Garmin 292 GPS Receiver User Manual

TECHNICAL MANU

AL

TM

ACVC9/AMVC95

GCVC9/GMVC95

90%-95% Gas Furnace Units

•

Refer to Service Manual RS6200004 for installation, operation, and troubleshooting information.

•

All safety information must be followed as provided in the Service Manual.

•

Refer to the appropriate Parts Catalog for part number information.

•

Models listed on page 3.

C

®

US

This manual is to be used by qualified, professionally trained HVAC technicians only. Goodman does not assume any responsibility for property damage or personal injury due to improper service procedures performed by an unqualified person.

Cop yright ©2009-2010 Goodman Manufacturing Co mpany, L.P.

RT6612021 Rev. 3

August 2010

PRODUCT IDENTIFICATION

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 C V C 9 070 4 C X A A

PRODUCT

TYPE:

G: Goodman®

A: Amana®

Brand Gas

AFUE

9: 90%

95: 95%

SUPPLY TYPE:

C: Counterflow/

Horizontal

M: Upflow/

Horizontal

COMMUNICATION

FEATURE:

C: 4-wire

Communication

Ready

FURNACE TYPE:

V: Variable Speed

AIRFLOW

CAPABILITY:

3: 1200

4: 1600

5: 2000

NOMINAL INPUT:

045: 45,000 Btuh

070: 70,000 Btuh

071: 70,000 Btuh

090: 90,000 Btuh

091: 90,000 Btuh

115: 115,000 Btuh

CABINET

WIDTH:

B: 17-1/2"

C: 21"

D: 24-1/2"

ADDITIONAL

FEATURES:

N: Natural Gas

X: Low NOx

MINOR

REVISION

LEVEL

A: Initial Release

MAJOR

REVISION

LEVEL

A: Initial Release

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.

2

Goodman will not be responsible for any injury or property damage arising from improper service or service procedures. If you install or perform service on this unit, you assume responsibility for any personal injury or property damage which may result. Many jurisdictions require a license to install or service heating and air conditioning equipment.

Installation and repair of this unit should be performed ONLY by individuals meeting the requirements of an "entry level technician", at a minimum, as specified by the Air-Conditioning,

Heating, and Refrigeration Institute (AHRI). Attempting to install or repair this unit without such background may result in product damage, personal injury or death.

PRODUCT IDENTIFICATION

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.

GMVC950453BXAA

GMVC950704CXAA

GMVC950905CXAA

GMVC950905DXAA

GMVC951155DXAA

GCVC90704CXAA

GCVC90905DXAA

GCVC91155DXAA

GMVC950453BXAB

GMVC950704CXAB

GMVC950905DXAB

GMVC951155DXAB

GCVC90704CXAB

GCVC90905DXAB

GCVC91155DXAB

GCVC950714CXAA

GCVC950915DXAA

AMVC950453BXAA

AMVC950704CXAA

AMVC950905CXAA

AMVC950905DXAA

AMVC951155DXAA

ACVC90704CXAA

ACVC90905DXAA

AMVC950453BXAB

AMVC950704CXAB

AMVC950905DXAB

AMVC951155DXAB

ACVC90704CXAB

ACVC90905DXAB

ACVC950714CXAA

ACVC950915DXAA

The United States Environmental Protection Agency (“EPA”) has issued various regulations regarding the introduction and disposal of refrigerants introduced into this unit. Failure to follow these regulations may harm the environment and can lead to the imposition of substantial fines.

These regulations may vary by jurisdiction. Should questions arise, contact your local EPA office.

Do not connect or use any device that is not design certified by

Goodman for use with this unit.

Serious property damage, personal injury, reduced unit performance and/or hazardous conditions may result from the use of such non-approved devices.

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.

To prevent the risk of property

3

4

PRODUCT DESIGN

General Operation

Models covered by this manual come with a new 4-wire communicating PCB. When paired with a compatible communicating indoor unit and a CTK01AA communicating thermostat, these models can support 4-wire communication protocol and provide more troubleshooting information. These models are also backward compatible with the legacy thermostat wiring.

The GCVC9, GCVC95, GMVC95, AMVC95, ACVC9 and

ACVC95 furnaces are equipped with an electronic ignition device to light the burners and an induced draft blower to exhaust combustion products.

An interlock switch prevents furnace operation if the blower door is not in place. Keep the blower access doors in place except for inspection and maintenance.

These furnaces are also equipped with a self-diagnosing electronic control module. In the event a furnace component is not operating properly, the control module's dual 7-segment

LED's will display an alpha-numeric code, depending upon the problem encountered. These LED's may be viewed through the observation window in the blower access door.

Refer to the Troubleshooting Chart for further explanation of the LED codes and Abnormal Operation - Integrated Igni-

tion Control section in the Service Instructions for an explanation of the possible problem.

The rated heating capacity of the furnace should be greater than or equal to the total heat loss of the area to be heated.

The total heat loss should be calculated by an approved method or in accordance with “ASHRAE Guide” or “Manual

J-Load Calculations” published by the Air Conditioning Contractors of America.

*Obtain from: American National Standards Institute 1430

Broadway New York, NY 10018

Location Considerations

• The furnace should be as centralized as is practical with respect to the air distribution system.

• Do not install the furnace directly on carpeting, tile, or combustible material other than wood flooring.

• When suspending the furnace from rafters or joists, use 3/8" threaded rod and 2” x 2” x 1/8” angle as shown in the Installation and Service Instructions. The length of the rod will depend on the application and clearance necessary.

• When installed in a residential garage, the furnace must be positioned so the burners and ignition source are located not less than 18 inches (457 mm) above the floor and protected from physical damage by ve-

Notes:

hicles.

1. Installer must supply one or two PVC pipes: one for combustion air (optional) and one for the flue outlet (required).

Vent pipe must be either 2” or 3” in diameter, depending upon furnace input, number of elbows, length of run and installation (1 or 2 pipes). The optional Combustion Air

Pipe is dependent on installation/code requirements and must be 2” or 3” diameter PVC.

2. Line voltage wiring can enter through the right or left side of the furnace. Low voltage wiring can enter through the right or left side of furnace.

3. Conversion kits for propane gas and high altitude natural and propane gas operation are available. See High Altitude Derate chart for details.

4. Installer must supply the following gas line fittings, depending on which entrance is used:

Left -- Two 90° Elbows, one close nipple, straight pipe

Right -- Straight pipe to reach gas valve.

Accessibility Clearances (Minimum)

*MVC95* MINIMUM CLEARANCES TO COMBUSTIBLE MATERIALS

(INCHES)

POSITION* FRONT SIDES REAR TOP FLUE FLOOR

Upflow 3

Horizontal Alcove

0

6

0

0

1

4

0

0

C

C

*= All positioning is determined as installed unit is viewed from the front.

C= If placed on combustible floor, floor MUST be wood only.

NC= For instalaltion on non-combustible floors only. A combustible

subbase must be used for installations on combustible flooring.

*CVC9 MINIMUM CLEARANCES TO COMBUSTIBLE MATERIALS

(INCHES)

POSITION* FRONT SIDES REAR TOP FLUE FLOOR

Upflow 1

Horizontal Alcove

0

6

0

0

1

4

0

0

NC

C

*= All positioning is determined as installed unit is viewed from the front.

C= If placed on combustible floor, floor MUST be wood only.

NC= For instalaltion on non-combustible floors only. A combustible

subbase must be used for installations on combustible flooring.

Alcove Illustration

REAR

ALCOVE

24" at front is required for servicing or cleaning.

Note: In all cases accessibility clearance shall take precedence over clearances from the enclosure where accessibility clearances are greater. All dimensions are given in inches.

High Altitude Derate

When this furnace is installed at high altitude, the appropriate High Altitude orifice kit must be installed. This is re-

PRODUCT DESIGN

quired 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.

High altitude kits are purchased according to the installation altitude and usage of either natural or propane gas. Refer to the chart above for a tabular listing of appropriate altitude ranges and corresponding manufacturer’s high altitude Natural Gas and Propane Gas kits. For a tabular listing of appropriate altitude ranges and corresponding manufacturer's High

Altitude Pressure Switch kits, refer to either the Pressure

Switch Trip Points & Usage Chart in this manual or the Ac-

cessory Charts in Service Instructions.

of time before stepping up to high stage to satisfy the thermostat’s call for heat. The delay period prior to stepping up can be set at either a fixed 5 minute time delay or a load based variable time between 1 and 12 minutes (AUTO mode).

If the AUTOmode is selected, the control averages the cycle times of the previous three cycles and uses the average to determine the time to transition from low stage to high stage.

To use a single-stage thermostat, turn off power to the furnace, move the thermostat selection DIP switch to the OFF position. Set the desired transition time by setting the transition delay DIP switch to the desired ON/OFF position. Turn power back on. Refer to the following figure.

