PACKAGE GAS ELECTRIC FURNACES
INSTALLATION INSTRUCTIONS
ATTENTION INSTALLATION PERSONNEL
Prior to installation, thoroughly familiarize yourself with this instruction manual.
Observe all safety warnings.
During installation or repair, caution is to be observed.
It is your responsibility to install the product safely and to educate the customer on its safe use.
Placeholder
for Bar
Code
Keep this literature in a safe place for future reference.
Whirlpool Gold® Model
WGGE43
WPIO-357A
These installation instructions cover the outdoor
installation of single package gas electric heating and
cooling units. See the Specification Sheets or Technical
Manual applicable to your model for information regarding
accessories. Please contact your distributor or our
website for the applicable Specification Sheets referred to
in this manual.
Tradewinds Distributing Company, LLC
14610 Breakers Drive
Jacksonville, Florida 32258
TABLE OF CONTENTS
SAFETY INSTRUCTIONS...............................................................3
TO THE INSTALLER.......................................................................4
IMPORTANT NOTE TO THE OWNER REGARDING
PRODUCT WARRANTY.................................................................4
REPLACEMENT PARTS ................................................................4
UNIT LOCATION.............................................................................4
Ground Level Installations Only ...................................................5
Rooftop Installations Only............................................................5
Roof Curb Installations Only ........................................................5
GENERAL INFORMATION.............................................................6
TRANSPORTATION DAMAGE ......................................................6
RIGGING DETAILS .........................................................................6
GAS PIPING ....................................................................................6
High Altitude Derate—U.S. Installations Only .............................7
Check Gas Piping ........................................................................8
ELECTRICAL WIRING..................................................................10
Thermostat Location ..................................................................10
Unit Voltage ................................................................................11
Heat Anticipator Setting.............................................................11
CIRCULATING AIR AND FILTERS..............................................11
Airflow Conversion .....................................................................11
Ductwork ....................................................................................11
Filters ..........................................................................................12
VENTING .......................................................................................12
CONDENSATE DRAIN .................................................................12
Condensate Drain Connection...................................................12
NORMAL SEQUENCES OF OPERATION...................................12
Heating .......................................................................................12
Cooling .......................................................................................13
Fan Only .....................................................................................13
START-UP, ADJUSTMENTS, AND CHECKS.............................13
Heating Start-Up ........................................................................13
Pre-Operation Checks ...............................................................13
Gas Supply Pressure Measurement ..........................................14
Gas Manifold Pressure Measurement and Adjustment ............15
Gas Input Rate Check—Natural Gas Only ................................15
Main Burner Flame Check .........................................................16
2
Temperature Rise Check............................................................16
External Static Pressure Check .................................................16
Blower Speed Adjustments........................................................16
Limit Check.................................................................................16
UNIT SHUTDOWN ........................................................................17
COOLING START-UP...................................................................17
Compressor Protection Devices ................................................17
Cooling Refrigerant Charging.....................................................17
TROUBLESHOOTING ..................................................................17
Ignition Control Error Codes ......................................................17
Abnormal Operation—Heating...................................................17
Abnormal Operation—Cooling...................................................18
MAINTENANCE ............................................................................18
Filter Replacement or Cleaning..................................................18
Cabinet Finish Maintenance.......................................................18
Clean Outside Coil—Qualified Servicer Only.............................18
Condenser, Evaporator and Induced Drafter Motors ................18
Flame Sensor—Qualified Servicer Only.....................................19
Flue Passages—Qualified Servicer Only ...................................19
Cleaning Flue Passages—Qualified Servicer Only ....................19
Main Burner Flame—Qualified Servicer Only ............................19
Burner Flame ..............................................................................19
Cleaning Burners........................................................................19
ACCESSORIES AND FUNCTIONAL PARTS ..............................20
Sheet Metal Accessories............................................................20
Functional Parts..........................................................................20
General Information....................................................................20
APPENDIX .....................................................................................20
Blower Performance Data—Single Phase .................................20
Ignition Control Diagnostic Indicator Chart ...............................25
Heating Timing Chart .................................................................26
Cooling Timing Chart .................................................................26
Unit Dimensions .........................................................................27
Minimum Clearances..................................................................27
Wiring Diagram—WGGE4324, 30, 36, 42..................................28
Wiring Diagram—WGGE4324, 30, 36, 42..................................29
Wiring Diagram—WGGE4348, 60..............................................30
Wiring Diagram—WGGE4348, 60..............................................31
ASSISTANCE OR SERVICE .........................................................32
SAFETY INSTRUCTIONS
The following symbols and labels are used throughout this manual to indicate immediate or potential safety hazards. It is the owner’s
and installer’s responsibility to read and comply with all safety information and instructions accompanying these symbols. Failure to
heed safety information increases the risk of personal injury, property damage and/or product damage.
Recognize this symbol as a safety precaution.
WARNING
Hazards or unsafe
practices1could result in property
Goodman
damage, product damage, severe personal injury or death.
CAUTION
Hazards or unsafe practices may result in property
damage, product damage, personal injury or death.
WARNING
Do not connect to or use any device that is not designGoodman
36 damage,
certified for use with this
unit. Serious property
personal injury, reduced unit performance and/or hazardous
conditions may result from the use of such non-approved
devices.
WARNING
HIGH VOLTAGE!
Disconnect ALL power before servicing.
WARNING
To avoid property damage, personal injury or death, do
not use this furnace if any part of the furnace has been
under water. Immediately call a qualified service technician
to inspect the furnace and to replace any part of the
control system and any gas control having been under
Goodman 81
water.
WARNING
This unit must not be used as a “construction heater”
during the finishing phases of construction on a new
Goodman 79
structure. This type of use may result in premature failure
of the unit due to extremely low return air temperatures
and exposure to corrosive or very dirty atmospheres.
WARNING
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.
Goodman
42
Multiple power sources
may be present.
Failure to do so may cause property damage,
personal injury or death.
WARNING
Should overheating occur
or the gas43
supply fail to shut
Goodman
off, turn off the manual gas shutoff valve external to the
furnace before turning off the electrical supply.
WARNING
This product containsGoodman
or produces a45
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
If the information in these instructions is not followed
exactly, a fire or explosion may result causing property
Goodman
42
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
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
unit.
3
WARNING
Heating unit should not be utilized without reasonable,
routine inspection, maintenance and supervision. If the
building in which any Goodman
such device is47
located will be
vacant, care should be taken that such device is
routinely inspected, maintained and monitored. In the
event that the building may be exposed to freezing
temperatures and will be vacant, all water-bearing pipes
should be drained, the building should be properly
winterized and the water source closed. In the event
that the building may be exposed to freezing
temperatures and will be vacant, any hydronic coil units
should be drained as well, and, in such case, alternative
heat sources should be utilized.
DANGER
IMPORTANT NOTE TO THE
OWNER REGARDING
PRODUCT WARRANTY
Your warranty certificate is supplied as a separate document with
the unit installed by your contractor. Read the limited warranty
certificate carefully to determine what is and is not covered. Keep
the warranty certificate in a safe place. If you are unable to locate
the warranty certificate, please contact your installing contractor,
or contact customer service at 1-866-944-7575 to obtain a copy.
To receive the 10-Year Parts Limited Warranty, online registration
must be completed within 60 days of installation. Online
registration is not required in California or Quebec.
Full warranty details and instructions are available at
www.whirlpoolhvac.com.
To register your unit, go to www.whirlpoolhvac.com. Click on the
manufacturer’s Comfort CommitmentTM Warranty link located at
the bottom center of the home page. Next, click on the Click
Here to Register Your Product link located at the top center of the
page, and complete the forms in the manner indicated.
REPLACEMENT PARTS
CARBON MONOXIDE POISONING HAZARD
Special Warning for Installation of Furnace or Air Handling
Goodman
38 Utility Rooms or
Units in Enclosed Areas
such as Garages,
Parking Areas.
Carbon monoxide producing devices (such as an
automobile, space heater, gas water heater, etc.) should
not be operated in enclosed areas such as unventilated
garages, utility rooms or parking areas because of the
danger of carbon monoxide (CO) poisoning resulting from
the exhaust emissions. If a furnace or air handler is
installed in an enclosed area such as a garage, utility room
or parking area and a carbon monoxide producing device is
operated therein, there must be adequate, direct outside
ventilation.
This ventilation is necessary to avoid the danger of CO
poisoning which can occur if a carbon monoxide producing
device continues to operate in the enclosed area. Carbon
monoxide emissions can be (re)circulated throughout the
structure if the furnace or air handler is operating in any
mode.
CO can cause serious illness including permanent brain
damage or death.
When reporting shortages or damages, or ordering repair parts,
give the complete product model and serial numbers as stamped
on the unit’s nameplate. Replacement parts for this product are
available through your contractor or local distributor. For the
location of your nearest distributor, consult the white business
pages, the yellow page section of the local telephone book or
contact:
Tradewinds Distributing Company, LLC
14610 Breakers Drive
Jacksonville, Florida 32258
1-866-944-7575
If you are replacing an air handler, the system must be
manufacturer-approved and Air-Conditioning, Heating, and
Refrigeration Institute (AHRI) matched.
NOTE: Installation of unmatched systems is strongly
discouraged.
UNIT LOCATION
WARNING
To prevent possible equipment
damage,
Goodman
50 property damage,
personal injury or death, the following bullet points must
be observed when installing the unit.
■
TO THE INSTALLER
Before installing this unit, please read this manual to familiarize
yourself on the specific items which must be adhered to,
including maximum external static pressure to unit, air
temperature rise, minimum or maximum CFM and motor speed
connections.
4
■
For proper flame pattern within the heat exchanger and
proper condensate drainage, the unit must be mounted level.
The flue outlet hood must be at least 12" (30.5 cm) from any
opening through which flue gases could enter a building, and
at least 36" (91.4 cm) above any forced air inlet located within
10 ft (3 m). The economizer/manual fresh air intake/motorized
fresh air intake and combustion air inlet mounted on the unit
are not affected by this restriction.
■
■
■
■
■
To avoid possible corrosion of the heat exchanger, do not
locate the unit in an area where the outdoor air (for example,
combustion air for the unit) will be frequently contaminated by
compounds containing chlorine or fluorine. Common sources
of such compounds include swimming pool chemicals and
chlorine bleaches, paint stripper, adhesives, paints,
varnishes, sealers, waxes (which are not yet dried) and
solvents used during construction and remodeling. Various
commercial and industrial processes may also be sources of
chlorine/fluorine compounds.
