238|1210|1180|1153|1126|1099|1073|1047| |*M9S920403A*|G|F09|1319|1299|1273|1246|1220|1194|1169|1146| |*M9S920603B*|G|F01|723|663|604|539|476|404|347|291| |*M9S920603B*|G|F02|1052|1010|962|920|875|829|785|740| |*M9S920603B*|G|F03|1125|1084|1042|1003|964|918|875|834| |*M9S920603B*|G|F04|1206|1166|1129|1091|1054|1012|977|947| |*M9S920603B*|G|F05|901|854|809|758|703|653|604|552| |*M9S920603B*|G|F06|948|900|855|810|762|708|662|608| |*M9S920603B*|G|F07|1273|1237|1206|1169|1128|1094|1057|1020| |*M9S920603B*|G|F08|1365|1321|1292|1251|1219|1184|1152|1120| |*M9S920603B*|G|F09|1426|1387|1360|1326|1292|1257|1226|1193| |*M9S920803B*|G|F01|718|662|611|551|486|419|358|300| |*M9S920803B*|G|F02|1373|1341|1307|1279|1253|1226|1197|1172| |*M9S920803B*|G|F03|1309|1265|1232|1192|1162|1129|1093|1057|

Page 60

|*M9S920803B*|G|F04|1233|1194|1165|1131|1097|1070|1039|1008| |*M9S920803B*|G|F05|874|828|791|750|703|655|602|547| |*M9S920803B*|G|F06|950|908|865|826|786|739|689|638| |*M9S920803B*|G|F07|1097|1056|1019|988|952|921|880|842| |*M9S920803B*|G|F08|1166|1127|1092|1060|1027|994|960|926| |*M9S920803B*|G|F09|1407|1373|1338|1308|1282|1253|1229|1203| |*M9S920804C*|G|F01|804|740|670|586|501|407|347|N/A| |*M9S920804C*|G|F02|1422|1375|1332|1288|1245|1200|1154|1108| |*M9S920804C*|G|F03|1502|1455|1410|1365|1322|1278|1237|1195| |*M9S920804C*|G|F04|1567|1519|1476|1441|1402|1360|1319|1278| |*M9S920804C*|G|F05|1347|1299|1253|1205|1157|1111|1063|1013| |*M9S920804C*|G|F06|1692|1648|1609|1567|1529|1490|1451|1413| |*M9S920804C*|G|F07|1772|1728|1689|1652|1614|1574|1534|1498| |*M9S920804C*|G|F08|1793|1753|1720|1679|1643|1604|1562|1524| |*M9S920804C*|G|F09|1875|1833|1797|1759|1727|1686|1652|1616| |*M9S920805C*|G|F01|869|782|684|575|482|395|331|122| |*M9S920805C*|G|F02|1823|1776|1720|1679|1642|1597|1553|1504| |*M9S920805C*|G|F03|1778|1729|1690|1648|1605|1558|1497|1449| |*M9S920805C*|G|F04|1722|1660|1609|1553|1507|1455|1402|1350| |*M9S920805C*|G|F05|1498|1442|1388|1332|1278|1215|1154|1090| |*M9S920805C*|G|F06|1634|1583|1536|1489|1440|1387|1330|1275| |*M9S920805C*|G|F07|1925|1879|1836|1795|1752|1711|1664|1621| |*M9S920805C*|G|F08|1993|1941|1899|1852|1813|1778|1741|1693| |*M9S920805C*|G|F09|2216|2172|2131|2087|2046|2011|1973|1935|

############ CIRCULATION AIRFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S921004C*|G|F01|809|740|669|603|536|449|377|319| |*M9S921004C*|G|F02|1754|1707|1673|1640|1604|1568|1538|1509| |*M9S921004C*|G|F03|1648|1620|1586|1552|1515|1480|1449|1412| |*M9S921004C*|G|F04|1558|1517|1479|1441|1403|1366|1330|1295| |*M9S921004C*|G|F05|1303|1255|1210|1167|1125|1081|1041|999| |*M9S921004C*|G|F06|1406|1362|1321|1281|1240|1197|1157|1118| |*M9S921004C*|G|F07|1445|1403|1363|1324|1287|1247|1208|1167| |*M9S921004C*|G|F08|1778|1743|1700|1669|1634|1600|1568|1542| |*M9S921004C*|G|F09|1824|1785|1747|1714|1680|1647|1617|1585| |*M9S921005C*|G|F01|906|813|717|613|519|439|368|N/A| |*M9S921005C*|G|F02|1871|1818|1769|1720|1667|1614|1565|1511| |*M9S921005C*|G|F03|1831|1782|1729|1679|1624|1571|1520|1465| |*M9S921005C*|G|F04|1653|1596|1538|1480|1422|1362|1306|1247| |*M9S921005C*|G|F05|1496|1437|1376|1315|1250|1189|1126|1056| |*M9S921005C*|G|F06|1640|1587|1527|1471|1414|1357|1294|1235| |*M9S921005C*|G|F07|1955|1937|1909|1860|1813|1765|1712|1662| |*M9S921005C*|G|F08|2086|2039|1991|1944|1896|1855|1810|1763| |*M9S921005C*|G|F09|2222|2178|2133|2088|2043|1998|1954|1910| |*M9S921205D*|G|F01|1056|962|866|772|666|574|501|429| |*M9S921205D*|G|F02|2096|2050|2005|1948|1899|1848|1800|1755|