ON OFF

Heat OFF Delay

DIP Switches

Move to the ON position to select two-stage thermostat or OFF to select single stage thermostat

Single Stage Thermostat

A single-stage thermostat with only one heating stage may be used to control this furnace. The application of a singlestage thermostat does not offer “true” thermostat-driven twostage operation, but provides a timed transition from low to high fire. The furnace will run on low stage for a fixed period

3

4

S1

Thermostat

Stage Delay

Move to the ON position to select Auto transition delay or OFF for 5 minute transition delay

Furnace

"S TANDARD" and "HIGH ALTITUDE " K ITS

0 - 7,00 0 Fee t

(Standard Altitude)

Gas Orifice s

7,00 1 - 9,0 00 Fe et

Ga s Ori fi ces

9 ,001 - 11,0 00 Fe et

Ga s Orific es

ID B lwr

P re ssure

S witch

ID Bl wr

P res sure

Switch

ID Blw r

P res sure

Sw itc h

GMV C95 0453 BX *

GM VC 9507 04C X*

AM VC9 5045 3B X*

A MV C95 0704 CX*

No

Ch ange

LP M-05 *

(1)

LP M-06 *

(2)

# 55 Orif ice

No

Chan ge

HANG13

# 44

Orifice

HA LP11

#56

Orifice

HAP S 28

HA NG14

# 45

Orif ice

HA LP1 1

#56

Orifice

HAP S2 8

GM VC 9509 05C X*

A MV C95 0905 CX*

No

Ch ange

LP M-05 *

(1)

LP M-06 *

(2)

# 55 Orif ice

No

Chan ge

N /A N/A N/A N/ A N /A N/A

GM VC 9509 05D X*

GM VC 9511 55D X*

A MV C95 0905 DX*

A MV C95 1155 DX*

No

Ch ange

LP M-05 *

(1)

LP M-06 *

(2)

# 55 Orif ice

No

Chan ge

HANG13

# 44

Orifice

HA LP11

#56

Orifice

HAP S 29

HA NG14

# 45

Orif ice

HA LP1 1

#56

Orifice

HAP S2 9

GCV C90 704 CX*

GCV C90 905 DX*

GCV C91 155 DX*

A CVC 9070 4CX *

A CVC 9090 5DX *

No

Ch ange

LP M-05 *

(1)

LP M-06 *

(2)

# 55 Orif ice

No

Chan ge

HANG13

# 44

Orifice

HA LP11

#56

Orifice

HAP S 29

HA NG14

# 45

Orif ice

HA LP1 1

#56

Orifice

HAP S3 1

GCV C95 0714 CX*

GCV C95 0915 DX*

A CVC9 507 14CX *

A CVC9 509 15DX *

No

Ch ange

LP M-05 *

(1)

LP M-06 *

(2)

# 55 Orif ice

No

Chan ge

N /A N/A N/A N/ A N /A N/A

1 LPM-05* supports White-Rodgers 2-stage valves only

2 LPM-06* supports Honeywell and White-Rodgers 2-stage valves

5

COMPONENT IDENTIFICATION

6

5

7

8

7

9

10

4

3

2

1

31

19

18

20

28

*

*

*

*

*

*

*

*

*

3

11

12

32

25

24

13

15

16

17

14

18

19

20

17

3

31

21

18

19

20

13

12

5

27

26

23

26

Upflow/Horizontal

27

25

23

10

11

28

3

15

14

29

16

30

20

18

19

9

7

8

7

6

4

Counterflow /Horizontal

1

2

21

1 Two-Stage Gas Valve

2 Gas Line Entrance (Alternate)

3 Pressure Switch(es)

4 Gas Manifold

5 Combustion Air Intake Connection

6 Hot Surface Igniter

7 Rollout Limit

8 Burners

9 Flame Sensor

10 Flue Pipe Connection

11 Flue Pipe

12 Primary Limit

13 Gas Line Entrance

14 Flue Pipe Connection (Alternate)

15 Rubber Elbow

16 Two-Speed Induced Draft Blower

17 Electrical Connection Inlets (Alternate)

18 Coil Front Cover Pressure Tap

19 Coil Front Cover Drain Port

20 Drain Line Penetrations

21 Drain Trap

22 Blower Door Interlock Switch

23 Inductor (Not All Models)

24 Two-Stage Integrated Control Module

(with fuse and diagnostic LED)

25 24 Volt Thermostat Connections

26 Transformer (40 VA)

27 ECM Variable Speed Circulator Blower

28 Auxiliary Limit

29 Junction Box

30 Electrical Connection Inlets

31 Coil Front Cover

32 Combustion Air Inlet Pipe (*CVC9/95 only)

6

PRODUCT DIMENSIONS

GMVC95/AMVC95___X*

7

PRODUCT DIMENSIONS

GCVC9/ACVC9_____X*

8

PRODUCT DESIGN

MODEL

PRESSURE SWITCH TRIP POINTS AND USAGE CHART

NEGATIVE PRESSURE

ID BLOWER

WITH FLUE

NOT FIRING

TYPICAL SEA LEVEL

DATA

(1)

NEGATIVE PRESSURE

ID BLOWER

WITH FLUE

FIRING

TYPICAL SEA LEVEL

DATA

(2)

NEGATIVE PRESSURE

COIL COVER

WITH FLUE

NOT FIRING

TYPICAL SEA LEVEL

DATA

(1)

NEGATIVE PRESSURE

COIL COVER

WITH FLUE

FIRING

TYPICAL SEA LEVEL

DATA

(2)

LOW FIRE HIGH FIRE LOW FIRE HIGH FIRE LOW FIRE HIGH FIRE LOW FIRE HIGH FIRE

GMVC950453BX*

GMVC950704CX*

AMVC950453BX*

AMVC950704CX*

-0.45

-0.90

-0.50

-0.95

-0.25

-0.25

-0.25

-0.25

GMVC950905CX*

AMVC950905CX*

-0.75

-1.85

-.060

-1.70

-0.10

-0.10

-0.10

-0.10

GMVC950905DX*

GMVC951155DX*

AMVC950905DX*

AMVC951155DX*

-0.65

-1.20

-0.70

-1.25

-0.25

-0.25

-0.25

-0.25

GCVC90704CX*

ACVC90704CX*

GCVC950714CX*

ACVC950714CX*

GCVC90905DX*

ACVC90905DX*

GCVC950915DX*

ACVC950915DX*

GCVC91155DX*

-0.35

-0.95

-0.35

-0.95

-0.35

-0.70

-1.75

-0.70

-1.75

-0.70

-0.20

-1.00

-0.20

-1.00

-0.20

-0.55

-1.80

-0.55

-1.80

-0.55

-0.52

-0.10

-0.52

-0.10

-0.52

-0.52

-0.10

-0.52

-0.10

-0.52

-0.37

-0.10

-0.37

-0.10

-0.37

-0.37

-0.10

-0.37

-0.10

-0.37

(1) Data given is least negative pressure required for pressure switch to close.

(2) Data given is least negative pressure required for pressure switch to remain closed.

Note: The typical sea level negative pressure data represents the minimum pressures expected. Shorter length of flue pipe or single pipe systems compared to dual pipe systems should show higher (greater negative) pressures.

9

PRODUCT DESIGN

10

: A : A

PRODUCT DESIGN

Part N um ber

Open Setting (°F)

GMVC950453BX*

AMVC950453B X*

GMVC950704CX*

AMVC950704C X*

GMVC950905CX*

AMVC950905C X*

GMVC950905DX*

AMVC950905D X*

GMVC951155DX*

AMVC951155D X*

GCVC90704CX*

AC VC90704CX*

GCVC 950714C X*

ACVC950714CX*

GCVC90905DX*

AC VC90905DX*

GCVC 950915D X*

ACVC950915DX*

GCVC91155DX*

Part Number

Open Setting (°F)

GMVC950453BX*

AMVC950453BX*

GMVC950704CX*

AMVC950704CX*

GMVC950905CX*

AMVC950905CX*

GMVC950905DX*

AMVC950905DX*

GMVC951155DX*

AMVC951155DX*

GCVC90704CX*

ACVC90704CX*

GCVC950714CX*

ACVC950714C X*

GCVC90905DX*

ACVC90905DX*

GCVC950915DX*

ACVC950915D X*

GCVC91155DX*

---

---

----

----

----

PRIMARY LIMIT

20162903 20162904 20162905 20162907 20162908 0130F00105

160

---

---

---

---

---

---

---

1

---

----

150

---

---

---

---

1

---

---

---

1

----

145

1

---

---

1

---

---

---

---

---

1

155

---

1

---

---

---

---

---

---

---

----

170

---

---

---

---

---

1

---

---

---

----

130

---

---

1

---

---

---

1

---

---

---

R OLLOUT LI MIT SWITCHES

10123512 10123517 10123518 10123533 10123534 10123537

325

---

---

---

---

---

210

---

---

---

---

---

170

1

---

---

---

---

200

---

2

2

---

2

220

---

---

---

---

---

190

---

---

---

2

---

2

2

---

2

2

---

---

---

----

----

---

----

---

---

----

---

---

2

----

----

---

----

---

---

---

11

PRODUCT DESIGN

Part Number

Open Setting (°F)

GMVC950453BX*

AMVC950453BX*

GMVC950704CX*

AMVC950704CX*

GMVC950905CX*

AMVC950905CX*

GMVC950905DX*

AMVC950905DX*

GMVC951155DX*

AMVC951155DX*

10123534

220

---

AUXILIARY LIMIT SWITCHES

10123535

150

2

10123537

190

---

10123536

180

---

----2 ---

---

---

---

---

---

---

---

---

---

---

2

---

GCVC90704CX*

ACVC90704CX*

GCVC 950714CX*

ACVC950714CX*

GCVC90905DX*

ACVC90905DX*

GCVC 950915DX*

ACVC950915DX*

GCVC 911555DX*

---

---

2

---

---

---

---

---

---

---

---

---

---

---

---

2

---

---

---

2

---

---

---

---

---

10123533

200

---

---

---

---

2

0130F00038

120

---

---

2

---

---

---

2

---

2

---

12

PRODUCT DESIGN

Coil Matches:

A large array of Amana® brand coils are available for use with the GCVC9 and ACVC9 furnaces, in either counterflow or horizontal applications & with GMVC95 and AMVC95 furnaces, in either upflow or horizontal applications. These coils are available in both cased and uncased models (with the option of a field installed TXV expansion device). These 92%+ and

95%+ furnaces match up with the existing Amana® brand coils as shown in the chart below.

Coil Matches (for Goodman

®

and Amana

®

Brand units using R22 and R-410A):

C A P F 1824 A 6 A

PRODUCT

TYPE:

C: Indoor Coil

EXPANSION

DEVICE:

F: Flowrater

CABINET FINISH:

U: Unpainted

P: Painted

N: Unpainted Case

APPLICATION

A: Upflow/Downflow Coil

H: Horizontal A Coil

S: Horizontal Slab Coil

NOMINAL CAPACITY RANGE

@ 13 SEER

1824: 1 1/2 to 2 Tons

3030: 2 1/2 Tons

3636: 3 Tons

3642: 3 to 3 1/2 Tons

3743: 3 to 3 1/2 Tons

4860: 4 & 5 Tons

4961: 4 & 5 Tons

REVISION

A: Revision

REFRIGERANT

CHARGE:

6: R-410A or R-22

2: R-22

4: R-410a

NOMINAL WIDTH FOR GAS FURNACE

A: Fits 14" Furnace Cabinet

B: Fits 17 1/2" Furnace Cabinet

C: Fits 21" Furnace Cabinet

D: Fits 24 1/2" Furnace Cabinet

N: Does Not Apply (Horizontal Slab Coils)

• All CAPF coils in B, C, & D widths have insulated blank off plates for use with one size smaller furnaces.