To avoid possible illness or death of the building occupants,
do not locate outside air intake device (economizer, manual
fresh air intake, motorized fresh air intake) too close to an
exhaust outlet, gas vent termination or plumbing vent outlet.
For specific distances required, consult local codes.
Allow minimum clearances from the enclosure for fire
protection, proper operation, and service access. These
clearances must be permanently maintained.
The combustion air inlet and flue outlet hoods on the unit
must never be obstructed. If used, do not allow the
economizer/manual fresh air damper/ motorized fresh air
damper to become blocked by snow or debris. In some
climates or locations, it may be necessary to elevate the unit
to avoid these problems.
When the unit is heating, the temperature of the return air
entering the unit must be between 50°F and 100°F (10ºC and
38ºC).
Ground Level Installations Only
■
■
When the unit is installed on the ground adjacent to the
building, a level concrete (or equal) base is recommended.
Prepare a base that is 3" (7.6 cm) larger than the package unit
footprint and a minimum of 3" (7.6 cm) thick.
The base should also be located where no runoff of water
from higher ground can collect in the unit.
Rooftop Installation
■
■
The unit may be installed directly on wood floors or on Class
A, Class B, or Class C roof covering material.
To avoid possible personal injury, a safe, flat surface for
service personnel should be provided.
Roof Curb Installations Only
■
■
■
Sufficient structural support must be determined prior to
locating and mounting the curb and package unit.
Ductwork must be constructed using industry guidelines. The
ductwork must be placed into the roof curb before mounting
the package unit.
Curb insulation, cant strips, flashing and general roofing
material are furnished by the contractor.
Roof Curb Installation
Ground Level Installation
Rooftop Installations Only
NOTE: To ensure proper condensate drainage, unit must be
installed in a level position.
■ To avoid possible property damage or personal injury, the
roof must have sufficient structural strength to carry the
weight of the unit(s) and snow or water loads as required by
local codes. Consult a structural engineer to determine the
weight capabilities of the roof.
5
GENERAL INFORMATION
RIGGING DETAILS
WARNING
WARNING
To prevent property damage, personal injury or death,
due to fire, explosions, smoke, soot, condensation,
electric shock or carbon monoxide, this unit must be
properly installed, repaired, operated and maintained.
To prevent property damage, the unit should remain in an
upright position during all rigging and moving operations.
To facilitate lifting and moving when a crane is used,
place the unit in an adequate cable sling.
This unit is approved for outdoor installation only. To assure that
your unit operates safely and efficiently, it must be installed,
operated, and maintained in accordance with these installation
and operating instructions, all local building codes and
ordinances, or in their absence, with the latest edition of the
National Fuel Gas Code NFPA54/ANSI Z223.1 and National
Standard of Canada CAN/CSA B149 Installation Codes.
The heating and cooling capacities of the unit should be greater
than or equal to the design heating and cooling loads of the area
to be conditioned. The loads should be calculated by an
approved method or in accordance with A.S.H.R.A.E. Guide or
Manual J - Load Calculations published by the Air Conditioning
Contractors of America.
Obtain from:
American National Standards Institute
430 Broadway
New York, NY 10018
IMPORTANT: If using the bottom discharge with the roof curb,
the ductwork should be attached to the curb prior to installing the
unit. Ductwork dimensions are shown in the roof curb installation
instructions.
Refer to “Roof Curb Installations Only” for the proper curb
installation. Curbing must be installed in compliance with the
National Roofing Contractors Association Manual.
Lower the unit carefully onto the roof mounting curb. While
rigging the unit, the center of gravity will cause the condenser
end to be lower than the supply air end.
Rigging
TRANSPORTATION DAMAGE
Check the carton upon arrival for external damage. If damage is
found, a request for inspection by carrier agent should be made
in writing immediately.
Carefully inspect the unit for damage including damage to the
cabinetry. Any bolts or screws which may have loosened in
transit must be retightened. In the event of damage, the receiver
should:
1. Make notation on delivery receipt of any visible damage to
shipment or container.
2. Notify carrier promptly and request an inspection.
3. In case of concealed damage, carrier should be notified as
soon as possible—preferably within 5 days.
4. File the claim with the following supporting documents:
a) Original Bill of Lading, certified copy, or indemnity bond.
b) Original paid freight bill or indemnity in lieu thereof.
c) Original invoice or certified copy thereof, showing trade
and other discounts or reductions.
d) Copy of the inspection report issued by carrier
representative at the time damage is reported to the
carrier. The carrier is responsible for making prompt
inspection of damage and for a thorough investigation of
each claim. The distributor or manufacturer will not
accept claims from dealers for transportation damage.
NOTE: When inspecting the unit for transportation damage,
remove all packaging materials. Recycle or dispose of the
packaging material according to local codes.
6
GAS PIPING
IMPORTANT NOTE: This unit is factory set to operate on natural
gas at the altitudes shown on the rating plate.
WARNING
To avoid property damage, personal injury or death when
either using propane gas alone or at higher altitudes,
obtain and installGoodman
the proper 89
conversion kit(s). Failure to
do so can result in unsatisfactory operation and/or
equipment damage. High altitude kits are for U.S.
installations only and are not approved for use in Canada.
The rating plate is stamped with the model number, type of gas
and gas input rating. Make sure the unit is equipped to operate
on the type of gas available. Conversion to LP gas is permitted
with the use of the factory-authorized conversion kit LPM-03.
NOTES:
■ LPT-00A may be used on models with AA revisions.
■ LPT-03 is compatible with both the White Rodgers and the
Honeywell gas control valves.
NOTE: Inlet gas pressure must not exceed the maximum value
shown in the Inlet Gas Pressure chart.
Inlet Gas Pressure
Natural
Minimum: 5.0" W.C. Maximum: 10.0" W.C.
Propane
Minimum: 11.0" W.C. Maximum: 13.0" W.C.
The minimum supply pressure should not vary from that shown in
the Inlet Gas Pressure chart, because this could prevent the unit
from having dependable ignition. In addition, gas input to the
burners must not exceed the rated input shown on the rating
plate. Overfiring of the unit could result in premature heat
exchanger failure.
High Altitude Derate—U.S. Installations Only
IMPORTANT: The gas/electric units naturally derate with
altitude. Do not attempt to increase the firing rate by changing
orifices or increasing the manifold pressure. This can cause poor
combustion and equipment failure. At all altitudes, the manifold
pressure must be within 0.3" W.C. of that listed on the nameplate
for the fuel used. At all altitudes and with either fuel, the air
temperature rise must be within the range listed on the unit
nameplate.
Refer to the installation manual provided with the LP kit for
conversion from Natural gas to propane gas and for altitude
adjustments.
NOTE: Up to 7,000 ft (2,134 m), no changes are required; above
7,000 ft (2,134 m), refer to High Altitude Kit HA-02.
IMPORTANT NOTE: To avoid possible unsatisfactory operation
or equipment damage due to under firing of equipment, do not
undersize the Natural/propane gas piping from the meter/tank to
the unit. When sizing a trunk line, include all appliances on that
line that could be operated simultaneously.
The rating plate is stamped with the model number, type of gas
and gas input rating. Make sure that the unit is equipped to
operate on the type of gas available. The gas line installation
must comply with local codes, or in the absence of local codes,
with the latest edition of the National Fuel Gas Code NFPA 54/
ANSI Z223.1.
Pressure = 0.50 psig or less and pressure drop of 0.3" W.C.
(Based on 0.60 specific gravity gas)
Btu/h Unit Input
CFH =
Heating Value of Gas (Btu/Cu Ft)
Refer to the “Proper Piping Practice” illustration for the general
layout at the unit. The following rules apply:
1. Use black iron pipe and fittings for the supply piping. The use
of a flex connector and/or copper piping is permitted as long
as it is in agreement with local codes.
2. Use pipe joint compound on male threads only. Pipe joint
compound must be resistant to the action of the fuel used.
3. Use ground joint unions.
4. Install a drip leg to trap dirt and moisture before it can enter
the gas control valve. The drip leg must be a minimum of 3"
(7.6 cm) long.
5. Use 2 pipe wrenches when making the connection to the gas
control valve to keep the valve from turning.
6. Install a manual shutoff valve in a convenient location (within
6 ft [1.8 m] of the unit) between the meter and the unit.
7. Tighten all joints securely.
8. The unit must be connected to the building piping by one of
the following methods:
■ Rigid metallic pipe and fittings
■
Semirigid metallic tubing and metallic fittings (aluminum
alloy tubing must not be used in exterior locations)
■
Listed gas appliance connectors used in accordance with
the terms of their listing that are completely in the same
room as the equipment
■
The connector or tubing must be protected against
physical and thermal damage. Aluminum alloy tubing and
connectors must be coated to avoid external corrosion
when in contact with masonry, plaster or insulation or are
subject to repeated wettings by liquids (water—not
rainwater, detergents or sewage).
Proper Piping Practice
Natural Gas Connection
A
Natural Gas Capacity of Pipe in Cu Ft (m3) of Gas Per Hour
(CFH)
Nominal Black Pipe Size
Length of
Pipe—ft (m)
¹⁄₂"
³⁄₄"
1"
1¹⁄₄"
1¹⁄₂"
10 (3)
132
278
520
1,050
1,600
20 (6.1)
92
190
350
730
1,100
30 (9.2)
73
152
285
590
980
40 (12.2)
63
130
245
500
760
50 (15.2)
56
115
215
440
670
60 (18.3)
50
105
195
400
610
70 (21.3)
46
96
180
370
560
80 (24.4)
43
90
170
350
530
90 (27.4)
40
84
160
320
490
100 (30.5)
38
79
150
305
460
B
C
D
A. Manual shutoff valve
B. Drip leg
C. Ground joint union (installed upstream of
gas control valve)
D. Grommet
NOTE: The unit gas supply entrance is factory sealed with plugs.
Keep plugs in place until gas supply is ready to be installed. Once
ready, replace the plugs with the supplied grommets and install
gas supply line.
7
Check Gas Piping
CAUTION
To prevent property damage or personal injury due to fire,
the following instructions must be performed regarding
gas connections Goodman
and pressure testing:
90
-The unit and its gas connections must be leak tested
before placing in operation. Because of the danger of
explosion or fire, never use a match or open flame to test
for leaks. Never exceed specified pressures for testing.
Higher pressure may damage gas control valve and cause
overfiring which may result in premature heat exchange
failure.
-The unit and its gas shutoff valve must be disconnected
from the gas supply during any pressure testing of that
system at test pressures in excess of ¹⁄₂ psig (3.48 kPa).