Page 61

|*M9S921205D*|G|F03|2023|1973|1927|1877|1829|1781|1731|1680| |*M9S921205D*|G|F04|1946|1900|1848|1795|1741|1689|1637|1584| |*M9S921205D*|G|F05|1231|1151|1078|992|913|812|725|651| |*M9S921205D*|G|F06|1503|1440|1382|1318|1251|1179|1108|1039| |*M9S921205D*|G|F07|1704|1646|1586|1532|1473|1412|1346|1284| |*M9S921205D*|G|F08|1831|1775|1720|1668|1610|1560|1511|1457| |*M9S921205D*|G|F09|2222|2173|2125|2078|2029|1980|1933|1884|

HEATING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.1|0.2|0.2|0.3|0.3|0.4|0.4|0.5|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|RISE|CFM|RISE|CFM|RISE|CFM|RISE|CFM|RISE|CFM|CFM|CFM| |*M9S920403A*|W/W1|F01^^|610|56|559|N/A|513|N/A|467|N/A|419|N/A|368|316|285| |*M9S920403A*|W/W1|F02^|925|37|887|38|852|40|818|42|787|43|754|720|685| |*M9S920403A*|W/W1|F03|846|40|808|42|772|44|737|46|703|49|667|630|594| |*M9S920403A*|W/W1|F04|781|44|739|46|701|49|663|51|625|55|586|547|508| |*M9S920603B*|W/W1|F01^^|723|N/A|663|N/A|604|N/A|539|N/A|476|N/A|404|347|291| |*M9S920603B*|W/W1|F02^|1052|49|1010|51|962|53|920|56|875|58|829|785|740| |*M9S920603B*|W/W1|F03|1125|45|1084|47|1042|49|1003|51|964|53|918|875|834| |*M9S920603B*|W/W1|F04|1206|42|1166|44|1129|45|1091|47|1054|48|1012|977|947| |*M9S920803B*|W/W1|F01^^|718|N/A|662|N/A|611|N/A|551|N/A|486|N/A|419|358|300| |*M9S920803B*|W/W1|F02^|1373|50|1341|51|1307|52|1279|53|1253|54|1226|1197|1172| |*M9S920803B*|W/W1|F03|1309|52|1265|54|1232|55|1192|57|1162|59|1129|1093|1057| |*M9S920803B*|W/W1|F04|1233|55|1194|57|1165|59|1131|60|1097|62|1070|1039|1008| |*M9S920804C*|W/W1|F01^^|804|N/A|740|N/A|670|N/A|586|N/A|501|N/A|407|347|N/A| |*M9S920804C*|W/W1|F02^|1422|48|1375|50|1332|51|1288|53|1245|55|1200|1154|1108| |*M9S920804C*|W/W1|F03|1502|45|1455|47|1410|48|1365|50|1322|52|1278|1237|1195| |*M9S920804C*|W/W1|F04|1567|44|1519|45|1476|46|1441|47|1402|49|1360|1319|1278| |*M9S920805C*|W/W1|F01^^|869|N/A|782|N/A|684|N/A|575|N/A|482|N/A|395|331|122| |*M9S920805C*|W/W1|F02^|1823|37|1776|38|1720|40|1679|41|1642|41|1597|1553|1504| |*M9S920805C*|W/W1|F03|1778|38|1729|39|1690|40|1648|41|1605|42|1558|1497|1449| |*M9S920805C*|W/W1|F04|1722|40|1660|41|1609|42|1553|44|1507|45|1455|1402|1350| |*M9S921004C*|W/W1|F01^^|809|N/A|740|N/A|669|N/A|603|N/A|536|N/A|449|377|319| |*M9S921004C*|W/W1|F02^|1754|49|1707|50|1673|51|1640|52|1604|53|1568|1538|1509| |*M9S921004C*|W/W1|F03|1648|52|1620|53|1586|54|1552|55|1515|56|1480|1449|1412| |*M9S921004C*|W/W1|F04|1558|55|1517|56|1479|58|1441|59|1403|61|1366|1330|1295| |*M9S921005C*|W/W1|F01^^|906|N/A|813|N/A|717|N/A|613|N/A|519|N/A|439|368|N/A| |*M9S921005C*|W/W1|F02^|1871|46|1818|47|1769|48|1720|50|1667|51|1614|1565|1511| |*M9S921005C*|W/W1|F03|1831|47|1782|48|1729|49|1679|51|1624|52|1571|1520|1465| |*M9S921005C*|W/W1|F04^^|1653|52|1596|53|1538|55|1480|58|1422|60|1362|1306|1247| |*M9S921205D*|W/W1|F01^^|1056|N/A|962|N/A|866|N/A|772|N/A|666|N/A|574|501|429| |*M9S921205D*|W/W1|F02^|2096|49|2050|50|2005|51|1948|52|1899|54|1848|1800|1755| |*M9S921205D*|W/W1|F03|2023|51|1973|52|1927|53|1877|54|1829|56|1781|1731|1680| |*M9S921205D*|W/W1|F04^^|1946|53|1900|54|1848|55|1795|57|1741|59|1689|1637|1584|