• All CAPF coils have a CAUF equivalent.

• All CHPF coils in B, C & D heights have an insulated Z bracket for use with one size smaller furnace.

• All proper coil combinations are subject to being ARI rated with a matched outdoor unit.

13

PRODUCT DESIGN

Thermostats:

ComfortNet™ CTK01A* Thermostat Kit

Filters:

Filters are required with this furnace and must be provided by the installer. The filters used must comply with UL900 or

CAN/ULCS111 standards. Installing this furnace without filters will void the unit warranty

Upflow Filters

Return air filters may be installated at the furnace side and/or bottom return openings. The furnace bottom return opening and side openings will accommodate the following filter sizes depending on cabinet size:

Cabinet

W idth

(in.)

Side Re turn Ope ning(s)

Nominal

Filter Size

(in.)

Approx.

Flow Area

(in

2

)

All 16 x 25 x 1 400

Cabinet

W idth

(in.)

Bottom Re turn Ope ning

Nominal

Filter Size

(in.)

Approx.

Flow Area

(in

2

)

17-1/2 14 x 25 x 1 350

21

24-1/2

16 x 25 x 1

20 x 25 x 1

400

500

Refer to Minimum Filter Area tables to determine filter area requirement. NOTE: Filters can also be installed elsewhere in the duct system such as a central return.

04 53__X*

07 04__X*

09 05__X*

U PFLOW

COOLING A IRFLOW REQU IRE MEN T (CFM)

800 1000 1200 1400 1600 1800 2000 600

415* 415* 48 0 576 ---------

---

---

---

---

636*

---

636*

826*

672

826*

768

826*

---

864

---

960

11 55__X* ------875* 875* 875* 875* 960

0704 __X*

0714 __X*

0905 __X*

0915 __X*

11 55__X*

600

---

---

---

COUNTER FLOW

COOLING A IRFLOW REQU IRE MEN T (CFM)

800 1000 1200 1400 1600 1800 2000

--634* 634* 672 768 -----

---

---

---

---

819*

860*

819* 819*

860* 860*

864

864

960

960

*Minimum filter area dictated by heating airflow requirement.

Disposable Minimum Filter Area (in

2

)

[Based on a 300 ft/min filter face velocity]

14

PRODUCT DESIGN

04 53__X*

07 04__X*

09 05__X*

11 55__X*

U PFLOW

COOLING A IRFLOW REQU IREMEN T (CFM)

800 1000 1200 1400 1600 1800 2000 600

207* 207* 24 0 288 ---------

---

---

---

---

318*

---

318*

413*

336

413*

384

413*

---

432

---

480

------437* 437* 437* 432 480

0704 __X*

0714 __X*

0905 __X*

0915 __X*

11 55__X*

600

---

---

---

COUNTER FLOW

COOLING A IRFLOW REQU IREMEN T (CFM)

800 1000 1200 1400 1600 1800 2000

--316* 316* 336 384 -----

---

---

---

---

409* 409* 409* 432

430* 430* 430* 432

*Minimum filter area dictated by heating airflow requirement.

Disposable Minimum Filter Area (in

2

)

[Based on a 600 ft/min filter face velocity]

480

480

Counterflow Filters

Return air filters may be installated at the at the counterflow top return. A field supplied center filter support must be provided by the installer in order to use the top return. The furnace will accommodate the following counterflow top return filter sizes depending on cabinet size:

Counterflow Top Return

Optional

Access

Door

Return Air

"A"

Min

17 1/2

21

24 1/2

17 1/2

21

24 1/2

17 1/2

21

24 1/2

Cabinet Width

Filter Area

(in

2

)

Qty

Filter Size

(in)

Dimension "A"

(in)

600

800

1000

2

2

2

15 X 20 X 1

20 X 20 X 1

25 X 20 X 1

14.2

13.0

11.3

19.7

18.8

17.7

25.0

24.3

23.4

Refer to Minimum Filter Area tables to determine filter area requirement. NOTE: Filters can also be installed elsewhere in the duct system such as a central return.

15

FURNACE SPECIFICATIONS

GMVC95

MODEL

GMVC950453BX* GMVC950704CX* GMVC950905CX* GMVC950905DX* GMVC951155DX*

Btuh Input (US) High Fire

Output (US) High Fire

Btuh Input (US) Low Fire

Output (US) Low Fire

A.F.U.E.

Rated External Static (" w.c.)

Temperature Rise (°F)

High Stage Pressure Switch Trip Point (" w.c.)

Low Stage Pressure Switch Trip Point (" w.c.)

Front Cover Pressure Switch Trip Point (" w.c)

Blower Wheel (D" x W")

Blower Horsepower

Blower Speeds

Max CFM @ 0.5 E.S.P.

Power Supply

Minimum Circuit Ampacity (MCA)

Maximum Overcurrent Device

Transformer (VA)

Heat Anticipator (Amps)

Primary Limit Setting (°F)

Auxiliary Limit Setting (°F)

Rollout Limit Setting (°F)

Fan Delay On Heating

Off Heating *

Fan Delay On Cooling

Off Cooling

Fan Delay On - Fan Only

Gas Supply Pressure (Natural/Propane) (" w.c.)

Manifold Pressure (Natural/Propane) High Stage (" w.c.)

Manifold Pressure (Natural/Propane) Low Stage ("w.c.)

Orifice Size (Natural/Propane)

Number of Burners

Vent Connector Diameter (inches)

Combustion Air Connector Diameter (inches)

Shipping Weight (lbs.)

46,000

44,300

32,000

30,800

95%

.10 - .50

30 - 60

-0.75

-0.30

-0.10

10 x 8

1/2

5 secs.

45 secs.

5 secs.

7 / 11

3.5 / 10

1.9 / 6.0

#43 / #55

2

115-60-1

11.3

15

40

0.7

145

150

170

30 secs.

150 secs.

2

2

133

69,000

66,900

48,000

46,400

95%

.10 - .50

30 - 60

-0.75

-0.30

-0.10

10 x 10

3/4

92,000

88,800

64,000

61,700

95%

.10 - .50

30 - 60

-1.70

-0.60

-0.10

11 x 10

1

Refer to airflow charts in this manual.

5 secs.

45 secs.

5 secs.

7 / 11

3.5 / 10

1.9 / 6.0

#43 / #55

3

115-60-1

14.1

15

40

0.7

155

190

200

30 secs.

150 secs.

2

2

157

5 secs.

45 secs.

5 secs.

7 / 11

3.5 /10

1.9 / 6.0

#43 / #55

4

115-60-1

14.4

15

40

0.7

130

120

200

30 secs.

150 secs.

2

2

172

* Off Heating - This fan delay timing is adjus table (90, 120, 150 or 180 seconds ), 150 seconds as shipped.

92,000

88,800

64,000

61,700

95%

.10 - .50

30 - 60

-1.10

-0.50

-0.10

11 x 10

1

5 secs.

45 secs.

5 secs.

7 / 11

3.5 /10

1.9 / 6.0

#43 / #55

4

115-60-1

14.4

15

40

0.7

145

180

190

30 secs.

150 secs.

2

2

172

115,000

111,100

80,000

77,400

95%

.10 - .50

35 - 65

-1.10

-0.50

-0.10

11 x 10

1

5 secs.

45 secs.

5 secs.

7 / 11

3.5 /10

1.9 / 6.0

#43 / #55

5

115-60-1

14.4

15

40

0.7

150

200

200

30 secs.

150 secs.

2

2

184

1.

These furnaces are manufactured for natural gas operation. Optional Kits are available for conversion to propane gas operation.

2.

For elevations above 2000 ft. the rating should be reduced by 4% for each 1000 ft. above sea level. The furnace must not be derated, orifice changes should only be made if necessary for altitude.

3.

The total heat loss from the structure as expressed in TOTAL BTU/HR must be calculated by the manufactures method in accordance with the

"A.S.H.R.A.E. GUIDE" or "MANUAL J-LOAD CALCULATIONS" published by the AIR CONDITIONING CONTRACTORS OF AMERICA. The total heat loss calculated should be equal to or less than the heating capacity. Output based on D.O.E. test procedures, steady state efficiency times output.

4.

Minimum Circuit Ampacity calculated as: (1.25 x Circulator Blower Amps) + I.D. Blower Amps.

16

FURNACE SPECIFICATIONS

AMVC95

MODEL AMVC950453BX* AMVC950704CX* AMVC950905CX* AMVC950905DX* AMVC951155DX*

Btuh Input (US) High Fire

Output (US) High Fire

Btuh Input (US) Low Fire

Output (US) Low Fire

A.F.U.E.

Rated External Static (" w.c.)

Temperature Rise (°F)

High Stage Pressure Switch Trip Point (" w.c.)

Low Stage Pressure Switch Trip Point (" w.c.)

Front Cover Pressure Switch Trip Point (" w.c)

Blower Wheel (D" x W")

Blower Horsepower

Blower Speeds

Max CFM @ 0.5 E.S.P.

Power Supply

Minimum Circuit Ampacity (MCA)

Maximum Overcurrent Device

Transformer (VA)

Heat Anticipator (Amps)

Primary Limit Setting (°F)

Auxiliary Limit Setting (°F)

Rollout Limit Setting (°F)

Fan Delay On Heating

Off Heating *

Fan Delay On Cooling

Off Cooling

Fan Delay On - Fan Only

Gas Supply Pressure (Natural/Propane) (" w.c.)

Manifold Pressure (Natural/Propane) High Stage (" w.c.)

Manifold Pressure (Natural/Propane) Low Stage ("w.c.)

Orifice Size (Natural/Propane)

Number of Burners

Vent Connector Diameter (inches)

Combustion Air Connector Diameter (inches)

Shipping Weight (lbs.)

46,000

44,300

32,000

30,800

99%

.10 - .50

30 - 60

-0.75

-0.30

-0.10

10 x 8

1/2

115-60-1

11.3

15

40

0.7

145

150

170

30 secs.

150 secs.

5 secs.

45 secs.

5 secs.