-This unit must be isolated from the gas supply system
by closing its manual shutoff valve during any pressure
testing of the gas supply piping system at test pressures
equal to or less than ¹⁄₂ psig (3.48 kPa).
WARNING
To avoid property
damage or 91
personal injury, be sure
Goodman
there is NO OPEN FLAME in the vicinity during air
bleeding.
There will be air in the gas supply line after testing for leaks on a
new installation. Therefore, the air must be bled from the line by
loosening the ground joint union until pure gas is expelled.
Tighten the ground joint union and wait for 5 minutes until all gas
has been dissipated in the air. Be certain there is no open flame in
the vicinity during air bleeding procedure. The unit is placed in
operation by closing the main electrical disconnect switch for the
unit.
NOTE: Propane gas conversion kits must be installed to convert
units to propane gas.
A gas detecting warning system is the only reliable way to detect
a propane gas leak. Rust can reduce the level of odorant in
propane gas. Do not rely on your sense of smell. Contact a local
propane gas supplier about installing a gas detecting warning
system.
All propane gas equipment must conform to the safety standards
of the National Board of Fire Underwriters, NBFU Manual 58.
For satisfactory operation, propane gas supply pressure must be
within 9.7" W.C. to 10.3" W.C. at the furnace manifold with all gas
appliances in operation.
Maintaining proper gas pressure depends on 3 main factors:
■ Vaporization rate, depending on the temperature of the liquid
and the wetted surface area of the container or containers.
■ Proper pressure regulation. Two-stage regulation is
recommended for both cost and efficiency.
■ Pressure drop in the lines between the regulators, and
between 2nd stage regulator and the appliance. Pipe size
required will depend on the length of the pipe run and the
total load of all appliances.
Tanks and Piping
Complete information regarding tank sizing for vaporization,
recommended regulator settings, and pipe sizing is available
from most regulator manufacturers and propane gas suppliers.
Since propane gas will quickly dissolve white lead and most
standard commercial compounds, special pipe dope must be
used. Shellac-based compounds resistant to the actions of
liquefied petroleum gases are satisfactory.
Propane Gas Installation—Typical
A
B
C
D
WARNING
To avoid property damage, personal injury or death due
to fire or explosion caused by Goodman
a propane gas 92
leak, install
a gas detecting warning device. Since rust can reduce the
level of odorant in propane gas, a gas detecting warning
device is the only reliable way to detect a propane gas
leak. Contact a local propane gas supplier about installing
a gas detecting warning device.
8
A. 1st stage regulator
B. 5 to 15 psig (20 psig maximum)
C. 2nd stage regulator
D. Continuous 11" W.C.
NOTE: 200 psig maximum tank pressure.
Sizing Between 1st and 2nd Stage Regulator*
Maximum propane capacities listed are based on 1 psig pressure drop at 10 psig setting. Capacities in 1,000 Btu/h.
Propane Gas Pipe Sizing Chart I
Tubing Size, O.D., Type L
Nominal Pipe Size, Schedule 40
Pipe or Tubing
Length—ft (m)
³⁄₈"
¹⁄₂"
⁵⁄₈"
³⁄₄"
⁷⁄₈"
¹⁄₂"
³⁄₄"
30 (9.2)
309
700
1,303
2,205
3,394
1,843
3,854
40 (12.2)
265
599
1,115
1,887
2,904
1,577
3,298
50 (15.2)
235
531
988
1,672
2,574
1,398
2,923
60 (18.3)
213
481
896
1,515
2,332
1,267
2,649
70 (21.3)
196
446
824
1,394
2,146
1,165
2,437
80 (24.4)
182
412
767
1,297
1,996
1,084
2,267
90 (27.4)
171
386
719
1,217
1,873
1,017
2,127
100 (30.5)
161
365
679
1,149
1,769
961
2,009
150 (45.7)
130
293
546
923
1,421
772
1,613
200 (61)
111
251
467
790
1,216
660
1,381
250 (76.2)
90
222
414
700
1,078
585
1,224
300 (91.4)
89
201
378
634
976
530
1,109
350 (106.7)
82
185
345
584
898
488
1,020
400 (121.9)
76
172
321
543
836
454
949
To convert to capacities at 15 psig settings—multiply by 1.13. To convert to capacities at 5 psig settings—multiply by 0.879.
Sizing Between Single or 2nd Stage Regulator and Appliance*
Maximum propane capacities listed are based on ¹⁄₂" W.C. pressure drop at 11" W.C. setting. Capacities in 1,000 Btu/h.
Propane Gas Pipe Sizing Chart II
Tubing Size, O.D. Type L
Nominal Pipe Size Schedule 40
Pipe or Tubing Length—ft (m)
³⁄₈"
¹⁄₂"
⁵⁄₈"
³⁄₄"
⁷⁄₈"
¹⁄₂"
³⁄₄"
1"
1¹⁄₄"
1¹⁄₂"
10 (3)
49
110
206
348
539
291
608
1,146
2,353
3,525
20 (6.1)
34
76
141
239
368
200
418
788
1,617
2,423
30 (9.2)
27
61
114
192
296
161
336
632
1,299
1,946
40 (12.2)
23
52
97
164
253
137
284
541
1,111
1,665
50 (15.2)
20
46
86
146
224
122
255
480
985
1,476
60 (18.3)
19
42
78
132
203
110
231
436
892
1,337
80 (24.4)
16
36
67
113
174
94
198
372
764
1,144
100 (30.5)
14
32
59
100
154
84
175
330
677
1,014
125 (38.1)
12
28
52
89
137
74
155
292
600
899
150 (45.7)
11
26
48
80
124
67
141
265
544
815
200 (61)
10
22
41
69
106
58
120
227
465
697
250 (76.2)
9
19
36
61
94
51
107
201
412
618
300 (91.4)
8
18
33
55
85
46
97
182
374
560
350 (106.7)
7
16
30
51
78
43
89
167
344
515
400 (121.9)
7
15
28
47
73
40
83
156
320
479
Data in accordance with NFPA pamphlet Number 54.
9
WARNING
To prevent property damage or serious personal injury
due to fire or explosion caused by a propane gas leak,
Goodman
102device.
install a gas detecting
warning
If the propane gas unit is installed in an excavated area
or a confined space, a warning device is required due to:
-Propane gas is heavier than air and 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.
Refer to the unit wiring diagram for electrical connections. When
installed, the unit must be electrically grounded in accordance
with local codes or in the absence of local codes, with the
National Electrical Code, ANSI/NFPA No. 70, and/or the CSA
C22.1 Electrical Code. Ensure that the low voltage connections
are waterproof.
WARNING
Goodman 70
To avoid the risk of electrical shock, wiring to the unit
must be polarized and grounded.
WARNING
ELECTRICAL WIRING
Goodman 22
To avoid the risk of fire or equipment damage, use
copper conductors.
Thermostat Location
Mount the thermostat approximately 5 ft (1.5 m) above the floor,
in an area that has an inside, vibration-free wall and has good air
circulation.
Movement of air must not be obstructed by furniture, door,
draperies, etc. The thermostat must not be mounted where it will
be affected by drafts, hot or cold water pipes or air ducts in walls,
radiant heat from fireplace, lamps, the sun, television, etc.
Consult the Instruction Sheet packaged with the thermostat for
mounting instructions.
All units have 1 stage of heating and 1 stage of mechanical
cooling. Units which will have economizers may use thermostats
with 1 or 2 stages of cooling.
WARNING
HIGH VOLTAGE!
CAUTION
Label all wires prior to
disconnection
Goodman
59 when servicing
controls. Wiring errors can cause improper and dangerous
operation. Verify proper operation after servicing.
For unit protection, use a time-delay fuse or HACR circuit breaker
that is in excess of the circuit ampacity, but less than or equal to
the maximum overcurrent protection device.
IMPORTANT: Do not exceed the maximum overcurrent device
size shown on the unit data plate.
All line voltage connections must be made through weatherproof
fittings. All exterior power supply and ground wiring must be in
approved weatherproof conduit. Low voltage wiring from the unit
control panel to the thermostat requires coded cable.
Disconnect ALL power before servicing.
Electrical Power Directly to Junction Box
Goodman
42
Multiple power sources
may be present.
NOTE: Junction box location shown is optional and is for
illustration purposes only.
Failure to do so may cause property damage,
personal injury or death.
The units are designed for operation on 60 hertz current and at
voltages as shown on the rating plate. All internal wiring in the
unit is complete. It is necessary to bring in the power supply to
the contactor as shown on the unit wiring diagram which is
supplied with each unit. 24-volt wiring must be connected
between the unit control panel and the room thermostat.
Low Voltage Wiring
B18099-18
L2
HEAT
COOL
1068-83-400A
L2
K4
6
3
2
2
5
1
2
5
4
1
4
1
4
7
ECON
F1
BREAK FOR TWO STAGE
COMPRESSOR
FUSE 3 AMP MAX
120
135
P3
P2
C22
T1
SPEED-UP
150
T2
10
3
6
9
6
9
12
12
9
8
7
11
11
10
8
10 11 12
7
10
3
K1
P1
R
Y
W
G
FS
K2
ANSI Z21.20 AUTOMATIC IGNITION SYSTEM
24VAC 50/60Hz 400mA MAX.
C R YWG
Low Voltage
Connector
DI
MODEL
1068-400
L1
L1
L2
L2
UNUSED
K3
Electrical Power Routed Through Bottom of Unit
Duct Cover Installations—Down-Discharge
NOTE: Junction box location shown is optional and is for
illustration purposes only.
Remove the panels for down-discharge duct applications
AB
A. Supply air panel
B. Return air panel
Down-Discharge Applications
Unit Voltage
The unit transformer is factory-connected for 230V operation. If
the unit is to operate on 208V, reconnect the transformer primary
lead as shown on the unit wiring diagram.
Heat Anticipator Setting
The heat anticipator is to be set by measuring the load
(amperage) at the R circuit. Follow the instructions provided by
the thermostat for more details.
Typical Thermostat and Unit 24V Wiring Hookup
G
Y
R
From
Unit
W
R
W
Y
G
CIRCULATING AIR AND FILTERS
Airflow Conversion
Units can easily be converted from horizontal to down-discharge
airflow delivery. In down-discharge or high-static installations, the
installer should measure the total external static and review the
blower performance charts before performing the installation. In
some installations, it will be necessary to change the blower
speed to provide proper airflow.
Cut insulation around bottom openings and remove panels from
the bottom of the unit, saving the screws holding the panels in
place.