|TEMP RANGE| |---| |30-60|

Page 62

|35-65| |35-65| |35-65| |25-55| |35-65| |35-65| |35-65|

|NOTE: ^DEFAULT & RECOMMENDED ^^NOT RECOMMENDED FOR HEATING| |---|

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S960403A*|Y/Y1|F01|705|661|617|564|509|455|405|362| |*M9S960403A*|Y/Y1|F02|1079|1055|1027|994|965|935|906|863| |*M9S960403A*|Y/Y1|F03|915|881|846|814|780|737|695|652| |*M9S960403A*|Y/Y1|F04^|887|855|823|790|751|705|666|608| |*M9S960403A*|Y/Y1|F05|1135|1106|1078|1049|1021|994|965|933| |*M9S960403A*|Y/Y1|F06|1189|1163|1138|1111|1085|1059|1032|1001| |*M9S960403A*|Y/Y1|F07|1266|1243|1218|1197|1172|1148|1123|1099| |*M9S960403A*|Y/Y1|F08|1313|1288|1261|1239|1215|1189|1165|1143| |*M9S960403A*|Y/Y1|F09|1342|1324|1305|1280|1263|1239|1216|1193| |*M9S960603B*|Y/Y1|F01|758|696|636|572|512|460|412|354| |*M9S960603B*|Y/Y1|F02|1218|1178|1140|1100|1060|1016|977|937| |*M9S960603B*|Y/Y1|F03|1164|1123|1084|1042|1003|960|920|871| |*M9S960603B*|Y/Y1|F04^|1121|1083|1041|996|953|906|861|818| |*M9S960603B*|Y/Y1|F05|902|851|801|746|689|637|585|542| |*M9S960603B*|Y/Y1|F06|960|917|864|812|764|708|661|614| |*M9S960603B*|Y/Y1|F07|1273|1240|1207|1171|1128|1089|1051|1012| |*M9S960603B*|Y/Y1|F08|1335|1301|1266|1228|1192|1154|1118|1078| |*M9S960603B*|Y/Y1|F09|1427|1390|1362|1327|1297|1260|1224|1193| |*M9S960803B*|Y/Y1|F01|715|658|589|524|465|412|360|279| |*M9S960803B*|Y/Y1|F02|1415|1385|1355|1322|1291|1255|1219|1186| |*M9S960803B*|Y/Y1|F03|1388|1360|1325|1291|1259|1223|1191|1157| |*M9S960803B*|Y/Y1|F04^|1290|1252|1215|1182|1143|1107|1071|1032| |*M9S960803B*|Y/Y1|F05|916|867|817|767|710|657|608|563| |*M9S960803B*|Y/Y1|F06|985|940|892|842|797|746|693|649| |*M9S960803B*|Y/Y1|F07|1118|1078|1037|992|952|910|863|822| |*M9S960803B*|Y/Y1|F08|1191|1153|1114|1074|1034|993|951|911| |*M9S960803B*|Y/Y1|F09|1471|1440|1409|1377|1347|1314|1283|1247| |*M9S960804C*|Y/Y1|F01|1019|952|878|796|706|619|542|485| |*M9S960804C*|Y/Y1|F02|1791|1743|1700|1663|1626|1583|1538|1489| |*M9S960804C*|Y/Y1|F03|1625|1559|1512|1468|1425|1370|1325|1271| |*M9S960804C*|Y/Y1|F04^|1537|1490|1447|1403|1354|1301|1247|1190| |*M9S960804C*|Y/Y1|F05|1289|1234|1180|1122|1058|991|917|840| |*M9S960804C*|Y/Y1|F06|1431|1375|1329|1283|1227|1169|1108|1043| |*M9S960804C*|Y/Y1|F07|1836|1784|1741|1703|1664|1628|1585|1537| |*M9S960804C*|Y/Y1|F08|1919|1890|1846|1807|1771|1735|1694|1650|