7 / 11

3.5 / 10

1.9 / 6.0

#43 / #55

2

2

2

133

69,000

66,900

48,000

46,400

95.5%

.10 - .50

30 - 60

-0.75

-0.30

-0.10

10 x 10

3/4

92,000

88,800

64,000

61,700

95.7%

.10 - .50

30 - 60

-1.70

-0.60

-0.10

11 x 10

1

92,000

88,800

64,000

61,700

95.7%

.10 - .50

30 - 60

-1.10

-0.50

-0.10

11 x 10

1

Refer to airflow charts in this manual.

115-60-1

14.1

15

40

0.7

155

190

200

30 secs.

150 secs.

5 secs.

45 secs.

5 secs.

7 / 11

3.5 / 10

1.9 / 6.0

#43 / #55

3

2

2

157

115-60-1

14.4

15

40

0.7

130

120

200

30 secs.

150 secs.

5 secs.

45 secs.

5 secs.

7 / 11

3.5 /10

1.9 / 6.0

#43 / #55

4

2

2

172

115-60-1

14.4

15

40

0.7

145

180

190

30 secs.

150 secs.

5 secs.

45 secs.

5 secs.

7 / 11

3.5 /10

1.9 / 6.0

#43 / #55

4

2

2

172

115-60-1

14.4

15

40

0.7

150

200

200

30 secs.

150 secs.

5 secs.

45 secs.

5 secs.

7 / 11

3.5 /10

1.9 / 6.0

#43 / #55

5

2

2

184

* Off Heating - This fan delay timing is adjus table (90, 120, 150 or 180 seconds ), 150 seconds as shipped.

1.

These furnaces are manufactured for natural gas operation. Optional Kits are available for conversion to propane gas operation.

2.

For elevations above 2000 ft. the rating should be reduced by 4% for each 1000 ft. above sea level. The furnace must not be derated, orifice changes should only be made if necessary for altitude.

3.

The total heat loss from the structure as expressed in TOTAL BTU/HR must be calculated by the manufactures method in accordance with the

"A.S.H.R.A.E. GUIDE" or "MANUAL J-LOAD CALCULATIONS" published by the AIR CONDITIONING CONTRACTORS OF AMERICA. The total heat loss calculated should be equal to or less than the heating capacity. Output based on D.O.E. test procedures, steady state efficiency times output.

4.

Minimum Circuit Ampacity calculated as: (1.25 x Circulator Blower Amps) + I.D. Blower Amps.

17

115,000

111,100

80,000

77,400

95.8%

.10 - .50

35 - 65

-1.10

-0.50

-0.10

11 x 10

1

FURNACE SPECIFICATIONS

GCVC9

MODEL GCVC90704CX* GCVC90905DX* GCVC91155DX*

Btuh Input (US) High Fire

Output (US) High Fire

Btuh Input (US) Low Fire

Output (US) Low Fire

A.F.U.E.

Rated External Static (" w.c.)

Temperature Rise (°F)

High Stage Pressure Switch Trip Point (" w.c.)

Low Stage Pressure Switch Trip Point (" w.c.)

Front Cover Pressure Switch Trip Point (" w.c)

Blower W heel (D" x W ")

Blower Horsepower

Blower Speeds

Max CFM @ 0.5 E.S.P.

Power Supply

Minimum Circuit Ampacity (MCA)

Maximum Overcurrent Device

Transformer (VA)

Heat Anticipator (Amps)

Primary Limit Setting (°F)

Auxiliary Limit Setting (°F)

Rollout Limit Setting (°F)

Fan Delay On Heating

Off Heating *

Fan Delay On Cooling

Off Cooling

Fan Delay On - Fan Only

Gas Supply Pressure (Natural/Propane) (" w.c.)

Manifold Pressure (Natural/Propane) High Stage (" w.c.)

Manifold Pressure (Natural/Propane) Low Stage ("w.c.)

Orifice Size (Natural/Propane)

Number of Burners

Vent Connector Diameter (inches)

Combustion Air Connector Diameter (inches)

Shipping W eight (lbs.)

115-60-1

14.1

15

40

0.7

160

220

220

30 secs.

150 secs.

5 secs.

45 secs.

5 secs.

7 / 11

3.5 / 10

1.9 / 6.0

#43 / #55

3

2

2

157

69,000

65,300

48,000

45,000

93.0%

.10 - .50

30 - 60

-0.55

-0.20

-0.37

10 x 10

3/4

92,000

86,500

64,000

60,100

92.0%

.10 - .50

30 - 60

-0.55

-0.20

-0.37

11 x 10

1

Refer to airflow charts in this manual.

115,000

109,000

80,000

77,400

93%

.10 - .50

40 - 70

-0.55

-0.20

-0.37

11 x 10

1

115-60-1

14.4

15

40

0.7

170

180

210

30 secs.

150 secs.

5 secs.

45 secs.

5 secs.

7 / 11

3.5 /10

1.9 / 6.0

#43 / #55

4

2

2

172

115-60-1

14.4

15

40

0.7

145

180

210

30 secs.

150 secs.

5 secs.

45 secs.

5 secs.

7 / 11

3.5 /10

1.9 / 6.0

#43 / #55

5

2

2

175

* Off Heating - This fan delay tim ing is adjus table (90, 120, 150 or 180 s econds ), 150 s econds as s hipped.

1.

These furnaces are manufactured for natural gas operation. Optional Kits are available for conversion to propane gas operation.

2.

For elevations above 2000 ft. the rating should be reduced by 4% for each 1000 ft. above sea level. The furnace must not be derated, orifice changes should only be made if necessary for altitude.

3.

The total heat loss from the structure as expressed in TOTAL BTU/HR must be calculated by the manufactures method in accordance with the

"A.S.H.R.A.E. GUIDE" or "MANUAL J-LOAD CALCULATIONS" published by the AIR CONDITIONING CONTRACTORS OF AMERICA. The total heat loss calculated should be equal to or less than the heating capacity. Output based on D.O.E. test procedures, steady state efficiency times output.

4.

Minimum Circuit Ampacity calculated as: (1.25 x Circulator Blower Amps) + I.D. Blower Amps.

18

FURNACE SPECIFICATIONS

M O D E L

B tu h In p ut (US ) H ig h F ire

O u tp ut (U S ) H ig h F ire

B tu h In p ut (US ) Lo w F ire

O u tp ut (U S ) Lo w F ire

A .F . U.E .

R at ed E x te rn al S t at ic (" w .c .)

T e m p era tu re R is e (° F )

H ig h S ta ge P re s s u re S w itc h T rip P o in t (" w .c .)

L ow S ta g e P res s u re S w itc h T rip P o int (" w.c . )

F ro n t C o v er Pre s s u re S w itc h T rip P o in t (" w .c )

B low er W h ee l (D " x W ")

B low er H o rs e po w er

B low er S pe e ds

M a x C F M @ 0. 5 E. S .P .

P o w e r S u pp ly

M in im um C irc uit A m pa c ity (M C A )

M ax im um O v e rc urre n t D e v ic e

T ra n s fo rm er (V A)

H ea t An tic ipa to r (A m p s )

P rim ary Lim it S e ttin g (°F )

A u xilia ry L im it S e ttin g (°F )

R ollou t L im it S e ttin g (°F )

F a n D ela y O n H ea tin g

O ff H e a ting *

F a n D ela y O n C oo lin g

O ff C o o lin g

F a n D ela y O n - F an O nly

G a s S u pp ly P re s s ure (N a tu ral/P ro p an e ) (" w .c . )

M a nifo ld Pre s s u re (N a tu ra l/ P rop a ne ) H igh S t ag e (" w .c . )

M a nifo ld Pre s s u re (N a tu ra l/ P rop a ne ) L o w St ag e ("w .c . )

O rific e S iz e (N a tu ral/P ro p an e )

N um b e r o f B u rne rs

V e nt C on n ec t or D ia m et er (in c h es )

C om b u s tio n A ir C on n ec t or D ia m et er (in c h es )

S h ip pin g W e ig h t (lb s .)

45 s e c s .

5 s e c s .

7 / 11

3 .5 / 10

1 .9 / 6 .0

# 43 / # 55

3

2

2

1 57

1 15 -6 0-1

1 1 .2

1 5

4 0

0. 7

1 50

1 20

2 10

30 s e c s .

1 5 0 s ec s .

5 s e c s .

G C V C 95 0 71 4 C X *

69 ,0 0 0

65 ,3 0 0

48 ,0 0 0

45 ,0 0 0

9 5. 0%

.1 0 - . 50

2 5 - 5 5

-1 .6 0

-0 .8 0

-0 .1 0

1 0 x 1 0

3 /4

R e fe r to a irflow c h a rts in th is m an u al.

4 5 s e c s .

5 s ec s .

7 / 1 1

3 .5 / 10

1 .9 / 6. 0

#4 3 / #5 5

4

2

2

17 2

11 5 -60 -1

1 5. 0

1 5

4 0

0 .7

13 0

12 0

21 0

3 0 s e c s .

1 50 s e c s .

5 s ec s .

GCVC95

G C V C9 5 09 1 5D X *

9 2 ,0 00

8 6 ,5 00

6 4 ,0 00

6 0 ,1 00

95 .0 %

.1 0 - .5 0

2 5 - 5 5

-1 .6 0

-0 .8 0

-0 .1 0

1 1 x 1 0

1

* O ff H e a tin g - T h i s fa n d e l a y tim in g is a d ju st a b l e ( 9 0 , 1 2 0 , 1 5 0 o r 1 8 0 s e c o n d s) , 1 5 0 se co n d s a s s h i p p e d .

1.

These furnaces are manufactured for natural gas operation. Optional Kits are available for conversion to propane gas operation.

2.

For elevations above 2000 ft. the rating should be reduced by 4% for each 1000 ft. above sea level. The furnace must not be derated, orifice changes should only be made if necessary for altitude.

3.

The total heat loss from the structure as expressed in TOTAL BTU/HR must be calculated by the manufactures method in accordance with the

"A.S.H.R.A.E. GUIDE" or "MANUAL J-LOAD CALCULATIONS" published by the AIR CONDITIONING CONTRACTORS OF AMERICA. The total heat loss calculated should be equal to or less than the heating capacity. Output based on D.O.E. test procedures, steady state efficiency times output.

4.

Minimum Circuit Ampacity calculated as: (1.25 x Circulator Blower Amps) + I.D. Blower Amps.