NOTE: Single-phase models require installation of horizontal
duct kit #20464501PDGK (medium chassis) and
#20464502PDGK (large chassis).
Ductwork
Duct systems and register sizes must be properly designed for
the C.F.M. and external static pressure rating of the unit.
Ductwork should be designed in accordance with the
recommended methods of Air Conditioning Contractors of
America Manual D (Residential) or Manual Q (Commercial).
All ductwork exposed to the outdoors must include a
weatherproof barrier and adequate insulation. A duct system
should be installed in accordance with Standards of the National
Board of Fire Underwriters for the Installation of Air Conditioning,
Warm Air Heating and Ventilating Systems. Pamphlets No. 90A
and 90B.
The supply duct from the unit through a wall may be installed
without clearance. However, minimum unit clearances must be
maintained. The supply duct should be provided with an access
panel large enough to inspect the air chamber downstream of the
heat exchanger. A cover should be tightly attached to prevent air
leaks.
For duct flange dimensions on the unit, refer to the Unit
Dimension illustration in the Appendix.
For down-discharge applications, the ductwork should be
attached to the roof curb prior to installing the unit. Ductwork
dimensions are shown in the roof curb installation manual.
If desired, supply and return duct connections to the unit may be
made with flexible connections to reduce possible unit operating
sound transmission.
11
Filters
CONDENSATE DRAIN
CAUTION
To prevent property damage due to fire and loss of
equipment efficiency or equipment damage due to dust
and lint build up on internal parts, never operate unit
without an air filter installed in the return air system.
Even though a return air filter is not supplied with this unit, there
must be a means of filtering all return air. All units may be
externally filtered.
Refer to the unit filter size chart in the Appendix for filter size
information.
Filters installed external to the unit should be sized in accordance
with their manufacturer recommendations. A throwaway filter
must be sized for a maximum face velocity of 300 ft per minute.
Filter Installation
IMPORTANT: When installing a filter, the airflow arrows on the
filter must point toward the circulator blower.
VENTING
Install the flue exhaust hood, screen and lower flue hood prior to
operation of the unit.
To install the flue hood cover, please refer to IO-653*, included in
the flue hood assembly box located in the blower compartment.
Flue Hood and Bug Screen Installation
A
B
C
E
A. Flue exhaust hood
B. Screen
C. Lower flue hood
12
D
D. Combustion air intake hood
E. Heat exchanger door
Condensate Drain Connection
A ³⁄₄" (1.9 cm) NPT drain connection is supplied for condensate
piping. An external trap must be installed for proper condensate
drainage.
Drain Connection
A
F
E
B
C
D
A. Drain connection
B. 2" (5.1 cm) minimum
C. 3" (7.6 cm) minimum
D. Positive liquid seal (required)
E. Flexible tubing, hose or pipe
F. Unit
NORMAL SEQUENCES OF
OPERATION
Heating
This unit is equipped with an ignition control that automatically
lights the main burner.
NOTE: Do not attempt to light the main burners by any other
method.
1. Thermostat calls for heat. The induced draft blower energizes
for a 15-second pre-purge.
2. The spark igniter and gas control valve energizes for
7 seconds.
NOTE: The igniter produces a very intense electrical spark
that ignites the gas.
3. The 30-second Heat Fan On delay time begins.
4. The unit delivers heat to the conditioned space until the
thermostat is satisfied.
5. The gas control valve de-energizes. The induced draft blower
continues operation for a 29-second post-purge.
6. Ignition control begins timing the Heat Fan Off delay. There is
an adjustable Heat Fan Off delay of approximately 120/135/
150 seconds (factory-set at 150). After the Heat Fan Off delay
time has elapsed, the blower will de-energize. This allows any
additional heat in the heat exchanger to be transferred to the
conditioned space.
Rollout Protection on Burner Bracket
Cooling
1. Thermostat calls for cooling. The compressor and outdoor
fan are energized.
2. Approximately 7 seconds later, the indoor fan starts.
3. The unit will deliver cooling to the conditioned space until the
thermostat is satisfied.
4. The compressor and outdoor fan will be de-energized when
the thermostat opens.
5. The indoor fan continues to run for approximately 60 seconds
after the thermostat is satisfied. This allows additional cooling
from the indoor coil to be transferred to the conditioned
space. Then, the indoor fan stops.
NOTE: A 180-second anti-short cycle is integral to the control
and prevents recycling of the compressor.
A
A. Rollout protection
Fan Only
1. Thermostat calls for Fan Only by energizing G.
2. Approximately 7 seconds later, the indoor fan starts.
3. The indoor fan continues to run for approximately 60 seconds
after G is de-energized.
START-UP, ADJUSTMENTS,
AND CHECKS
Heating Start-Up
Secondary Limit Control
The secondary limit control is located on the top of the blower
scroll assembly. This control opens when elevated temperatures
are sensed. Elevated temperatures at the control are normally
caused by blower failure. The reason for the opening should be
determined and repaired prior to resetting.
If the power to the unit is interrupted during the heating cycle, it
may cause the secondary limit control to trip. Once the blower
compartment temperature drops below the limit reset
temperature, the limit will automatically reset.
Secondary Limit Control
This unit is equipped with an electronic ignition device to
automatically light the main burners. It also has a power vent
blower to exhaust combustion products.
On new installations, or if a major component has been replaced,
the operation of the unit must be checked.
Check unit operation as outlined in the following instructions. If
any sparking, odors or unusual sounds are encountered, shut off
electrical power and recheck for wiring errors or obstructions in
or near the blower motors. Duct covers must be removed before
operating unit.
A
Heat Anticipator Setting
B
Set the heat anticipator on the room thermostat to 0.4 amps to
obtain the proper number of heating cycles per hour and to
prevent the room temperature from overshooting the room
thermostat setting.
A. Secondary limit control
B. Back of unit
Rollout Protection Control
The rollout protection device opens, cutting power to the gas
control valve, if the flames from the burners are not properly
drawn into the heat exchanger. The rollout protection device is
located on the burner bracket. The reason for elevated
temperatures at the control should be determined and repaired
prior to resetting this manual reset control.
WARNING
To avoid property damage, personal injury or death due
to fire or explosion, a qualifiedGoodman
servicer must 94
investigate
the reason for the rollout protection device to open
before manually resetting the rollout protection device.
Pre-Operation Checks
1.
2.
3.
4.
Close the manual gas shutoff valve external to the unit.
Turn off the electrical power supply to the unit.
Set the room thermostat to its lowest possible setting.
Remove the heat exchanger door on the side of the unit by
removing the screws.
IMPORTANT: This unit is equipped with an ignition device which
automatically lights the main burner. Do not try to light burner by
any other method.
5. Move the gas control valve switch to the OFF position.
NOTE: Do not force the switch to turn.
6. Wait 5 minutes to clear out any gas.
7. Check for a gas odor around the unit, including near the
ground because some types of gas are heavier than air.
13
IMPORTANT: If you have waited 5 minutes and you do smell
gas, immediately leave the building and call your gas supplier or
the fire department from a neighbor’s house.
8. If you have waited 5 minutes and there is no gas odor, move
the gas control valve switch to the On position.
9. Replace the heat exchanger door on the side of the unit.
10. Open the manual gas shutoff valve external to the unit.
11. Turn on the electrical power supply to the unit.
12. Set the thermostat to the desired setting.
The line pressure supplied to the gas control valve must be within
the range specified in the Inlet Gas Supply Pressure chart on the
next page. The supply pressure can be measured at the gas
control valve inlet pressure tap or at a hose fitting installed in the
gas piping drip leg. The supply pressure must be measured with
the unit Off. To measure inlet pressure, use the following
procedure.
Gas Control Valve—White-Rodgers 36G22
D
C
Gas Control Valve—White-Rodgers 36G22
E
A
C
A
B
F
A. Inlet
B. Inlet pressure tap
C. Pressure regulator—under cap screw
B
A. Inlet
B. On/Off selector switch
C. Outlet
Gas Control Valve—Honeywell VR8215 Single Stage
Gas Control Valve—Honeywell VR8215 Single Stage
C
B
C
A
B
A. Inlet
B. On/Off selector switch
C. Outlet
Gas Supply And Manifold Check
Gas supply pressure and manifold pressure with the burners
operating must be as specified on the rating plate.
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.
WARNING
HIGH VOLTAGE!
Disconnect ALL power before servicing.
Multiple power sources may be present.
Failure to do so may cause property damage,
personal injury or death.
14
D. Outlet pressure tap
E. Outlet
F. On/Off selector switch
D
E
A
F
A. Inlet
B. Inlet pressure tap
C. Pressure regulator—under cap screw
D. Outlet pressure tap
E. Outlet
F. On/Off selector switch
1. Turn off the gas supply to furnace at the manual gas shutoff
valve external to the furnace.
2. Turn off all electrical power to the system.
3. Inlet pressure tap connections:
■ Honeywell VR8215 valve: Remove the inlet pressure boss
plug. Install an ¹⁄₈" NPT hose barb fitting into the inlet
pressure tap.
■ White-Rodgers 36G22 valve: Back inlet pressure test
screw (inlet pressure boss) out one turn counterclockwise
(not more than one turn).
4. Attach a hose and manometer to the inlet pressure barb
fitting (Honeywell valve) or inlet pressure boss
(White-Rodgers valve).
5. Turn on the gas supply.
6. Turn on power and close thermostat R and W1 contacts to
provide a call for heat.
7. Using a leak detection solution or soap suds, check for leaks
at the outlet pressure boss plug (Honeywell valve) or screw
(White-Rodgers valve). Bubbles forming indicate a leak.
IMPORTANT: If a leak is detected, turn off gas immediately
and repair all leaks.
8. Measure the gas supply pressure with burners firing. Adjust
supply pressure using the Inlet Gas Supply Pressure chart. If
supply pressure reading differs from the chart, make
necessary adjustments to pressure regulator, gas piping size,
etc., and/or consult with local gas utility.
Inlet Gas Supply Pressure
Natural Gas
Minimum: 5.0" W.C. Maximum: 10.0" W.C.
Propane Gas
Minimum: 11.0" W.C. Maximum: 13.0" W.C.
9. Turn off all electrical power and gas supply to the system.
10. Remove the manometer hose from the hose barb fitting or
inlet pressure boss.
11. Replace inlet pressure tap:
■ Honeywell VR8215 valve: Remove the ¹⁄₈" NPT hose barb
fitting from the inlet pressure tap. Replace the inlet
pressure boss plug and seal with a high quality thread
sealer.