Page 63

|*M9S960804C*|Y/Y1|F09|1952|1921|1885|1843|1804|1769|1731|1691|

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S960805C*|Y/Y1|F01|1029|959|890|811|727|647|579|511| |*M9S960805C*|Y/Y1|F02|1814|1766|1722|1679|1637|1595|1555|1511| |*M9S960805C*|Y/Y1|F03|1893|1844|1803|1763|1723|1685|1641|1604| |*M9S960805C*|Y/Y1|F04^|1738|1680|1637|1596|1554|1510|1469|1420| |*M9S960805C*|Y/Y1|F05|1193|1135|1087|1016|986|950|880|805| |*M9S960805C*|Y/Y1|F06|1421|1369|1323|1272|1222|1168|1108|1045| |*M9S960805C*|Y/Y1|F07|1582|1536|1491|1445|1404|1358|1309|1255| |*M9S960805C*|Y/Y1|F08|1962|1919|1889|1851|1816|1780|1743|1702| |*M9S960805C*|Y/Y1|F09|2068|2024|1986|1947|1912|1873|1837|1797| |*M9S961005C*|Y/Y1|F01|1008|934|855|779|702|628|557|493| |*M9S961005C*|Y/Y1|F02|2026|1981|1929|1901|1858|1819|1773|1733| |*M9S961005C*|Y/Y1|F03|1921|1879|1840|1791|1751|1705|1656|1610| |*M9S961005C*|Y/Y1|F04^|1804|1755|1710|1664|1619|1574|1526|1479| |*M9S961005C*|Y/Y1|F05|1475|1421|1369|1314|1260|1207|1152|1097| |*M9S961005C*|Y/Y1|F06|1626|1578|1522|1475|1427|1353|1328|1283| |*M9S961005C*|Y/Y1|F07|1693|1639|1588|1542|1491|1437|1390|1340| |*M9S961005C*|Y/Y1|F08|1775|1723|1674|1629|1580|1529|1484|1435| |*M9S961005C*|Y/Y1|F09|2161|2122|2084|2048|2010|1973|1940|1914| |*M9S961205D*|Y/Y1|F01|1118|1035|952|860|750|663|590|519| |*M9S961205D*|Y/Y1|F02|2143|2095|2047|2002|1954|1891|1850|1802| |*M9S961205D*|Y/Y1|F03|2025|1977|1930|1897|1848|1798|1750|1703| |*M9S961205D*|Y/Y1|F04^|1906|1877|1828|1778|1726|1674|1622|1568| |*M9S961205D*|Y/Y1|F05|1220|1145|1070|995|952|907|811|725| |*M9S961205D*|Y/Y1|F06|1684|1620|1561|1499|1438|1378|1318|1259| |*M9S961205D*|Y/Y1|F07|1766|1712|1666|1612|1558|1506|1450|1395| |*M9S961205D*|Y/Y1|F08|1863|1807|1754|1698|1642|1587|1532|1476| |*M9S961205D*|Y/Y1|F09|2454|2396|2347|2296|2250|2202|2157|2113|

|NOTE:| |---| |^ Default speed|

############# HIGH STAGE COOLING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S960403A*|Y2|F01|705|661|617|564|509|455|405|362| |*M9S960403A*|Y2|F02|1079|1055|1027|994|965|935|906|863| |*M9S960403A*|Y2|F03|915|881|846|814|780|737|695|652| |*M9S960403A*|Y2|F04|887|855|823|790|751|705|666|608| |*M9S960403A*|Y2|F05^|1135|1106|1078|1049|1021|994|965|933|

Page 64

|*M9S960403A*|Y2|F06|1189|1163|1138|1111|1085|1059|1032|1001| |*M9S960403A*|Y2|F07|1266|1243|1218|1197|1172|1148|1123|1099| |*M9S960403A*|Y2|F08|1313|1288|1261|1239|1215|1189|1165|1143| |*M9S960403A*|Y2|F09|1342|1324|1305|1280|1263|1239|1216|1193| |*M9S960603B*|Y2|F01|758|696|636|572|512|460|412|354| |*M9S960603B*|Y2|F02|1218|1178|1140|1100|1060|1016|977|937| |*M9S960603B*|Y2|F03|1164|1123|1084|1042|1003|960|920|871| |*M9S960603B*|Y2|F04|1121|1083|1041|996|953|906|861|818| |*M9S960603B*|Y2|F05^|902|851|801|746|689|637|585|542| |*M9S960603B*|Y2|F06|960|917|864|812|764|708|661|614| |*M9S960603B*|Y2|F07|1273|1240|1207|1171|1128|1089|1051|1012| |*M9S960603B*|Y2|F08|1335|1301|1266|1228|1192|1154|1118|1078| |*M9S960603B*|Y2|F09|1427|1390|1362|1327|1297|1260|1224|1193| |*M9S960803B*|Y2|F01|715|658|589|524|465|412|360|279| |*M9S960803B*|Y2|F02|1415|1385|1355|1322|1291|1255|1219|1186| |*M9S960803B*|Y2|F03|1388|1360|1325|1291|1259|1223|1191|1157| |*M9S960803B*|Y2|F04|1290|1252|1215|1182|1143|1107|1071|1032| |*M9S960803B*|Y2|F05^|916|867|817|767|710|657|608|563| |*M9S960803B*|Y2|F06|985|940|892|842|797|746|693|649| |*M9S960803B*|Y2|F07|1118|1078|1037|992|952|910|863|822| |*M9S960803B*|Y2|F08|1191|1153|1114|1074|1034|993|951|911| |*M9S960803B*|Y2|F09|1471|1440|1409|1377|1347|1314|1283|1247| |*M9S960804C*|Y2|F01|1019|952|878|796|706|619|542|485| |*M9S960804C*|Y2|F02|1791|1743|1700|1663|1626|1583|1538|1489| |*M9S960804C*|Y2|F03|1625|1559|1512|1468|1425|1370|1325|1271| |*M9S960804C*|Y2|F04|1537|1490|1447|1403|1354|1301|1247|1190| |*M9S960804C*|Y2|F05^|1289|1234|1180|1122|1058|991|917|840| |*M9S960804C*|Y2|F06|1431|1375|1329|1283|1227|1169|1108|1043| |*M9S960804C*|Y2|F07|1836|1784|1741|1703|1664|1628|1585|1537| |*M9S960804C*|Y2|F08|1919|1890|1846|1807|1771|1735|1694|1650| |*M9S960804C*|Y2|F09|1952|1921|1885|1843|1804|1769|1731|1691|