19

FURNACE SPECIFICATIONS

ACVC9

M O D E L

A C V C 9 0 7 0 4 C X * A C V C 9 0 9 0 5 D X *

B t u h In p u t (U S ) H ig h F ire

O u t p u t (U S ) H ig h F ire

B t u h In p u t (U S ) L o w F ire

O u t p u t (U S ) L o w F ire

A . F . U . E .

R a t e d E x t e rn a l S t a t ic (" w . c . )

Te m p e ra t u re R is e (°F )

H ig h S t a g e P re s s u re S w it c h Trip P o in t (" w . c . )

L o w S t a g e P re s s u re S w it c h Trip P o in t (" w . c . )

F ro n t C o ve r P re s s u re S w it c h Trip P o in t (" w . c )

B lo w e r W h e e l (D " x W " )

B lo w e r H o rs e p o w e r

B lo w e r S p e e d s

M a x C F M @ 0 . 5 E . S . P .

P o w e r S u p p ly

M in im u m C irc u it A m p a c it y (M C A )

M a x im u m O ve rc u rre n t D e vic e

Tra n s fo rm e r (V A )

H e a t A n t ic ip a t o r (A m p s )

P rim a ry L im it S e t t in g (°F )

A u x ilia ry L im it S e t t in g (°F )

R o llo u t L im it S e t t in g (°F )

F a n D e la y O n H e a t in g

O ff H e a t in g *

F a n D e la y O n C o o lin g

O ff C o o lin g

F a n D e la y O n - F a n O n ly

G a s S u p p ly P re s s u re (N a t u ra l/ P ro p a n e ) (" w . c . )

M a n ifo ld P re s s u re (N a t u ra l/ P ro p a n e ) H ig h S t a g e (" w . c . )

M a n ifo ld P re s s u re (N a t u ra l/ P ro p a n e ) L o w S t a g e (" w . c . )

O rific e S iz e (N a t u ra l/ P ro p a n e )

N u m b e r o f B u rn e rs

V e n t C o n n e c t o r D ia m e t e r (in c h e s )

C o m b u s t io n A ir C o n n e c t o r D ia m e t e r (in c h e s )

S h ip p in g W e ig h t (lb s . )

6 9 , 0 0 0

6 5 , 3 0 0

4 8 , 0 0 0

4 5 , 0 0 0

9 3 . 3 %

. 1 0 - . 5 0

3 0 - 6 0

-0 . 5 5

-0 . 2 0

-0 . 3 7

1 0 x 1 0

3 / 4

9 2 , 0 0 0

8 6 , 5 0 0

6 4 , 0 0 0

6 0 , 1 0 0

9 2 . 7 %

. 1 0 - . 5 0

3 0 - 6 0

-0 . 5 5

-0 . 2 0

-0 . 3 7

1 1 x 1 0

1

R e fe r t o a irflo w c h a rt s in t h is m a n u a l.

4 5 s e c s .

5 s e c s .

7 / 1 1

3 . 5 / 1 0

1 . 9 / 6 . 0

# 4 3 / # 5 5

3

2

2

1 5 7

1 1 5 -6 0 -1

1 4 . 1

1 5

4 0

0 . 7

1 6 0

2 2 0

2 2 0

3 0 s e c s .

1 5 0 s e c s .

5 s e c s .

4 5 s e c s .

5 s e c s .

7 / 1 1

3 . 5 / 1 0

1 . 9 / 6 . 0

# 4 3 / # 5 5

4

2

2

1 7 2

1 1 5 -6 0 -1

1 4 . 4

1 5

4 0

0 . 7

1 7 0

1 8 0

2 1 0

3 0 s e c s .

1 5 0 s e c s .

5 s e c s .

* O ff H e a tin g - T h is fa n d e la y tim i n g is a d ju s ta b le (9 0 , 1 2 0 , 1 5 0 o r 1 8 0 s e c o n d s ), 1 5 0 s e c o n d s a s s h ip p e d .

1.

These furnaces are manufactured for natural gas operation. Optional Kits are available for conversion to propane gas operation.

2.

For elevations above 2000 ft. the rating should be reduced by 4% for each 1000 ft. above sea level. The furnace must not be derated, orifice changes should only be made if necessary for altitude.

3.

The total heat loss from the structure as expressed in TOTAL BTU/HR must be calculated by the manufactures method in accordance with the

"A.S.H.R.A.E. GUIDE" or "MANUAL J-LOAD CALCULATIONS" published by the AIR CONDITIONING CONTRACTORS OF AMERICA. The total heat loss calculated should be equal to or less than the heating capacity. Output based on D.O.E. test procedures, steady state efficiency times output.

4.

Minimum Circuit Ampacity calculated as: (1.25 x Circulator Blower Amps) + I.D. Blower Amps.

20

FURNACE SPECIFICATIONS

ACVC95

M O D E L

A C V C 9 5 07 1 4C X * A C V C 9 50 9 15 D X *

B tu h In p ut (U S ) H ig h F i re

O u tp ut (U S ) H i g h F i re

B tu h In p ut (U S ) Lo w F i re

O u tp ut (U S ) Lo w F i re

A .F . U .E .

R at ed E x te rn al S t at ic (" w .c .)

T e m p er a tu re R is e (° F )

H ig h S ta ge P r e s s u r e S w i tc h T ri p P o in t (" w .c .)

L ow S ta g e P res s u r e S w itc h T rip P o i nt (" w .c . )

F r o n t C o v er Pre s s u re S w i tc h T rip P o in t ( " w .c )

B l ow er W h ee l ( D " x W ")

B l ow er H o r s e po w er

B l ow er S pe e ds

M a x C F M @ 0. 5 E. S .P .

P o w e r S u pp l y

M in i m um C i r c ui t A m pa c i ty ( M C A )

M ax im um O v e rc ur re n t D e v ic e

T r a n s fo rm er (V A)

H ea t An ti c i pa to r (A m p s )

P ri m ary Li m it S e ttin g (°F )

A u xi l ia r y L i m it S e tti n g ( °F )

R ol l ou t L i m it S e tti n g ( °F )

F a n D ela y O n H ea tin g

O ff H e a ti ng *

F a n D ela y O n C oo l in g

O ff C o o li n g

F a n D ela y O n - F an O nl y

G a s S u pp l y P re s s ure (N a tu ral /P r o p an e ) (" w .c . )

M a ni fo l d Pre s s u re ( N a tu ra l/ P rop a ne ) H i gh S t ag e ( " w .c . )

M a ni fo l d Pre s s u re ( N a tu ra l/ P rop a ne ) L o w St ag e ("w .c . )

O r i fi c e S iz e (N a tu ral /P r o p an e )

N um b e r o f B u rne rs

V e nt C on n ec t or D i a m et er (in c h es )

C om b u s tio n A i r C on n ec t or D ia m et er ( in c h es )

S h ip pi n g W e ig h t ( lb s .)

69 ,0 0 0

65 ,3 0 0

48 ,0 0 0

45 ,0 0 0

9 5. 0%

.1 0 - . 50

2 5 - 5 5

- 1 .6 0

- 0 .8 0

- 0 .1 0

1 0 x 1 0

3 /4

92 ,0 0 0

86 ,5 0 0

64 ,0 0 0

60 ,1 0 0

9 5. 0%

.1 0 - .5 0

2 5 - 5 5

- 1 .6 0

- 0 .8 0

- 0 .1 0

1 1 x 1 0

1

R e fe r to a i rfl ow c h a rts i n th i s m an u al .

1 15 - 6 0-1

1 1 .2

1 5

4 0

0. 7

1 50

1 20

2 10

30 s e c s .

1 5 0 s ec s .

5 s e c s .

45 s e c s .

5 s e c s .

7 / 11

3 .5 / 10

1 .9 / 6 .0

# 43 / # 55

3

2

2

1 57

1 15 - 6 0-1

1 5 .0

1 5

4 0

0. 7

1 30

1 20

2 10

30 s e c s .

1 5 0 s ec s .

5 s e cs .

45 s e c s .

5 s e cs .

7 / 11

3. 5 /1 0

1 .9 / 6 .0

# 43 / # 55

4

2

2

1 72

* O ff H e a tin g - T h i s fa n d e l a y tim in g is a d ju st a b l e ( 9 0 , 1 2 0 , 1 5 0 o r 1 8 0 s e c o n d s) , 1 5 0 se co n d s a s s h i p p e d .

1.

These furnaces are manufactured for natural gas operation. Optional Kits are available for conversion to propane gas operation.

2.

For elevations above 2000 ft. the rating should be reduced by 4% for each 1000 ft. above sea level. The furnace must not be derated, orifice changes should only be made if necessary for altitude.

3.

The total heat loss from the structure as expressed in TOTAL BTU/HR must be calculated by the manufactures method in accordance with the

"A.S.H.R.A.E. GUIDE" or "MANUAL J-LOAD CALCULATIONS" published by the AIR CONDITIONING CONTRACTORS OF AMERICA. The total heat loss calculated should be equal to or less than the heating capacity. Output based on D.O.E. test procedures, steady state efficiency times output.

4.

Minimum Circuit Ampacity calculated as: (1.25 x Circulator Blower Amps) + I.D. Blower Amps.

21

BLOWER PERFORMANCE SPECIFICATIONS

GMVC95/AMVC95 Heating Speed Charts

H eating

Speed

Tap

A

B

C

D

Adjus t

Tap

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

GMVC950453BX*

AMVC 950453BX*

(R is e Range: 30 - 60°F)

Low Stage

C FM at .1" - .5" w.c.

ESP

495

550

605

540

600

660

585

650

715

630

700

770

H igh Stage

C FM at .1" - .5" w .c.

ESP

713

792

871

778

864

950

842

936

1030

907

1008

1109

R is e

(°F)

H eating

Speed

Tap

57

41

46

52

47

43

48

43

39

45

40

36

A

B

C

D

Adjus t

Tap

Minus (-)

Norm al

Plus (+)

Minus (-)

Norm al

Plus (+)

Minus (-)

Norm al

Plus (+)

Minus (-)

Norm al

Plus (+)

GMVC 950704C X*

AMVC950704C X*

(R is e R ange: 30 - 60°F)

Low Stage

C FM at .1" - .5" w .c.