■
White-Rodgers 36G22 valve: Turn inlet pressure test
screw in to seal pressure port (clockwise, 7 in.-lb
minimum).
12. Retest for leaks.
IMPORTANT: If a leak is detected, turn off gas immediately
and repair all leaks.
13. Turn on electrical power and gas supply to the system.
14. Turn on valve switch.
Gas Manifold Pressure Measurement and
Adjustment
CAUTION
To prevent unreliable
operation
Goodman
65 or equipment damage,
the gas manifold pressure must be as specified on the
unit rating plate. Only minor adjustments should be made
by adjusting the gas control valve pressure regulator.
WARNING
HIGH VOLTAGE!
Disconnect ALL power before servicing.
Multiple power sources may be present.
Failure to do so may cause property damage,
personal injury or death.
1. Turn off the gas supply to furnace at the manual gas shutoff
valve external to the furnace.
2. Turn off all electrical power to the system.
3. Outlet pressure tap connections:
■ Honeywell VR8215 valve: Remove the outlet pressure
boss plug. Install an ¹⁄₈" NPT hose barb fitting into the
outlet pressure tap.
■ White-Rodgers 36G22 valve: Back outlet pressure test
screw (inlet/outlet pressure boss) out one turn
(counterclockwise, not more than one turn).
4. Attach a hose and manometer to the outlet pressure barb
fitting (Honeywell valve) or outlet pressure boss
(White-Rodgers valve).
5. Turn on the gas supply.
6. Turn on power and close thermostat R and W1 contacts to
provide a call for heat.
7. Using a leak detection solution or soap suds, check for leaks
at the outlet pressure boss plug (Honeywell valve) or screw
(White-Rodgers valve). Bubbles forming indicate a leak.
IMPORTANT: If a leak is detected, turn off gas immediately
and repair all leaks.
8. Measure the gas manifold pressure with burners firing.
9. Adjust manifold pressure using the Manifold Gas Pressure
chart.
Manifold Gas Pressure
Natural Gas
3.5" W.C.
Propane Gas
10.0" W.C.
10. Remove the regulator cover screw from the outlet pressure
regulator adjust tower.
11. Turn the screw clockwise to increase pressure or
counterclockwise to decrease pressure.
12. Replace the regulator cover screw.
13. Turn off all electrical power and gas supply to the system.
14. Remove the manometer hose from the hose barb fitting or
outlet pressure boss.
15. Replace the outlet pressure tap:
■ Honeywell VR8215 valve: Remove the ¹⁄₈" NPT hose barb
fitting from the outlet pressure tap. Replace the outlet
pressure boss plug and seal with a high quality thread
sealer.
■ White-Rodgers 36G22 valve: Turn the outlet pressure test
screw in to seal pressure port (clockwise, 7 in.-lb
minimum).
16. Turn on electrical power and gas supply to the system.
17. Close the thermostat contacts to provide a call for heat.
18. Using a leak detection solution or soap suds, check for leaks
at the outlet pressure boss plug (Honeywell valve) or screw
(White-Rodgers valve). Bubbles forming indicate a leak.
IMPORTANT: If a leak is detected, turn off gas immediately
and repair all leaks.
Gas Input Rate Check—Natural Gas Only
To measure Natural gas input, use a gas meter and proceed as
follows:
1. Turn off the gas supply to all other gas-burning appliances
except the furnace.
2. While the unit is operating, time and record one complete
revolution of the smallest gas meter dial.
3. Calculate the number of seconds per cubic foot (sec/ft3) of
gas being delivered to the furnace. If the dial is a one cubic
foot dial, divide the number of seconds recorded in Step 2 by
one. If the dial is a 2 cubic foot dial, divide the number of
seconds recorded in Step 2 by 2.
4. With the unit operating, time the smallest dial on the meter for
one complete revolution. If this is a 2 cubic foot dial, divide
the seconds by 2; if it is a 1 cubic foot dial, use the seconds
as is. This gives the seconds per cubic foot of gas being
delivered to the unit.
5. INPUT = GAS HTG VALUE x 3,600 / SEC. PER CUBIC FOOT
Example: Natural gas with a heating value of 1,000 Btu per
cubic foot and 34 seconds per cubic foot as determined by
Step 2, then:
Input = 1,000 x 3,600 / 34 = 106,000 Btu per Hour.
15
Some models are equipped with X-13 motors. X-13 motors are
constant torque motors with very low power consumption. This
motor is energized by 24V. Adjust the CFM for the unit by
changing the 24V low voltage leads to the speed terminal block
on the motor.
Heating-White Lead
■
T4—Low Speed
■
T2—Medium Speed
■
T5—High Speed
■
T3—High Speed
NOTE: Heating airflow must be adjusted to provide the
temperature rise shown on rating plate.
Limit Check
Check limit control operation after 15 minutes of operation by
blocking the return air grille(s).
1. After several minutes the main burners must go Off. Blower
will continue to run.
2. Remove air restrictions and main burners will relight after a
cool down period of a few minutes.
3. Adjust the thermostat setting below room temperature.
■ Main burners must go Off.
Circulating Air Blower will continue to run for 120, 135 or
150 seconds, depending on the setting.
10
11
5
8
2
11
2
6
9
12
3
12
3
9
6
K1
FS
C27
■
1
R10
R38
D3
C13
R8
R22
D9
R29
K2
D1
Z1
D10
L1
R34
R3
L1
R35
Check the temperature rise through the unit by placing
thermometers in supply and return air registers as close to the
unit as possible. Thermometers must not be able to sample
temperature directly from the unit heat exchangers, or false
readings could be obtained.
1. All registers must be open; all duct dampers must be in their
final (fully or partially open) position and the unit operated for
15 minutes before taking readings.
2. The temperature rise must be within the range specified on
the rating plate.
NOTE: Air temperature rise is the temperature difference
between supply and return air.
With a properly designed system, the proper amount of
temperature rise will normally be obtained when the unit is
operated at rated input with the recommended blower speed.
If the correct amount of temperature rise is not obtained, it may
be necessary to change the blower speed. A higher blower speed
will lower the temperature rise. A slower blower speed will
increase the temperature rise.
NOTE: Blower speed must be set to give the correct air
temperature rise through the unit as marked on the rating plate.
T1—Low Speed
R25
Temperature Rise Check
■
D5
Flames should be stable, soft and blue (dust may cause orange
tips but they must not be yellow) and extending directly outward
from the burner without curling, floating or lifting off.
Cooling-Yellow Lead
R31
Main Burner Flame Check
D7
NOTE: Btu content of the gas should be obtained from the
gas supplier. This measured input must not be greater than
shown on the unit rating plate.
6. Relight all other appliances turned off in Step 1. Be sure all
pilot burners are operating.
L2
UNUSED
C20
L2
K3
L2
D14
K4
R11
R42 D12
COOL
L2
D11
HEAT
R4
External Static Pressure Check
The total external static pressure must be checked on this unit to
determine if the airflow is proper.
R36
LED
Blower Speed Adjustments
WARNING
Goodman 117
To avoid personal injury or death due to electrical shock,
turn OFF power to the furnace before changing speed taps.
Refer to the wiring diagram in the Appendix to verify speed tap
settings.
For models equipped with PSC type motors, blower speeds are
to be changed at the ignition control board. Both heat speed and
cool speed terminals are supplied on the board along with
2 unused motor lead terminals.
16
1068-83-400A
NOTE: If necessary, adjust the Fan Off Delay settings to obtain
satisfactory comfort level.
WARNING
This unit must not be used as a “construction heater”
during the finishing phases of construction on a new
structure. This type of use may result in premature failure
of the unit due to extremely low return air temperatures
and exposure to corrosive or very dirty atmospheres.
UNIT SHUTDOWN
1. Set the thermostat to lowest setting.
2. Turn off the electrical power supply to the unit.
3. Remove the heat exchanger door on the side of the unit by
removing screws.
4. Move the gas control valve switch to the Off position.
NOTE: Do not force.
5. Close the manual gas shutoff valve external to the unit.
6. Replace the heat exchanger door on the unit.
7. If cooling and/or air circulation will be desired, turn on the
electrical power.
COOLING START-UP
NOTE: Check all manual reset limit controls in heating circuit if
cooling mode does not operate.
Compressor Protection Devices
The compressor includes components which are designed to
protect the compressor against abnormal operating conditions.
TROUBLESHOOTING
Ignition Control Error Codes
The following presents probable causes of questionable unit
operation. Refer to Diagnostic Indicator Chart for an
interpretation of the signal and to this section for an explanation.
Remove the control box access panel and note the number of
diagnostic LED flashes. Refer to Diagnostic Indicator Chart for an
interpretation of the signal and to this section for an explanation.
Abnormal Operation—Heating
Internal Control Failure
If the integrated ignition control in this unit encounters an internal
fault, it will go into a “hard” lockout and turn off the diagnostic
LED. If diagnostic LED indicates an internal fault, check the
power supply to the unit for the proper voltage, check all fuses,
circuit breakers and wiring. Disconnect electric power for
5 seconds. If LED remains off after restoring power, replace
control.
External Lockout
WARNING
To prevent personal injury or death, always disconnect
electrical power before inspecting or servicing the unit.
All compressor protection devices reset automatically,
energizing the contactor and outdoor fan.
Cooling Refrigerant Charging
Check unit charge before putting the cooling section into full
operation. The unit is factory charged with R-410A for nominal
airflow and static pressure conditions. The unit has a piston
flowrator expansion device.
To ensure the unit is properly charged for the intended
application, check the unit refrigerant superheat at the
compressor. The refrigerant superheat is a function of outdoor
ambient temperature and return air temperature of the
conditioned space. It is the installing contractors responsibility to
ensure the proper refrigerant superheat at the compressor is
adjusted for each application. For example, 10º refrigerant
superheat level is adequate for a 95ºF (35ºC) outdoor ambient
temperature and a 78ºF to 80ºF (26ºC to 27ºC) for indoor return
air temperature. As the outdoor ambient temperature rises, the
superheat decreases and as the outdoor ambient temperature
lowers the superheat increases. Proper superheat adjustment
optimizes cooling performance.
Cooling Operation
NOTE: Mechanical cooling cannot be reliably provided at
ambient temperatures below 50°F (10ºC).
1. Turn on the electrical power supply to the unit.
2. Place the room thermostat selector switch in the COOL
position (or AUTO if available, and if automatic changeover
from cooling to heating is desired).