############ HIGH STAGE COOLING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S960805C*|Y2|F01|1029|959|890|811|727|647|579|511| |*M9S960805C*|Y2|F02|1814|1766|1722|1679|1637|1595|1555|1511| |*M9S960805C*|Y2|F03|1893|1844|1803|1763|1723|1685|1641|1604| |*M9S960805C*|Y2|F04|1738|1680|1637|1596|1554|1510|1469|1420| |*M9S960805C*|Y2|F05^|1193|1135|1087|1016|986|950|880|805| |*M9S960805C*|Y2|F06|1421|1369|1323|1272|1222|1168|1108|1045| |*M9S960805C*|Y2|F07|1582|1536|1491|1445|1404|1358|1309|1255| |*M9S960805C*|Y2|F08|1962|1919|1889|1851|1816|1780|1743|1702| |*M9S960805C*|Y2|F09|2068|2024|1986|1947|1912|1873|1837|1797| |*M9S961005C*|Y2|F01|1008|934|855|779|702|628|557|493| |*M9S961005C*|Y2|F02|2026|1981|1929|1901|1858|1819|1773|1733| |*M9S961005C*|Y2|F03|1921|1879|1840|1791|1751|1705|1656|1610| |*M9S961005C*|Y2|F04|1804|1755|1710|1664|1619|1574|1526|1479|

Page 65

|*M9S961005C*|Y2|F05^|1475|1421|1369|1314|1260|1207|1152|1097| |*M9S961005C*|Y2|F06|1626|1578|1522|1475|1427|1353|1328|1283| |*M9S961005C*|Y2|F07|1693|1639|1588|1542|1491|1437|1390|1340| |*M9S961005C*|Y2|F08|1775|1723|1674|1629|1580|1529|1484|1435| |*M9S961005C*|Y2|F09|2161|2122|2084|2048|2010|1973|1940|1914| |*M9S961205D*|Y2|F01|1118|1035|952|860|750|663|590|519| |*M9S961205D*|Y2|F02|2143|2095|2047|2002|1954|1891|1850|1802| |*M9S961205D*|Y2|F03|2025|1977|1930|1897|1848|1798|1750|1703| |*M9S961205D*|Y2|F04|1906|1877|1828|1778|1726|1674|1622|1568| |*M9S961205D*|Y2|F05^|1220|1145|1070|995|952|907|811|725| |*M9S961205D*|Y2|F06|1684|1620|1561|1499|1438|1378|1318|1259| |*M9S961205D*|Y2|F07|1766|1712|1666|1612|1558|1506|1450|1395| |*M9S961205D*|Y2|F08|1863|1807|1754|1698|1642|1587|1532|1476| |*M9S961205D*|Y2|F09|2454|2396|2347|2296|2250|2202|2157|2113|

|NOTE:| |---| |^ Default speed|

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S960403A*|G|F01|705|661|617|564|509|455|405|362| |*M9S960403A*|G|F02|1079|1055|1027|994|965|935|906|863| |*M9S960403A*|G|F03|915|881|846|814|780|737|695|652| |*M9S960403A*|G|F04|887|855|823|790|751|705|666|608| |*M9S960403A*|G|F05|1135|1106|1078|1049|1021|994|965|933| |*M9S960403A*|G|F06|1189|1163|1138|1111|1085|1059|1032|1001| |*M9S960403A*|G|F07|1266|1243|1218|1197|1172|1148|1123|1099| |*M9S960403A*|G|F08|1313|1288|1261|1239|1215|1189|1165|1143| |*M9S960403A*|G|F09|1342|1324|1305|1280|1263|1239|1216|1193| |*M9S960603B*|G|F01|758|696|636|572|512|460|412|354| |*M9S960603B*|G|F02|1218|1178|1140|1100|1060|1016|977|937| |*M9S960603B*|G|F03|1164|1123|1084|1042|1003|960|920|871| |*M9S960603B*|G|F04|1121|1083|1041|996|953|906|861|818| |*M9S960603B*|G|F05|902|851|801|746|689|637|585|542| |*M9S960603B*|G|F06|960|917|864|812|764|708|661|614| |*M9S960603B*|G|F07|1273|1240|1207|1171|1128|1089|1051|1012| |*M9S960603B*|G|F08|1335|1301|1266|1228|1192|1154|1118|1078| |*M9S960603B*|G|F09|1427|1390|1362|1327|1297|1260|1224|1193| |*M9S960803B*|G|F01|715|658|589|524|465|412|360|279| |*M9S960803B*|G|F02|1415|1385|1355|1322|1291|1255|1219|1186| |*M9S960803B*|G|F03|1388|1360|1325|1291|1259|1223|1191|1157| |*M9S960803B*|G|F04|1290|1252|1215|1182|1143|1107|1071|1032| |*M9S960803B*|G|F05|916|867|817|767|710|657|608|563| |*M9S960803B*|G|F06|985|940|892|842|797|746|693|649| |*M9S960803B*|G|F07|1118|1078|1037|992|952|910|863|822| |*M9S960803B*|G|F08|1191|1153|1114|1074|1034|993|951|911| |*M9S960803B*|G|F09|1471|1440|1409|1377|1347|1314|1283|1247|