ESP

756

840

924

828

920

1012

900

1000

1100

972

1080

1188

H igh Stage

CFM at .1" - .5" w .c.

ESP

1089

1210

1331

1192

1325

1457

1296

1440

1584

1400

1555

1711

R is e

(°F)

56

50

46

51

46

42

47

42

38

43

39

35

H eating

Speed

Tap

A

B

C

D

Adjus t

Tap

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

GMVC 950905C X*

AMVC 950905C X*

(R is e Range: 30 - 60°F)

Low Stage

C FM at .1" - .5" w.c.

ESP

945

1050

1155

1008

1120

1232

1080

1200

1320

1125

1250

1375

H igh Stage

C FM at .1" - .5" w .c.

ESP

1341

1490

1639

1413

1570

1727

1521

1690

1859

1602

1780

1958

R is e

(°F)

53

48

43

50

45

41

60

54

49

57

51

47

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

22

BLOWER PERFORMANCE SPECIFICATIONS

GMVC95/AMVC95 Heating Speed Charts

Heating

Speed

Tap

A

B

C

D

Adjust

Tap

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

GMVC950905DX*

AMVC950905DX*

(Rise Range: 30 - 60°F)

Low Stage

CFM at .1" - .5" w.c.

ESP

1013

1125

1238

1076

1195

1315

1139

1265

1392

1202

1335

1469

High Stage

CFM at .1" - . 5" w.c.

ESP

1458

1620

1782

1549

1721

1893

1639

1822

2004

1730

1922

2115

Rise

(°F)

Heating

Speed

Tap

49

44

40

47

56

50

45

52

47

43

42

38

A

B

C

D

Adjust

Tap

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

GMVC951155DX*

AMVC951155DX*

(Rise Range: 35 - 65°F)

Low Stage

CFM at .1" - .5" w.c.

ESP

1107

1230

1353

1139

1265

1392

1170

1300

1430

1202

1335

1469

High St age

CFM at .1" - .5" w.c.

ESP

1594

1771

1948

1639

1822

2004

1685

1872

2059

1730

1922

2115

Rise

(°F)

60

54

49

58

63

57

52

62

56

50

53

48

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

23

BLOWER PERFORMANCE SPECIFICATIONS

GMVC95/AMVC95 High (Single) Stage Cooling Speed Charts

GMVC 950453BX*

AMVC 950453BX*

GMVC 950704CX*

AMVC 950704C X*

C ooling

Speed

Tap

A

B

C

D

Adjus t

Tap

C FM at

.1" - .8" w.c. ESP

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-) 900

N orm al 1000

Plus (+)

Minus (-)

1100

1080

N orm al 1200

Plus (+) 1320

540

600

660

720

800

880

Cooling

Speed

Tap

A

B

C

D

Adjus t

Tap

C FM at

.1" - .8" w .c. ESP

Minus (-)

Norm al

Plus (+)

Minus (-)

Norm al

Plus (+)

Minus (-) 990

Norm al 1100

Plus (+)

Minus (-)

1210

1286

Norm al 1429

Plus (+) 1572

540

600

660

720

800

880

GMVC 950905C X*

AMVC950905C X*

Cooling

Speed

Tap

Adjus t

Tap

A

B

C

D

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

CFM at

.1" - .8" w .c. ESP

1323

1470

1617

1629

1810

1991

729

810

891

990

1100

1210

GMVC 950905D X*

AMVC950905D X*

C ooling

Speed

Tap

A

B

C

D

Adjus t

Tap

C FM at

.1" - .8" w.c. ESP

Minus (-)

N orm al

Plus (+)

Minus (-)

720

800

880

990

N orm al 1100

Plus (+) 1210

Minus (-) 1260

N orm al 1400

Plus (+) 1540

Minus (-) 1620

N orm al 1800

Plus (+) 1980

GMVC 951155DX*

AMVC 951155D X*

Cooling

Speed

Tap

A

B

C

D

Adjus t

Tap

C FM at

.1" - .8" w .c. ESP

Minus (-)

Norm al

Plus (+)

Minus (-)

720

800

880

990

Norm al 1100

Plus (+) 1210

Minus (-) 1260

Norm al 1400

Plus (+) 1540

Minus (-) 1620

Norm al 1800

Plus (+) 1980

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

24

BLOWER PERFORMANCE SPECIFICATIONS

GMVC95/AMVC95 Low Stage Cooling Speed Charts

GMVC 950453BX*

AMVC 950453BX*

GMVC950704C X*

AMVC 950704C X*

GMVC 950905CX*

AMVC 950905C X*

C ooling

Speed

Tap

A

B

C

D

Adjus t

Tap

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

C FM at

.1" - .8" w .c. ESP

585

650

715

702

780

858

351

390

429

468

520

572

C ooling

Speed

Tap

A

B

C

D

Adjus t

Tap

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

C FM at

.1" - .8" w .c. ESP

644

715

787

836

929

1022

351

390

429

468

520

572

C ooling

Speed

Tap

A

B

C

D

Adjus t

Tap

C FM at

.1" - .8" w .c. ESP

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-) 900

N orm al 1000

Plus (+) 1100

Minus (-) 1125

N orm al 1250

Plus (+) 1375

495

550

605

693

770

847

GMVC 950905D X*

AMVC 950905DX*

GMVC951155D X*

AMVC 951155D X*

C ooling

Speed

Tap

A

B

C

D

Adjus t

Tap

C FM at

.1" - .8" w .c. ESP

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

468

520

572

644

715

787

819

910

1001

Minus (-) 1053

N orm al 1170

Plus (+) 1287

C ooling

Speed

Tap

A

B

C

D

Adjus t

Tap

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

Minus (-)

N orm al

Plus (+)

C FM at

.1" - .8" w .c. ESP

468

520

572

644

715

787

819

910

1001

Minus (-) 1053

N orm al 1170

Plus (+) 1287

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

25

BLOWER PERFORMANCE SPECIFICATIONS

GMVC95/AMVC95 Continuous Fan Speed Chart

Model

Furnace Maxim um

C FM

C ontinuous Fan

Speed

1,2

GMVC 950453BX*

AMVC950453BX*

GMVC950704C X*

AMVC 950704C X*

GMVC950905C X*

AMVC 950905C X*

GMVC950905D X*

AMVC 950905D X*

GMVC951155D X*

AMVC 951155D X*

1400

1760

2200

2200

2200

420

530

660

660

660

1

C ontinuous fan s peed is 30% of furnace m axim um C FM

2

Three continuous fan s peeds are pos s ible w ith the C TK01AA therm os tat: 30% , 50% , and 70% of furnace m axim um C FM

GCVC9/ACVC9 Continuous Fan Speed Chart

Model

Furnace Maximum

CFM

Continuous Fan

Speed

1,2

GCVC90704CX*

ACVC90704CX*

GCVC90905DX*

ACVC90905DX*

GCVC91155DX*

1760

2200

2350

530

660

705

1

Cont inuous fan speed is 30% of furnace maximum CFM

2

Three continuous f an speeds are possible with t he CTK01AA thermostat: 30%, 50%, and 70% of furnace maximum CFM.

GCVC95/ACVC95 Continuous Fan Speed Chart

Model

Furnace Maximu m

CFM

Continuous Fan

Speed

1,2

GCVC 9507 14CX*

ACVC950714CX*

GCVC 9509 15DX*

ACVC950915DX*

1760

2200

530

660

1

Cont inuous fan speed is 30% of furnace maximum CFM

2

Three continuou s f an speeds are possible with t he CTK01 AA thermostat: 30%, 50%, and 70% of furnace maximum CFM.

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

26

BLOWER PERFORMANCE SPECIFICATIONS

GCVC9/ACVC9 Heating Speed Charts

GCV C90704CX*

ACVC90704CX*

(Rise Range: 30 - 60°F)

GCVC90905DX*

ACVC90905DX*

(Rise Range: 30 - 60°F)

Heating

Speed

Tap

Adjust

Tap

Low Stage

CFM at .1" - .5" w.c.

ESP

High Stage

CFM at .1" - .5" w.c.

ESP

Rise

(°F)

A

B

C

D

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

747

830

913

824

915

1,007

900

1,000

1,100

978

1,085

1,194

1,076

1,195

1,315

1,186

1,318

1,449

1,296

1,440

1,584

1,408

1,562

1,719

51

46

42

56

50

46

47

42

38

43

39

35

Heating

Speed

Tap

Adjust

Tap

Low Stage

CFM at .1" - .5" w.c.

ESP

High Stage

CFM at .1" - .5" w.c.

ESP

Rise

(°F)

A

B

C

D

M inus(-)

Norm al

Plus (+)

M inus(-)

Norm al

Plus (+)

M inus(-)

Norm al

Plus (+)

M inus(-)

Norm al

Plus (+)

999

1,110

1,221

1,067

1,185

1,303

1,134

1,260

1,386

1,202

1,335

1,469

1,439

1,598

1,758

1,536

1,706

1,876

1,633

1,814

1,996

1,730

1,922

2,115

52

47

43

56

50

46

49

44

40

46

42

38

GCVC91155DX*

(Rise Range: 40 - 70°F)

Heating

Speed

Tap

Adjust

Tap

Low Stage

CFM at .1" - .5" w.c.

E SP

High Stage

CFM at .1" - .5" w.c.

E SP

Rise

(°F)

A

B

C

D

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

1,093

1,214

1,335

1,106

1,229

1,352

1,166

1,296

1,426

1,172

1,302

1,432

1,583

1,759

1,935

1,612

1,791

1,970

1,654

1,838

2,022

1,690

1,878

2,066

50

60

54

49

59

53

48

63

56

51

61

55

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

27

BLOWER PERFORMANCE SPECIFICATIONS

GCVC95/ACVC95 Heating Speed Charts

GCVC950714CX*

ACVC950714CX*

(Rise Range: 25 - 55°F)

GCVC950915DX*

ACVC950915DX*

(Rise Range: 25 - 55°F)

Heating

Speed

Tap

A

B

C

D

Adjust

Tap

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Low Stage

CFM at .1" - .5" w.c.

ESP

High Stage

CFM at .1" - .5" w.c.