3. Set the room thermostat to the desired temperature.
An external lockout occurs if the integrated ignition control
determines that a measurable combustion cannot be established
within 3 consecutive ignition attempts. If flame is not established
within the 7-second trial for ignition, the gas control valve is
de-energized, 15-second inter-purge cycle is completed, and
ignition is reattempted. The control will repeat this routine 3 times
if a measurable combustion is not established. The control will
then shut off the induced draft blower and go into a lockout state.
If flame is established but lost, the control will energize the
circulator blower at the heat speed and then begin a new ignition
sequence. If flame is established then lost on subsequent
attempts, the control will recycle for 4 consecutive ignition
attempts (5 attempts total) before locking out.
The diagnostic fault code is 1 flash for a lockout due to failed
ignition attempts or flame dropouts. The integrated control will
automatically reset after 1 hour, or it can be reset by removing the
thermostat signal or disconnecting the electrical power supply for
over 5 seconds. If the diagnostic LED indicates an external
lockout, perform the following checks:
■ Check the supply and manifold pressures.
■ Check the gas orifices for debris.
■ Check gas control valve for proper operation.
■ Check secondary limit.
A dirty filter, excessive duct static, insufficient airflow, a faulty
limit or a failed circulator blower can cause this limit to open.
Check filters, total external duct static, circulator blower
motor, blower motor speed tap (see wiring diagram) and limit.
An interruption in electrical power during a heating cycle may
also cause the auxiliary limit to open. The automatic reset
secondary limit is located on top of the circulator blower
assembly.
■ Check rollout limit.
If the burner flames are not properly drawn into the heat
exchanger, the flame rollout protection device will open.
Possible causes are restricted or blocked flue passages,
blocked or cracked heat exchanger, a failed induced draft
blower or insufficient combustion air. The rollout protection
device is a manual reset limit located on the burner bracket.
The cause of the flame rollout must be determined and
corrected before resetting the limit.
17
Check flame sensor.
A drop in flame signal can be caused by nearly invisible
coating on the sensor. Remove the sensor and carefully clean
with steel wool.
Check wiring.
Check wiring for opens/shorts and incorrect wiring.
IMPORTANT: If you have to frequently reset your gas/electric
package unit, it means that a problem exists that should be
corrected. Contact a qualified servicer for further information.
■
■
Pressure Switch Stuck Open
A pressure switch stuck open can be caused by a faulty pressure
switch, faulty wiring, a disconnected or damaged hose, a
blocked or restricted flue or a faulty induced draft blower.
If the control senses an open pressure switch during the prepurge
cycle, the induced draft blower only will be energized. If the
pressure switch opens after ignition has begun, the gas control
valve is de-energized, the circulator blower heat-off cycle begins,
and the induced draft blower remains on. The diagnostic fault
code is 2 flashes.
Pressure Switch Stuck Closed
A stuck closed pressure switch can be caused by a faulty
pressure switch or faulty wiring. If the control encounters a
pressure switch stuck closed, the induced draft blower remains
off. The diagnostic LED code for this fault is 3 flashes.
Open Thermal Protection Device
If the primary limit switch opens, the gas control valve is
immediately de-energized, and the induced draft and air
circulating blowers are energized. The induced draft and air
circulator blowers remain energized until the limit switch recloses.
The diagnostic fault code for an open limit is 4 flashes.
A primary limit will open due to excessive supply air
temperatures. This can be caused by a dirty filter, excessive duct
static, insufficient airflow or a faulty limit. Check filters, total
external duct static, blower motor, blower motor speed tap (see
wiring diagram) and limit. This limit will automatically reset once
the temperature falls below a preset level.
Flame Detected with Gas Control Valve Closed
If flame is detected with the gas control valve de-energized, the
combustion and air circulator blowers are energized. The
diagnostic fault code is 5 flashes for this condition. The control
can be reset by removing the power supply to the unit or it will
automatically reset after one hour. Incorrect wiring is the probable
cause for this fault.
Abnormal Operation—Cooling
Short Cycle Compressor Delay
The automatic ignition control has a built-in feature that prevents
damage to the compressor in short-cycling situations. In the
event of intermittent power losses or intermittent thermostat
operation, the ignition control will delay output to the compressor
contactor for 3 minutes from the time power is restored.
Compressor is off a total of 3 minutes. The diagnostic LED will
flash 6 times to indicate the compressor contactor output is
being delayed.
18
NOTE: Some electronic thermostats also have a built-in
compressor short-cycle timer that may be longer than the
3-minute delay given above. If you are using an electronic
thermostat and the compressor has not started after 3 minutes,
wait an additional 5 minutes to allow the thermostat to complete
its short-cycle delay time.
MAINTENANCE
WARNING
HIGH VOLTAGE!
Disconnect ALL power before servicing.
Multiple power sources may be present.
Failure to do so may cause property damage,
personal injury or death.
Have the gas heating section of the unit checked at least once a
year before the heating season begins to be sure that the
combustion air inlet and flue outlet hoods are not blocked by
debris, which would prevent adequate combustion air and a
properly operating vent system.
Filter Replacement or Cleaning
A return air filter is not supplied with this unit; however, there
must be a means of filtering all of the return air. The filter(s) may
be located in the return air duct(s) or return air filter grille(s).
Consult with your installing dealer for the actual location of the
return air filter(s) for your unit.
Dirty filters are the most common cause of inadequate heating or
cooling performance. Filter inspection should be made at least
every 2 months; more often if necessary because of local
conditions and usage.
Dirty throwaway filters should be discarded and replaced with a
new, clean filter. Dirty permanent filters should be washed with
water, thoroughly dried and sprayed with a filter adhesive before
being reinstalled. (Filter adhesives may be found at many
hardware stores.) Permanent filters should last several years.
However, should one become torn or uncleanable, it should be
replaced.
Cabinet Finish Maintenance
Use a fine grade automotive wax on the cabinet finish to maintain
the finish’s original high luster. This is especially important in
installations with extended periods of direct sunlight.
Clean Outside Coil—Qualified Servicer Only
The coil with the outside air flowing over it should be inspected
annually and cleaned as frequently as necessary to keep the
finned areas free of lint, hair and debris.
Condenser, Evaporator and Induced Drafter Motors
Bearings on the air circulating blower motor, condenser motor
and the combustion fan motor are permanently lubricated. No
additional oiling is required.
Flame Sensor—Qualified Servicer Only
A drop in the flame current can be caused by a nearly invisible
coating on the flame sensor. This coating, created by the fuel or
combustion air supply, can be removed by carefully cleaning the
flame sensor with steel wool.
NOTE: After cleaning, the microamp signal should be stable and
in the range of 4 to 6 microamps DC.
Main Burner Flame—Qualified Servicer Only
Flames should be stable, soft and blue (dust may cause orange
tips but must not be yellow). The flames must extend directly
outward from the burner without curling, floating or lifting off.
A
NOTE: Check the burner flames for good adjustment, stable, soft
and blue with no curling, floating or lifting off.
Burner Flame
A. Flame sensor
Flue Passages—Qualified Servicer Only
At the start of each heating season, inspect and, if necessary,
clean the unit flue passage.
Cleaning Flue Passages—Qualified Servicer Only
1. Shut off electric power and gas supply to the unit.
2. Remove burner assembly by disconnecting the gas line and
removing the manifold bracket from the partition panel.
3. Remove the flue from the induced draft blower and the
collector box cover from the partition panel.
4. The primary heat exchanger tubes can be cleaned using a
round wire brush attached to a length of high grade stainless
steel cable, such as drain cleanout cable. Attach a variable
speed reversible drill to the other end of the spring cable.
Slowly rotate the cable with the drill and insert it into one of
the primary heat exchanger tubes. While reversing the drill,
work the cable in and out several times to obtain sufficient
cleaning. Use a large cable for the large tube, and then repeat
the operation with a small cable for the smaller tube. Repeat
for each tube.
5. When all heat exchanger tubes have been cleaned, replace
the parts in the reverse order in which they were removed.
6. To reduce the chances of repeated fouling of the heat
exchanger, perform the steps listed in “Start-up, Adjustments
and Checks.”
WARNING
To avoid personal injury or death due to electrical shock,
do not remove any internal compartment covers or
attempt any adjustment. Contact a qualified servicer at
once if an abnormal flame should develop.
At least once a year, prior to or during the heating season, make a
visual check of the burner flames.
NOTE: This will involve removing and reinstalling the heat
exchanger door on the unit, which is held by 2 screws. If you are
uncertain about your ability to do this, contact a qualified
servicer. If a strong wind is blowing, it may alter the airflow
pattern within the unit enough that an inspection of the burner
flames is not possible.
Cleaning Burners
1. Shut off electric power and gas supply to the unit.
2. Remove the screws securing the manifold to the burner
retention bracket. Remove the manifold and rotate each
burner counterclockwise to remove.
Manifold Assembly
A
B
C
A. Burner bracket
B. Burner
C. Manifold
19
3. Remove the burners.
4. Use a bottle brush to clean burner insert and inside of the
burners.
5. Replace burners and manifold, inspect the burner assembly
for proper seating of burners in retention slots.
6. Reconnect electrical power and gas supply.
CAUTION
Always verify proper operation after servicing.
For further information on the yearly inspection, consult the User
Manual. It is recommended that a qualified servicer inspect and
service the unit at least once each year.
Turn the unit on at the thermostat. Wait a few minutes, since any
dislodged dust will alter the normal flame appearance. Flames
should be predominantly blue and directed into the tubes. They
should not be yellow. They should extend directly outward from
the burner ports without curling downward, floating or lifting off
the ports.
WARNING
Label all wires prior to disconnection when servicing
controls. Wiring errors can cause improper and dangerous
operation. Verify proper operation after servicing.
ACCESSORIES AND FUNCTIONAL PARTS
Functional Parts List
Sheet Metal Accessories
■
Additional accessories can be purchased to fit specific
application needs. Parts and instructions are available from your
distributor.
■
■
■
Functional Parts
■
■
Functional Parts List
■
■
■
■
■
■
■
Auxiliary Limit Switch
Blower Housing
Circulator Blower Motor
Blower Wheel
Burner
Capacitor
Compressor
■
■
■
■
■
■
■
Condenser Coil
Condenser Fan Blade
Condenser Fan Motor
Contactor
Gas Manifold
Evaporator Coil
■
■
■
■
■
Ignition Control
Induced Draft Blower
Pressure Switch
Pressure Switch Hose
Transformer
General Information
Flame Roll-out Switch
Flame Sensor
Gas Orifice
Gas Control Valve
Heat Exchanger
High Limit Switch
Igniter
■
■
■
Refer to the description in Functional Parts List when
ordering any of the listed functional parts. Be sure to provide
the unit model and serial numbers with the order.