Page 66

|*M9S960804C*|G|F01|1019|952|878|796|706|619|542|485| |*M9S960804C*|G|F02|1791|1743|1700|1663|1626|1583|1538|1489| |*M9S960804C*|G|F03|1625|1559|1512|1468|1425|1370|1325|1271| |*M9S960804C*|G|F04|1537|1490|1447|1403|1354|1301|1247|1190| |*M9S960804C*|G|F05|1289|1234|1180|1122|1058|991|917|840| |*M9S960804C*|G|F06|1431|1375|1329|1283|1227|1169|1108|1043| |*M9S960804C*|G|F07|1836|1784|1741|1703|1664|1628|1585|1537| |*M9S960804C*|G|F08|1919|1890|1846|1807|1771|1735|1694|1650| |*M9S960804C*|G|F09|1952|1921|1885|1843|1804|1769|1731|1691|

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.2|0.3|0.4|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|CFM|CFM|CFM|CFM|CFM|CFM|CFM| |*M9S960805C*|G|F01|1029|959|890|811|727|647|579|511| |*M9S960805C*|G|F02|1814|1766|1722|1679|1637|1595|1555|1511| |*M9S960805C*|G|F03|1893|1844|1803|1763|1723|1685|1641|1604| |*M9S960805C*|G|F04|1738|1680|1637|1596|1554|1510|1469|1420| |*M9S960805C*|G|F05|1193|1135|1087|1016|986|950|880|805| |*M9S960805C*|G|F06|1421|1369|1323|1272|1222|1168|1108|1045| |*M9S960805C*|G|F07|1582|1536|1491|1445|1404|1358|1309|1255| |*M9S960805C*|G|F08|1962|1919|1889|1851|1816|1780|1743|1702| |*M9S960805C*|G|F09|2068|2024|1986|1947|1912|1873|1837|1797| |*M9S961005C*|G|F01|1008|934|855|779|702|628|557|493| |*M9S961005C*|G|F02|2026|1981|1929|1901|1858|1819|1773|1733| |*M9S961005C*|G|F03|1921|1879|1840|1791|1751|1705|1656|1610| |*M9S961005C*|G|F04|1804|1755|1710|1664|1619|1574|1526|1479| |*M9S961005C*|G|F05|1475|1421|1369|1314|1260|1207|1152|1097| |*M9S961005C*|G|F06|1626|1578|1522|1475|1427|1353|1328|1283| |*M9S961005C*|G|F07|1693|1639|1588|1542|1491|1437|1390|1340| |*M9S961005C*|G|F08|1775|1723|1674|1629|1580|1529|1484|1435| |*M9S961005C*|G|F09|2161|2122|2084|2048|2010|1973|1940|1914| |*M9S961205D*|G|F01|1118|1035|952|860|750|663|590|519| |*M9S961205D*|G|F02|2143|2095|2047|2002|1954|1891|1850|1802| |*M9S961205D*|G|F03|2025|1977|1930|1897|1848|1798|1750|1703| |*M9S961205D*|G|F04|1906|1877|1828|1778|1726|1674|1622|1568| |*M9S961205D*|G|F05|1220|1145|1070|995|952|907|811|725| |*M9S961205D*|G|F06|1684|1620|1561|1499|1438|1378|1318|1259| |*M9S961205D*|G|F07|1766|1712|1666|1612|1558|1506|1450|1395| |*M9S961205D*|G|F08|1863|1807|1754|1698|1642|1587|1532|1476| |*M9S961205D*|G|F09|2454|2396|2347|2296|2250|2202|2157|2113|

########################### HEATING AIFLOW

|MODEL|THERMOSTAT CALL|TAP #|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)|EXTERNAL STATIC PRESSURE, (INCHES WATER COLUMN)| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| |MODEL|THERMOSTAT CALL|TAP #|0.1|0.1|0.2|0.2|0.3|0.3|0.4|0.4|0.5|0.5|0.6|0.7|0.8| |MODEL|THERMOSTAT CALL|TAP #|CFM|RISE|CFM|RISE|CFM|RISE|CFM|RISE|CFM|RISE|CFM|CFM|CFM| |*M9S960403A*|W/W1|F01^^|705|50|661|54|617|N/A|564|N/A|509|N/A|455|405|362| |*M9S960403A*|W/W1|F02^|1079|33|1055|34|1027|35|994|36|965|37|935|906|863|