ESP

Rise

(°F)

783

870

957

855

950

1045

936

1040

1144

1017

1130

1243

1107

1230

1353

1215

1350

1485

1323

1470

1617

1440

1600

1760

41

46

41

37

42

38

34

55

49

45

50

45

Heating

Speed

Tap

Adjust

Tap

A

B

C

D

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Minus(-)

Normal

Plus (+)

Low Stage

CFM at .1" - .5" w.c.

ESP

High Stage

CFM at .1" - .5" w.c.

ESP

Rise

(°F)

1008

1120

1232

1098

1220

1342

1152

1280

1408

1206

1340

1474

1458

1620

1782

1575

1750

1925

1674

1860

2046

1773

1970

2167

42

48

43

39

45

41

37

55

50

45

51

46

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

28

BLOWER PERFORMANCE SPECIFICATIONS

GCVC9/ACVC9 High (Single) Stage Cooling Speed Charts

Cooling

Speed

Tap

A

B

GCVC90704CX*

ACVC90704CX*

Adjust

Tap

CFM at

.1" - .8" w.c. ESP

Minus(-) 540

Normal 600

Plus (+) 660

Minus(-) 720

Normal 800

Plus (+)

Minus(-)

880

990

C

Plus (+)

Minus(-)

1210

1286

D

Plus (+) 1572

Cooling

Speed

Tap

A

B

GCVC90905DX*

ACVC90905DX*

Adjust

Tap

CFM at

.1" - .8" w.c. ESP

Minus(-) 720

Normal 800

Plus (+) 880

Minus(-) 990

Normal 1100

Plus (+) 1210

Minus(-) 1260

C

Plus (+) 1540

Minus(-) 1620

D

Plus (+) 1980

GCVC91155DX*

Cooling

S peed

Tap

A

B

C

D

A djust

Tap

CFM at

.1" - .8" w.c. ESP

M inus(-) 705

Norm al 783

P lus (+) 861

M inus(-) 982

Norm al 1091

P lus (+) 1200

M inus(-) 1265

Norm al 1406

P lus (+) 1547

M inus(-) 1628

Norm al 1809

P lus (+) 1990

GCVC9/ACVC9 Low Stage Cooling Speed Charts

GCV C90704CX*

ACV C90704CX*

GCVC90905DX*

ACVC90905DX*

Cooling

Speed

Tap

A

B

C

D

Adjust

Tap

CFM at

.1" - .8" w.c. ESP

Cooling

Speed

Tap

Minus(-) 351

Normal 390

Plus (+) 429

Minus(-) 468

Normal 520

Plus (+) 572

Minus(-) 644

Normal 715

Plus (+) 787

Minus(-) 836

Normal 929

Plus (+) 1022

A

B

C

D

Adjust

Tap

CFM at

.1" - .8" w.c. ES P

Minus(-) 468

Normal 520

Plus (+) 572

Minus(-) 644

Normal 715

Plus (+) 787

Minus(-) 819

Normal 910

Plus (+) 1001

Minus(-) 1053

Normal 1170

Plus (+) 1287

GCVC91155DX*

Cooling

S peed

Tap

A

B

C

D

A djust

Tap

CFM at

.1" - .8" w.c. ESP

M inus(-) 457

Norm al 508

P lus (+) 559

M inus(-) 621

Norm al 690

P lus (+) 759

M inus(-) 815

Norm al 906

P lus (+) 997

M inus(-) 1049

Norm al 1165

P lus (+) 1282

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

29

BLOWER PERFORMANCE SPECIFICATIONS

GCVC95/ACVC95 High (Single) Stage Cooling Speed Charts

GCVC950714CX*

ACVC950714CX*

GCVC950915DX*

ACVC950915DX*

Cooling

Speed

Tap

A

B

C

D

Adjust

Tap

Minus(-) 594

Normal 660

Plus (+) 726

Minus(-) 747

Normal 830

Plus (+) 913

Minus(-) 1017

Normal 1130

Plus (+) 1243

Minus(-) 1314

Normal 1460

Plus (+) 1606

CFM at

.1" - .8" w.c. ESP

Cooling

Speed

Tap

A

B

C

D

Adjust

Tap

CFM at

.1" - .8" w.c. ESP

Minus(-) 729

Normal 810

Plus (+) 891

Minus(-) 999

Normal 1110

Plus (+) 1221

Minus(-) 1287

Normal 1430

Plus (+) 1573

Minus(-) 1674

Normal 1860

Plus (+) 2046

GCVC95/ACVC95 Low Stage Cooling Speed Charts

GCVC950714CX*

ACVC950714CX*

GCVC950915DX*

ACVC950915DX*

Cooling

Speed

Tap

A

B

C

D

Adjust

Tap

Minus(-) 378

Normal 420

Plus (+) 462

Minus(-) 531

Normal 590

Plus (+) 649

Minus(-) 702

Normal 780

Plus (+) 858

Minus(-) 864

Normal 960

Plus (+) 1056

CFM at

.1" - .8" w.c. ESP

Cooling

Speed

Tap

A

B

C

D

Adjust

Tap

CFM at

.1" - .8" w.c. ESP

Minus(-) 504

Normal 560

Plus (+) 616

Minus(-) 666

Normal 740

Plus (+) 814

Minus(-) 828

Normal 920

Plus (+) 1012

Minus(-) 1071

Normal 1190

Plus (+) 1309

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

30

BLOWER PERFORMANCE SPECIFICATIONS

Circulator Blower Speed Adjustment Switches

Sw itch Bank : S3

Cooling Speed

Taps

DIP Sw itc h No.

1 2

Sw itch Bank : S3

DIP Sw itch No.

A djust Taps

3 4

Normal* OFF OFF

Note: There are dual 7-segment LED's adjacent to the selection dipswitches. The airflow rounded to the nearest 100 CFM, is displayed on the dual

7-segment LED's. The CFM display alternates with the operating mode.

A

B

C

OFF

ON

OFF

OFF

OFF

ON

D* ON ON

(*Indic ates f actory s etting)

10%

-10%

ON

OFF

OFF

ON

Normal ON ON

(*Indicates f actory setting)

Example:

If the airlfow demand is 1230 CFM, the LED's will display 12. If the airflow demand is 1275 CFM, the LED's will display 13.

Sw itch Bank : S4

DIP Sw itch No.

Heating Speed

Taps

7 8

A

B*

C

OFF

ON

OFF

OFF

OFF

ON

D ON ON

(*Indicates f actory setting)

Note: Continuous fan speed will be 30% of the furnace's maximum airflow capability. If the furnace maximum CFM capaibility is 1760 CFM, the continuous fan speed will be 0.30 X 1760 CFM =

530 CFM.

Example: If the furnace maximum CFM capaibility is 1760 CFM, the continuous fan speed will be

0.30 X 1760 CFM = 530 CFM.

Dehumidification Enable Switch

9

ON OFF

DEHUM

10

Unused

S5

Move to the ON position to enable dehumidification

Note: The optional usage of a dehumidistat allows the furnace’s circulator blower to operate at a slightly lower speed (85% of desired speed) during a combined thermostat call for cooling and dehumidistat call for dehumidification. This can be done through an independent dehumidistat or through a thermostat’s

DEHUM terminal (if available). This lower blower speed enhances dehumidification of the conditioned air as it passes through the AC coil. For proper function, a dehumidistat applied to this furnace must operate on

24 VAC and utilize a switch which opens on humidity

rise.

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

31

BLOWER PERFORMANCE SPECIFICATIONS

Ramping Profile

Note: The multi-speed circulator blower also offers several custom ON/OFF ramping profiles. These profiles may be used to enhance cooling performance and increase comfort level. The ramping profiles are selected using DIP switches 5 and

6. Refer to the following figure for switch positions and their corresponding taps. Refer to the bullet points below for a description of each ramping profile. Verify CFM by noting the number displayed on the dual 7-segment LED display.

Switch Bank: S4

Ramping

Profiles

DIP Switch No.

5 6

A*

B

C

OFF

ON

OFF

OFF

OFF

ON

D ON

(*Indic ates factory setting)

ON

OFF

100% CFM 100% CFM

OFF

1 min

Profile A: provides only an OFF delay of one (1) minute at

100% of the cooling demand airflow.

100% CFM

OFF

50% CFM

1/2 min

100% CFM

1 min

OFF

Profile B: ramps up to full cooling demand airflow by first stepping up to 50% of the full demand for 30 seconds. The motor then ramps to 100% of the required airflow. A one (1) minute OFF delay at 100% of the cooling airflow is provided.

100% CFM

OFF

OFF

Profile C: ramps up to 82% of the full cooling demand airflow and operates there for approximately 7 1/2 minutes. The motor then steps up to the full demand airflow. Profile C also has a one (1) minute 100% OFF delay.

OFF

OFF

Profile D: ramps up to 50% of the demand for 1/2 minute, then ramps to 82% of the full cooling demand airflow and operates there for approximately 7 1/2 minutes. The motor then steps up to the full demand airflow. Profile D has a 1/2 minute at 50% airflow OFF delay.

1. Units are shipped without filter(s). CFM in chart is without filter(s).

2. All furnaces shipped with heating speed set at "B" and cooling speed set at "D". Installer should adjust blower speed as needed. The first task is to determine the proper aiflow for the cooling system.

3. For most cooling applications, about 400 CFM per ton is desirable.

4. The chart is for information only. For satisfactory operation, external static pressure not to exceed value shown on rating plate.

5. Do not operate above 0.5" w.c. ESP in heating mode. Operating between 0.5" w.c. and 0.8" w.c. is tabulated for cooling purposes only.

6. * Motor CFM minimum.

32

PERFORMANCE

E RIS RE ATU PER TEM

33

WIRING DIAGRAMS

*CVC9/*MVC95_AA

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.

ID BLOWER TWO-STAGE PRESSURE

SWITCH ASSEMBLY

GND

L

TO

115 VAC/

POWER

1 Ø /60

SUPPLY

HZ

WITH

OVERCURRENT

PROTECTION DEVICE

24V HUM.