Although only functional parts are shown, all sheet metal
parts, doors, etc., may be ordered by description.
Parts are available from your distributor.
APPENDIX
Blower Performance Data—Single Phase
Unit
Low
Med
High
Model
Static CFM
Watts Amps Rise
CFM
Watts Amps Rise
CFM
Watts Amps Rise
WGGE4324A045M
Rise Range:
30º to 60º
0.1
600
150
0.67
57
850
230
1.02
40
1,190
380
1.67
NR
0.2
570
140
0.65
60
830
220
1.00
41
1,140
360
1.62
NR
0.3
510
130
0.63
NR
765
215
0.97
45
1,080
350
1.58
32
0.4
450
125
0.61
NR
715
210
0.94
48
1,025
340
1.54
33
0.5
380
120
0.58
NR
660
205
0.90
52
975
330
1.38
35
0.6
---
---
---
NR
610
195
0.88
56
920
310
1.37
37
0.7
---
---
---
NR
---
---
---
NR
830
300
1.35
41
0.8
---
---
---
NR
---
---
---
NR
730
290
1.32
47
20
Unit
Low
Med
High
Model
Static CFM
Watts Amps Rise
CFM
Watts Amps Rise
CFM
Watts Amps Rise
WGGE4324A070M
Rise Range:
35º to 65º
0.1
600
150
0.67
NR
850
230
1.02
NR
1,190
380
1.67
43
0.2
570
140
0.65
NR
830
220
1.00
NR
1,140
360
1.62
45
0.3
510
130
0.63
NR
765
215
0.97
NR
1,080
350
1.58
47
0.4
450
125
0.61
NR
715
210
0.94
NR
1,025
340
1.54
50
0.5
380
120
0.58
NR
660
205
0.90
NR
975
330
1.38
52
0.6
---
---
---
NR
610
195
0.88
NR
920
310
1.37
56
WGGE4330A045M
Rise Range:
35º to 65º
WGGE4330A070M
Rise Range:
35º to 65º
WGGE4336A070M
Rise Range:
35º to 65º
WGGE4336A090M
Rise Range:
45º to 75º
0.7
---
---
---
NR
---
---
---
NR
830
300
1.35
62
0.8
---
---
---
NR
---
---
---
NR
730
290
1.32
NR
0.1
1,056
350
1.51
33
1,261
452
1.95
NR
1,370
509
2.23
NR
0.2
1,010
339
1.43
34
1,221
442
1.90
NR
1,310
492
2.13
NR
0.3
971
343
1.45
36
1.174
428
1.84
NR
1,262
489
2.09
NR
0.4
937
329
1.41
37
1,125
414
1.80
31
1,208
475
2.06
NR
0.5
878
318
1.27
39
1,063
398
1.70
32
1,140
453
1.93
30
0.6
811
306
1.29
43
1,004
380
1.66
34
1,081
440
1.90
32
0.7
723
291
1.21
48
919
368
1.59
38
1,006
425
1.88
34
0.8
545
259
1.10
NR
796
371
1.46
43
879
403
1.74
39
0.1
1,056
350
1.51
49
1,261
452
1.95
41
1,370
509
2.23
38
0.2
1,010
339
1.43
51
1,221
442
1.90
42
1,310
492
2.13
40
0.3
971
343
1.45
53
1.174
428
1.84
44
1,262
489
2.09
41
0.4
937
329
1.41
55
1,125
414
1.80
46
1,208
475
2.06
43
0.5
878
318
1.27
59
1,063
398
1.70
49
1,140
453
1.93
45
0.6
811
306
1.29
64
1,004
380
1.66
52
1,081
440
1.90
48
0.7
723
291
1.21
NR
919
368
1.59
56
1,006
425
1.88
NR
0.8
545
259
1.10
NR
796
371
1.46
65
879
403
1.74
NR
0.1
1,029
346
1.51
50
1,337
471
2.08
39
1,462
596
2.64
35
0.2
982
334
1.46
53
1,265
452
2.01
41
1,398
563
2.58
37
0.3
946
329
1.40
55
1,227
448
1.97
42
1,326
550
2.50
39
0.4
888
313
1.38
58
1,159
429
1.87
45
1,260
534
2.42
41
0.5
823
304
1.29
63
1,073
405
1.73
48
1,188
513
2.34
44
0.6
750
287
1.23
NR
1,008
393
1.71
51
1,090
496
2.22
47
0.7
668
271
1.16
NR
895
371
1.61
58
997
478
2.18
52
0.8
454
238
1.00
NR
760
346
1.49
68
852
454
2.12
61
0.1
1,029
346
1.51
50
1,337
471
2.08
NR
1,462
596
2.64
NR
0.2
982
334
1.46
53
1,265
452
2.01
NR
1,398
563
2.58
NR
0.3
946
329
1.40
55
1,227
448
1.97
NR
1,326
550
2.50
NR
0.4
888
313
1.38
58
1,159
429
1.87
45
1,260
534
2.42
NR
0.5
823
304
1.29
63
1,073
405
1.73
48
1,188
513
2.34
NR
0.6
750
287
1.23
NR
1,008
393
1.71
51
1,090
496
2.22
47
0.7
668
271
1.16
NR
895
371
1.61
58
997
478
2.18
52
0.8
454
238
1.00
NR
760
346
1.49
68
852
454
2.12
61
21
Unit
Low
Med
High
Model
Static CFM
Watts Amps Rise
CFM
Watts Amps Rise
CFM
Watts Amps Rise
WGGE4342A070M
Rise Range:
35º to 65º
0.1
1,100
340
1.55
46
1,450
480
2.15
35
1,575
585
2.64
NR
0.2
1,040
325
1.49
49
1,390
460
2.06
37
1,515
565
2.58
NR
0.3
1,000
320
1.44
51
1,300
445
1.98
39
1,430
550
2.50
36
0.4
925
305
1.38
55
1,215
425
1.89
42
1,340
525
2.42
38
0.5
860
290
1.32
59
1,115
395
1.79
46
1,240
505
2.34
41
0.6
800
275
1.22
64
1,030
375
1.71
50
1,130
465
2.22
45
0.7
690
255
1.16
NR
945
350
1.60
54
1,010
450
2.18
51
0.8
---
---
---
NR
860
335
1.54
59
910
430
2.12
56
0.1
1,100
340
1.55
62
1,450
480
2.15
47
1,575
585
2.64
NR
0.2
1,040
325
1.49
66
1,390
460
2.06
49
1,515
565
2.58
45
0.3
1,000
320
1.44
68
1,300
445
1.98
52
1,430
550
2.50
48
0.4
925
305
1.38
74
1,215
425
1.89
56
1,340
525
2.42
51
0.5
860
290
1.32
NR
1,115
395
1.79
61
1,240
505
2.34
55
0.6
800
275
1.22
NR
1,030
375
1.71
66
1,130
465
2.22
60
0.7
690
255
1.16
NR
945
350
1.60
72
1,010
450
2.18
67
0.8
---
---
---
NR
860
335
1.54
NR
910
430
2.12
75
WGGE4342A070M
Rise Range:
45º to 75º
Unit
T1 Heating Speed
T2 Heating Speed
T3 Heating Speed
Model
Static CFM
Watts Amps Rise CFM
Watts
Amps Rise
CFM
Watts
Amps Rise
WGGE4348A070M
Rise Range:
35º to 65º
0.1
---
---
---
---
---
---
---
---
---
---
---
---
0.2
914
125
1.07
56
1,105
186
1.56
46
1,397
323
2.57
NR
0.3
822
134
1.14
62
1,024
193
1.60
50
1,346
331
2.67
NR
0.4
733
140
1.20
69
967
202
1.65
53
1,288
342
2.76
NR
0.5
664
150
1.26
NR
884
214
1.76
58
1,273
352
2.82
NR
0.6
606
154
1.28
NR
816
220
1.75
62
1,178
359
2.88
NR
0.7
584
162
1.32
NR
769
230
1.85
66
1,120
369
2.97
45
0.8
551
164
1.34
NR
698
236
1.89
73
1,057
381
3.09
48
Unit
T4 Cooling Speed
22
T5 Cooling Speed
Static CFM
Watts Amps CFM Watts Amps
0.1
---
---
---
---
0.2
1,593
449
3.55
1,669 532
4.22
0.3
1,545
463
3.69
1,654 239
4.25
0.4
1,506
476
3.82
1,610 551
4.30
0.5
1,448
481
3.87
1,545 557
4.36
0.6
1,400
493
3.95
1,512 566
4.41
0.7
1,341
502
4.00
1,433 578
4.59
0.8
1,289
511
4.11
1,392 591
4.65
---
---
Unit
T1 Heating Speed
T2 Heating Speed
T3 Heating Speed
Model
Static CFM
Watts Amps Rise CFM
Watts
Amps Rise
CFM
Watts
Amps Rise
WGGE4348A090M
Rise Range:
45º to 75º
0.1
---
---
---
---
---
---
---
---
---
---
---
---
0.2
914
125
1.07
75
1,105
186
1.56
62
1,397
323
2.57
49
0.3
822
134
1.14
NR
1,024
193
1.60
67
1,346
331
2.67
51
0.4
733
140
1.20
NR
967
202
1.65
71
1,288
342
2.76
53
0.5
664
150
1.26
NR
884
214
1.76
NR
1,273
352
2.82
54
0.6
606
154
1.28
NR
816
220
1.75
NR
1,178
359
2.88
58
0.7
584
162
1.32
NR
769
230
1.85
NR
1,120
369
2.97
61
0.8
551
164
1.34
NR
698
236
1.89
NR
1,057
381
3.09
65
Unit
T4 Cooling Speed
T5 Cooling Speed
Static CFM
Watts Amps CFM Watts Amps
0.1
---
---
---
---
0.2
1,593
449
3.55
1,669 532
4.22
0.3
1,545
463
3.69
1,654 239
4.25
0.4
1,506
476
3.82
1,610 551
4.30
0.5
1,448
481
3.87
1,545 557
4.36
0.6
1,400
493
3.95
1,512 566
4.41
0.7
1,341
502
4.00
1,433 578
4.59
0.8
1,289
511
4.11
1,392 591
4.65
Unit
T1 Heating Speed
---
---
T2 Heating Speed
T3 Heating Speed
Model
Static CFM
Watts Amps Rise CFM
Watts
Amps Rise
CFM
Watts
Amps Rise
WGGE4348A115M
Rise Range:
45º to 75º
0.1
---
---
---
---
---
---
---
---
---
---
---
---
0.2
914
125
1.07
NR
1,105
186
1.56
77
1,397
323
2.57
49
0.3
822
134
1.14
NR
1,024
193
1.60
NR
1,346
331
2.67
51
0.4