Page 67

|*M9S960403A*|W/W1|F03|915|39|881|40|846|42|814|44|780|46|737|695|652| |*M9S960403A*|W/W1|F04|887|40|855|42|823|43|790|45|751|47|705|666|608| |*M9S960603B*|W/W1|F01^^|758|N/A|696|N/A|636|N/A|572|N/A|512|N/A|460|412|354| |*M9S960603B*|W/W1|F02^|1218|44|1178|45|1140|47|1100|48|1060|50|1016|977|937| |*M9S960603B*|W/W1|F03|1164|46|1123|47|1084|49|1042|51|1003|53|960|920|871| |*M9S960603B*|W/W1|F04|1121|48|1083|49|1041|51|996|54|953|56|906|861|818| |*M9S960803B*|W/W1|F01^^|715|N/A|658|N/A|589|N/A|524|N/A|465|N/A|412|360|279| |*M9S960803B*|W/W1|F02^|1415|50|1385|51|1355|52|1322|54|1291|55|1255|1219|1186| |*M9S960803B*|W/W1|F03|1388|51|1360|52|1325|54|1291|55|1259|57|1223|1191|1157| |*M9S960803B*|W/W1|F04|1290|55|1252|57|1215|59|1182|60|1143|62|1107|1071|1032| |*M9S960804C*|W/W1|F01^^|1019|N/A|952|N/A|878|N/A|796|N/A|706|N/A|619|542|485| |*M9S960804C*|W/W1|F02^|1791|40|1743|41|1700|42|1663|43|1626|44|1583|1538|1489| |*M9S960804C*|W/W1|F03|1625|44|1559|46|1512|47|1468|48|1425|50|1370|1325|1271| |*M9S960804C*|W/W1|F04|1537|46|1490|48|1447|49|1403|51|1354|53|1301|1247|1190| |*M9S960805C*|W/W1|F01^^|1029|N/A|959|N/A|890|N/A|811|N/A|727|N/A|647|579|511| |*M9S960805C*|W/W1|F02^|1814|39|1766|40|1722|41|1679|42|1637|43|1595|1555|1511| |*M9S960805C*|W/W1|F03|1893|38|1844|39|1803|39|1763|40|1723|41|1685|1641|1604| |*M9S960805C*|W/W1|F04|1738|41|1680|42|1637|43|1596|45|1554|46|1510|1469|1420| |*M9S961005C*|W/W1|F01^^|1008|N/A|934|N/A|855|N/A|779|N/A|702|N/A|628|557|493| |*M9S961005C*|W/W1|F02^|2026|44|1981|45|1929|46|1901|47|1858|48|1819|1773|1733| |*M9S961005C*|W/W1|F03|1921|46|1879|47|1840|48|1791|50|1751|51|1705|1656|1610| |*M9S961005C*|W/W1|F04|1804|49|1755|51|1710|52|1664|53|1619|55|1574|1526|1479| |*M9S961205D*|W/W1|F01^^|1118|N/A|1035|N/A|952|N/A|860|N/A|750|N/A|663|590|519| |*M9S961205D*|W/W1|F02^|2143|50|2095|51|2047|52|2002|53|1954|55|1891|1850|1802| |*M9S961205D*|W/W1|F03|2025|53|1977|54|1930|55|1897|56|1848|58|1798|1750|1703| |*M9S961205D*|W/W1|F04^^|1906|56|1877|57|1828|58|1778|60|1726|62|1674|1622|1568|

|TEMP RANGE| |---| |25-55| |35-65| |35-65| |25-55| |25-55| |30-60| |35-65|

|^^NOT RECOMMENDED FOR HEATING

NOTE: ^DEFAULT & RECOMMENDED| |---|

WIRING DIAGRAMS

M9S92/M9S96/*C9S96

DO SO MAY CAUSE PROPERTY DAMAGE, PERSONAL INJURY OR DEATH.

DISCONNECT ALL POWER BEFORE SERVICING OR INSTALLING THIS

UNIT. MULTIPLE POWER SOURCES MAY BE PRESENT. FAILURE TO

HIGH VOLTAGE!

|GN

GND

RD

GN

24 VAC

115 VAC

GND

GRD

0140F02626-A

BK

EAC

HUMIDIFIER

ID

NEUTRAL

WIRING TO UNIT

L

NTEGRATEDCONTROLMODULE

HOT SURFACE

GND

BLWR

NEUTRAL

WARNING:

GROUNDED.

OVERCURRENT PROTECTION DEVICE

MUST BE PROPERLY

SWITCH

NEUTRAL

ELECTRONIC

AIR

IGN

IND

DISCONNECT

FS

POLARIZED AND

NEUTRAL

LINE

NEUTRAL

JUNCTION BOX

BLWR IND LO

N

INDOOR

AIR CLEANER

HUM

DOOR

NEUTRAL

NTEGRATEDCONTROLMODULE

TO 115VAC/ 1Ø /60 HZ POWER SUPPLY WITH

115 VAC

HUM-OUT

IGNITER

CIRCULATOR

BEFORE SERVICING.

FLAME SENSOR

DISCONNECT POWER

LINE

GND

BR

WH

GY YL

PK

GY

LIMIT CONTROL

AUXILIARY

AUTO RESET

PK

WARNING:DISCONNECT

40 VA TRANSFORMER

N

G

C

SENSOR

FLAME

1 ROLL OUT SWITCH

SOME UNITS MAY HAVE

TO UNIT MUST BE

PU

RD

AND GROUNDED.

JUNCTION BOX

WH

BL

BR

NO

LIMIT CONTROL

AUTO RESET PRIMARY

WH

1

L

BK

ID BLOWER PRESSURE SWITCH

SERVICING. WIRING

PK

RD

L

N

DOOR OPEN)

(OPEN WHEN

DOOR SWITCH

COMPARTMENT

BLOWER

GND

BLOWERCIRCULATOR

Ø /60 HZ

DISCONNECT

GAS VALVE

OVERCURRENT

CONNECTOR

2 CIRCUIT

GND

WH

CHASSIS GROUND

IGNITER

SURFACE

HOT

2

YL

C

BLOWER

DRAFT

INDUCED

|BK| | |---|---| | | |

BLOWER COMPARTMENT

115 VAC/ 1

BK

ECM MTR HARNESS

POWER BEFORE

BK

TO POWER SUPPLY WITH

BURNER COMPARTMENT

PROTECTION DEVICE

PROPERLY POLARIZED

SWITCH (PRESS.)