2 1

HOT

SURFACE

IGNITER

2 CIRCUIT

CONNECTOR

LOW FIRE

PRESSURE

SWITCH

HI

C

3

2

C

BR

PU

TWO STAGE

GAS VALVE

PM 1 GY

NO

NO

OR

OR

C

NO

C

GY

FRONT COVER

PRESSURE SWITCH

BL

MANUAL RESET ROLLOUT LIMIT

CONTROLS (SINGLE CONTROL ON

45 kBTU)

PK OR

HIGH FIRE

PRESSURE

SWITC

FLAME

SENSOR

BK

N

W H

DISCONNECT

TO 115VAC / 1 Ø /60 HZ POW ER SUPPLY W ITH

OVERCURRENT PROTECTION DEVICE

L

GND

N

R

DISCONNECT

1

WH

W H

AUTO RESET PRIMARY

LIMIT CONTROL

3

2

1

WH

RD

BK

BURNER COMPARTMENT

BLOWER COMPARTMENT

MANUAL RESET

AUXILIARY

LIMIT CONTROL

24 V T HERMOSTAT CONNE CTIONS

GND

PU

INDUCED

DRAFT

BLOWER

PU

YL

FUSE

24 V

3 A

DIAGNO STIC

LED 'S

1

2

3

4

1

2

4

ECM MTR

HARNESS

RD

BL

GY

BK

1

2

3

4

CIRCULATOR

BLOW ER

5

4

3

2

1

2ND S TG DLY

HEAT O FF

DELAY

UN USE D

DEH UM

HEAT

DELAY

SE E

N OTE 5

3

12

15

6

9

11

14

2

5

8

BR

1

4

7

OR

OR

OR

10

13

PU

PK

GY

BR

YL

GY

ADJ U ST

CO OL

FS

NEUTRAL

BL

LIN E

BK

GR

PK

W H

GND

BK

BK

WH

G

INDUCTOR COIL

70kBTU,90kBTU,

115kBTU M ODELS

ONLY

BK

W H

BK

BLO WER

COMPARTMENT

DOO R SWITCH

(OPEN W HEN

DOOR OPEN)

DOOR

SW ITCH

JUNCTION BOX

INDUCTOR COIL

70kBTU,90kBTU,

115kBTU M ODELS

ONLY

INDOOR

AIR

CIRCULATOR

BLWR

LINE

EAC

ELECTRONIC

AIR CLEANER

IND HI

ID

BLW R

HUM

IND LO

HUMIDIFIER

IGN

HOT SURFACE

IGNITER

FS

GN

NEUTRAL

NEUTRAL

NEUTRAL

NEUTRAL

NEUTRAL

R

Y1

LINE

FUSE 3 A

TH

FLAME SENSOR

115 VAC

(4)

NEUTRAL

40 VA

TRANSFORMER

24 VAC

TO +VDC

HLO (10)

PSO (7)

W 1

LOW FIR E PRES S.

SW ITCH

C

W 2

Y2

G

O

DEHUM

TO

M ICRO

PS1 (2)

24V HU M.

NO

PS2 (12)

NO

HIGH FIR E

PRE SS. S W TICH

HLI (1)

C

TO

R

TO

MICRO

MVL (13)

MVH (14)

C

MVC (8)

G ND (5)

TR (11)

GND (4)

+ VDC (1)

RX (2)

TX (3)

INDOO R

AIR

CIRCULATOR

BLWR

NO

FRONT CO VE R

PRE SS. S W ITCH

C

GAS

VA LVE

PM

HI

G ND

IN TEG RATED CON TR O L MO DU LE

HUMIDIFIER

NOTES:

1. SET HEAT ANTICIPATOR ON ROOM THERMOSTAT AT 0.7 AMPS.

2. MANUFACTURER'S SPECIFIED REPLACEMENT PAR TS MUST BE

USED W HEN SERVICING.

3. IF ANY OF THE O RIGINAL W IRE AS SUPPLIED W ITH THE

FURNACE MUST BE REPLACED, IT MUST BE REPLACED WITH

W IRING MATER IAL HAVING A TEMPERATURE RATING OF AT

LEAST 105°C. USE CO PPER CONDUCTORS ONLY.

4. UNIT MUST BE PERMANENTLY GROUNDED AND CONFORM TO

N.E.C. AND LOCAL CODES.

5. TO RECALL THE LAST 6 FAULT S, MO ST RECENT TO LEAST

RECENT, DE PRESS SW ITCH FOR MORE THAN 2 SECONDS W HILE

IN STA NDBY (NO THERMOSTAT INPUTS)

COLOR CODES:

PK PINK

BR BROW N

W H W HITE

BL BLUE

GY GRAY

RD RED

YL YELLOW

OR ORANGE

PU PURPLE

GN GREEN

BK BLACK

LOW VOLTAGE (24V)

LOW VOLTAGE FIELD

HI VOLTAGE ( 11 5V)

HI VOLTAGE FIELD

JUNCTION

TERMINAL

INTERNAL TO

INTEGRATED C ONTROL

PLUG CONNECTION

EQUIPMENT GND

FIELD GND

FIELD SPLICE

SWITCH (TEMP.)

IGNITER

SW ITCH (PRESS.)

OVERCURRENT

PROT. DEVICE

0140F00530 REV. B

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

34

WIRING DIAGRAMS

*CVC9/*MVC95_AB

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.

2 1

HOT

SURFACE

IGNITER

2 CIRCUIT

CONNECTOR

LOW FIRE

PRESSUR

E SWITCH

TWO STAGE

GAS VALVE

(HONEY WELL)

HI

C

2

3

C

BR

PU

PM

1

GY

NO

OR

NO

BL

ID BLOWER TWO-STAGE PRESSURE

SWIT CH ASSEMBLY

OR

C

GY

FRONT COVER

PRESSURE SWITCH

MANUAL RESET ROLLOUT LIMIT

CONTROLS (SINGLE CONTROL ON

45 kBTU)

PK

24V HUM.

OR

C

NO

HIGH FIRE

PRESSURE

SWITCH

FLAME

SENSOR

BK

GND

TO

115 VAC/ 1 Ø /60 HZ

POWER SUPPLY WITH

OVERCURRENT

PROTECTION DEVICE

L

WH

DISCONNECT

N

WARNING:DISCONNECT

POWER BEFORE

SERVICING. WIRING

TO UNIT MUST BE

PROPERLY POLARIZED

AND GROUNDED.

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

OVERCURRENT PROTECTION DEVICE

GND

N

WARNING:

L

DISCONNECT POWER

BEFORE SERVICING.

WIRING TO UNIT

MUST BE PROPERLY

POLARIZED AND

GROUNDED.

DISCONNECT

DOOR

SWITCH

JUNCTION BOX

AUTO RESET PRIMARY

LIMIT CONTROL

PU

INDUCTOR COIL

70kBTU,90kBTU,

115kBTU MODELS

ONLY

3

2

1

WH

RD

BK

INDUCED

DRAFT

BLOWER

INDOOR

AIR

CIRCULATOR

BLWR

GND

BURNER COMPARTMENT

GND

LINE

NEUTRAL

EAC

BLOWER COMPARTMENT

PU

ELECTRONIC

AIR CLEANER

NEUTRAL

MANUAL RESET

AUXILIARY

LIMIT CONTROL

YL

IND HI

ID

BLWR

NEUTRAL

IND LO

24 V THERMOSTAT CONNECTIONS

FUSE

24 V

3 A

HUM

HUMIDIFIER

NEUTRAL

IGN NEUTRAL

DIAGNOSTIC

LED'S

SEE

NOTE 5 FS

HOT SURFACE

IGNITER

3

4

1

2

2ND STG DLY

T-STAT

HEAT OFF

DELAY

UNUSED

DEHUM

HEAT

DELAY

ADJUST

COOL

9

12

15

3

6

YL

2

5

8

11

14

7

10

1

4

13

PU

BR

OR

OR

OR

PK

GY

BR

GY

OR

24

VAC

115

VAC

R

Y1

FUSE 3 A

TH (4)

40 VA

TRANSFORMER

TO +VDC

24 VAC

MANUAL RESET AUXILIARY LIMIT

CONTROLS

AUTO RESET PRIMARY

LIMIT CONTROL

HLO (10)

W1

LINE

FLAME SENSOR

115 VAC

PSO (7)

PS1 (2)

24V HUM.

NO

NEUTRAL

LOW FIRE PRESS.

SWITCH

C

BL W2

LINE

NO

WH

WH

3

4

5

1

2

FS

NEUTRAL

BK

40 VA

TRANSFORMER

Y2

G

O

DEHUM

TO

MICRO

HIGH FIRE

PRESS. SWTICH

HLI (1)

C

MANUAL RESET ROLLOUT

LIMIT CONTROLS

ECM MTR

HARNESS

RD

BL

GY

BK

1

2

3

4

CIRCULATOR

BLOWER

5

4

3

2

1

BK

GR

PK

WH

GND

BK

WH

INDUCTOR COIL

70kBTU,90kBTU,

115kBTU MODELS

ONLY

BK

WH

BK

BLOWER

COMPARTMENT

DOOR SWITCH

(OPEN WHEN

DOOR OPEN)

C

TO

R

TO

MICRO

MVL (13)

MVH (14)

C

MVC (8)

GND (5)

TR (11)

GND (4)

+ VDC (1)

RX (2)

TX (3)

INTEGRATED CONTROL MODULE

HUMIDIFIER

NO

FRONT COVER

PRESS. SWITCH

GND

INDOOR

AIR

CIRCULATOR

BLWR

PM

HI

C

GAS

VALVE

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

LOW VOLTAGE (24V)

LOW VOLTAGE FIELD

HI VOLTAGE (115V)

HI VOLTAGE FIELD

JUNCTION

TERMINAL

INTERNAL TO

INTEGRATED CONTROL

PLUG CONNECTION

EQUIPMENT GND

FIELD GND

FIELD SPLICE

SWITCH (TEMP.)

IGNITER

SWITCH (PRESS.)

OVERCURRENT

PROT. DEVICE

0140F00661 REV.B

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

35

SCHEMATICS

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.

5

PIN

PI N 4

PIN

PIN

PIN

3

2

1

59-4715 REV. F

36

BLOWER ASSEMBLY SCHEMATIC

ACVC9/AMVC95/GCVC9/GMVC95_____X* MODEL FURNACES

This schematic is for reference only. Not all wiring is as shown above, refer to the appropriate wiring diagram for the unit being serviced.

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

SCHEMATICS

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.

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

37