FIELD SPLICE

FIELD GND

EQUIPMENT GND

INTERNAL TO

PROT. DEVICE

INTEGRATED CONTROL PLUG CONNECTION

SWITCH (TEMP.)

JUNCTION

LOW VOLTAGE (24V)

OVERCURRENT

TERMINAL

IGNITER

LOW VOLTAGE FIELD HI VOLTAGE (115V)

HI VOLTAGE FIELD

NOTES:

1. SET HEAT ANTICIPATOR ON ROOM THERMOSTAT AT 0.7 AMPS.
2. MANUFACTURER'S SPECIFIED REPLACEMENT PARTS MUST BE USED WHEN SERVICING.
3. IF ANY OF THE ORIGINAL WIRE AS SUPPLIED WITH THE FURNACE MUST BE REPLACED IT MUST BE REPLACED WITH WIRING MATERIAL HAVING A TEMPERATURE RATING OF AT LEAST 105 C. USE COPPER CONDUCTORS ONLY.
4. UNIT MUST BE PERMANENTLY GROUNDED AND CONFORM TO N.E.C. AND LOCAL CODES.
5. TO RECALL THE LAST 6 FAULTS, MOST RECENT TO LEAST RECENT, DEPRESS SWITCH FOR MORE THAN 2 SECONDS WHILE IN STANDBY (NO THERMOSTAT INPUTS)

COLOR CODES: PK PINK BR BROWN WH WHITE BL BLUE GY GRAY RD RED YL YELLOW OR ORANGE PU PURPLE GN GREEN BK BLACK

1 2

3

4 5

6

7 8

9

10 11

12

READ CODES FROM LEFT TO RIGHT

EAC-H

XFMR-H

CRC-H

LNE-H

E

E

E

E

E

E

EFT

CENTER

RGHT

SW331313SW1

R223 SW2

6 R226

|DEHUM24VHUM| |---| | | |TWN|

E21

E34

E24 W/W1 R G R Y/Y1 Y2

RD

BL

RD

YLYL

BK

BK BK

WH

WH WH

GY

ORGN

PU

PU PU

NEUT2 NEUT1

CRC-N EAC-N

HUM-N XFMR-N

LNE-N

GND

MICRO

TO

TR (7)

G

| |MV (10)|MV (10)| |---|---|---| | | |C

HI| |MVC (11) C

|MVC (11) C

|C

HI|

C

TH (3)

24VTHERMOSTATCONNECTONS NEC. CLASS2WRE

GAS VALVE

TRANSFORMER

HLI (8)

Y2

Y1

RLO (6)

O

W1

R

MANUAL RESET ROLLOUT LIMIT SWITCH

PRESS. SWTICH.

C

DEHUM

PS1(5)

AUTO RESET PRIMARY LIMIT

24 VAC

NO

BLWR

AIR

INDOOR CIRCULATOR

R

TO

MICRO

TO

TO

+VDC

40 VA

INTERGRATED CONTROL MODULE

RLI (12)

AUTO RESET AUX LIMIT

HLO (1)

Seven Segment Display Error Code Status Seg#3 Seg#2 Seg#1

Internal Faults or IRQ Loss EEE Lockout Due to Excessive Retries or Recycles E E 0 Pressure Switch Stuck Closed E E 1 Pressure Switch Open E E 2 Open High Limit Switch E E 3 Flame Detected When no Flame Should be Present E E 4 Open Fuse E E 5 Low Flame Signal E E 6 Ignitor Relay Fault E E L Reversed Line Polarity or Grounding Error E E A Internal Gas Valve Error E E b External Gas Valve Error E E C Open Rollout Switch E 1 1 Ignitor Open E E n Inducer Relay Error E E j TWIN Error E E H

RD

C2

MI

| |1

2|1

2| |---|---|---| | | | |

RD BK

BK

WH

WH

WH

WH

Grounding Error E 1 0

5

3
4

1
2

RD

BK

OR BL

YL

RD

BL OR

BK

YL

T2
T3
T4
T5

COM

RD

NO

C

GY

FRONT COVER PRESSURE SWITCH

NO

FRONT COVER PRESSURE SWITCH

![image 13](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile13.png)

YL

| |---|

Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring.

|CUSTOMER FEEDBACK We are very interested in all product comments. Please fill out the feedback form on one of the following links: Goodman® Brand Products: (http://www.goodmanmfg.com/about/contact-us). Amana® Brand Products: (http://www.amana-hac.com/about-us/contact-us). You can also scan the QR code on the right for the product brand you purchased to be directed to the feedback page. GOODMAN® BRAND AMANA® BRAND

![image 14](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile14.png)

![image 15](90_20GM9S_20GC9S_20Service_20Manual_images/imageFile15.png)| |---|

®

Goodman Gm9s96

Ask AI

Common Questions

Full Manual

More from Goodman

Similar Unknown

Goodman Gm9s96

Ask AI

Common Questions

Full Manual

Service and Troubleshooting

PRODUCT IDENTIFICATION

NOMENCLATURE

SYSTEM OPERATION

CUBIC FEET

1 STAGE STATUS CODES

1 STAGE STATUS CODES STATUS MENU

AIRFLOW TABLES

GM9S92

WIRING DIAGRAMS

*M9S92/*M9S96/*C9S96

More from Goodman

Similar Unknown

M9S92/M9S96/*C9S96