733
140
1.20
NR
967
202
1.65
NR
1,288
342
2.76
53
0.5
664
150
1.26
NR
884
214
1.76
NR
1,273
352
2.82
54
0.6
606
154
1.28
NR
816
220
1.75
NR
1,178
359
2.88
58
0.7
584
162
1.32
NR
769
230
1.85
NR
1,120
369
2.97
61
0.8
551
164
1.34
NR
698
236
1.89
NR
1,057
381
3.09
65
Unit
T4 Cooling Speed
T5 Cooling Speed
Static CFM
Watts Amps CFM Watts Amps
0.1
---
---
---
---
0.2
1,593
449
3.55
1,669 532
4.22
0.3
1,545
463
3.69
1,654 239
4.25
0.4
1,506
476
3.82
1,610 551
4.30
0.5
1,448
481
3.87
1,545 557
4.36
0.6
1,400
493
3.95
1,512 566
4.41
0.7
1,341
502
4.00
1,433 578
4.59
0.8
1,289
511
4.11
1,392 591
4.65
---
---
23
Unit
T1 Heating Speed
T2 Heating Speed
T3 Heating Speed
Model
Static CFM
Watts Amps Rise CFM
Watts
Amps Rise
CFM
Watts
Amps Rise
WGGE4360A090M
Rise Range:
45º to 75º
0.1
1,125
162
1.44
61
1,466
315
2.67
47
1,780
496
3.33
NR
0.2
1,049
168
1.53
65
1,384
322
2.74
50
1,730
506
3.89
NR
0.3
1,000
178
1.60
69
1,347
329
2.78
51
1,664
520
4.01
NR
0.4
910
184
1.64
75
1,291
341
2.83
53
1,608
526
4.03
NR
0.5
857
197
1.75
NR
1,237
350
2.90
55
1,568
532
4.12
NR
0.6
809
201
1.83
NR
1,185
362
3.05
58
1,515
546
4.14
45
0.7
739
207
1.86
NR
1,134
369
3.09
60
1,477
552
4.18
46
0.8
703
218
1.96
NR
1,087
382
3.21
63
1,422
562
4.23
48
Unit
T4 Cooling Speed
T5 Cooling Speed
Static CFM
Watts Amps CFM Watts Amps
0.1
1,942
649
4.83
2,067 792
5.81
0.2
1,883
657
4.87
2,030 811
5.85
0.3
1,859
670
4.96
1,982 814
5.88
0.4
1,827
675
4.97
1,909 808
5.86
0.5
1,749
683
4.99
1,842 798
5.85
0.6
1,706
693
5.10
1,789 772
5.65
0.7
1,655
703
5.12
1,703 763
5.58
0.8
1,588
705
5.11
1,618 732
5.29
Unit
T1 Heating Speed
T2 Heating Speed
T3 Heating Speed
Model
Static CFM
Watts Amps Rise CFM
Watts
Amps Rise
CFM
Watts
Amps Rise
WGGE4360A115M
Rise Range:
45º to 75º
0.1
1,125
162
1.44
NR
1,466
315
2.67
58
1,780
496
3.33
48
0.2
1,049
168
1.53
NR
1,384
322
2.74
62
1,730
506
3.89
49
0.3
1,000
178
1.60
NR
1,347
329
2.78
63
1,664
520
4.01
51
0.4
910
184
1.64
NR
1,291
341
2.83
66
1,608
526
4.03
53
0.5
857
197
1.75
NR
1,237
350
2.90
69
1,568
532
4.12
54
0.6
809
201
1.83
NR
1,185
362
3.05
72
1,515
546
4.14
56
0.7
739
207
1.86
NR
1,134
369
3.09
NR
1,477
552
4.18
58
0.8
703
218
1.96
NR
1,087
382
3.21
NR
1,422
562
4.23
60
Unit
T4 Cooling Speed
24
T5 Cooling Speed
Static CFM
Watts Amps CFM Watts Amps
0.1
1,942
649
4.83
2,067 792
5.81
0.2
1,883
657
4.87
2,030 811
5.85
0.3
1,859
670
4.96
1,982 814
5.88
0.4
1,827
675
4.97
1,909 808
5.86
0.5
1,749
683
4.99
1,842 798
5.85
0.6
1,706
693
5.10
1,789 772
5.65
0.7
1,655
703
5.12
1,703 763
5.58
0.8
1,588
705
5.11
1,618 732
5.29
Unit
T1 Heating Speed
T2 Heating Speed
T3 Heating Speed
Model
Static CFM
Watts Amps Rise CFM
Watts
Amps Rise
CFM
Watts
Amps Rise
WGGE4360A140M
Rise Range:
45º to 75º
0.1
1,125
162
1.44
NR
1,466
315
2.67
71
1,780
496
3.33
59
0.2
1,049
168
1.53
NR
1,384
322
2.74
NR
1,730
506
3.89
60
0.3
1,000
178
1.60
NR
1,347
329
2.78
NR
1,664
520
4.01
63
0.4
910
184
1.64
NR
1,291
341
2.83
NR
1,608
526
4.03
65
0.5
857
197
1.75
NR
1,237
350
2.90
NR
1,568
532
4.12
67
0.6
809
201
1.83
NR
1,185
362
3.05
NR
1,515
546
4.14
69
0.7
739
207
1.86
NR
1,134
369
3.09
NR
1,477
552
4.18
71
0.8
703
218
1.96
NR
1,087
382
3.21
NR
1,422
562
4.23
74
Unit
T4 Cooling Speed
T5 Cooling Speed
Static CFM
Watts Amps CFM Watts Amps
0.1
1,942
649
4.83
2,067 792
5.81
0.2
1,883
657
4.87
2,030 811
5.85
0.3
1,859
670
4.96
1,982 814
5.88
0.4
1,827
675
4.97
1,909 808
5.86
0.5
1,749
683
4.99
1,842 798
5.85
0.6
1,706
693
5.10
1,789 772
5.65
0.7
1,655
703
5.12
1,703 763
5.58
0.8
1,588
705
5.11
1,618 732
5.29
NOTES:
■ NR = Heating Temperature Rise Not Recommended
■
The Shaded area indicates ranges in excess of maximum
external static pressure allowable when heating. For
satisfactory operation, external static pressure should not
exceed 0.5" W.C.
Ignition Control Diagnostic Indicator Chart
Refer to “Abnormal Operation—Heating” and “Abnormal Operation—Cooling” sections of this manual.
Light Signal
Equipment Status
Check
Off
No power or internal control failure
Check input power, fuse on control and/or replace
control.
1 flash
Ignition failure, open rollout switch or open
auxiliary limit switch
Check gas flow, gas pressure, gas control valve, flame
sensor or flame rollout. Check for a bad switch or open
auxiliary limit.
2 flashes
Pressure switch open
Check pressure switch.
3 flashes
Pressure switch closed without inducer on
Check pressure switch.
4 flashes
Thermal protection device open
Check main limit open or bad switch.
5 flashes
Flame detected with gas control valve closed
Check for sticking gas control valve.
6 flashes
Short cycle compressor delay (cooling only)
Check 3-minute compressor anti-cycle timer.
25
Heating Timing Chart
100%
Circulator On
Blower
Off
Gas Control Valve
On
Off
Igniter
On
Off
Induced Draft On
Blower Off
Thermostat
Seconds
On
Off
0
15
22
45
52
0
29
120, 135, 150
Cooling Timing Chart
100%
Circulator On
Blower Off
Outdoor Fan On
and
Compressor Off
Thermostat
Seconds
26
On
Off
0
7
30
0
60
Unit Dimensions—Side
Unit Dimensions
Unit Dimensions—Rear
A
D
B
A
E
F
B
C
G
J
C
G
D
H
H
I
F
I
F
L
E
J
X
W
K
L
V
K
U
T
M
R
S
N
O
P
Q
A. 47" (119.4 cm)
B. 51" (129.5 cm)
C. 18⁷⁄₁₆" (46.8 cm)
D. Medium: 9¹⁄₂"
(24.2 cm), large: 14"
(35.6 cm)
E. 7¹⁵⁄₁₆" (20.2 cm)
F. 16" (40.6 cm)
G. 1³⁄₈" (3.5 cm)
H. 5¹⁄₂" (14 cm)
I. Medium: 32" (81.3 cm),
large: 40" (101.6 cm)
J. 2³⁄₄" (7 cm)
R. 4³⁄₄" (12.1 cm)
K. Air return
S. Gas supply entrance
L. Medium: 16"
T. Condensate drain
(40.6 cm), large:
connection—³⁄₄"
18" (45.7 cm)
(1.9 cm) NPT female
M. Air supply
U. Heat exchange
access panel
N. 3" (7.6 cm)
V. Flue exhaust hood
O. Evaporator/
W. Combustion air inlet
control panel
access panel
X. Suction/liquid
pressure ports
P. 16¹⁄₈" (40.9 cm)
behind compressor
Q. 19¹⁄₈" (48.6 cm)
access panel
A. Center of gravity
B. 20" (50.8 cm)
C. 24" (61 cm)
D. Power supply wire
entrance
E. 7⁵⁄₁₆" (17.6 cm)
F. 7⁷⁄₈" (30 cm)
G. Control wire entrance
H. Flue exhaust hood
I. Control access
panel
J. 5¹⁄₄" (13.3 cm)
K. Combustion air
intake
Minimum Clearances
NOTE: Roof overhang should be no more than 36" (91.4 cm).
A
Unit Dimensions—Inside
A
B
D
C
B
E
F
B
A. 48" (121.9 cm) minimum
B. 12" (30.5 cm) minimum
C. 36" (91.4 cm) minimum service access
D. 3" (7.6 cm) minimum
B
E
D
C
A. Blower access panel
B. 22" (55.9 cm)
C. Air return
D. Air supply
E. 11" (27.9 cm)
F. 5³₄" (14.6 cm)
27
Wiring Diagram—WGGE4324, 30, 36, 42
WARNING
HIGH VOLTAGE!
Disconnect ALL power before servicing.
Multiple power sources may be present.
Failure to do so may cause property damage, personal injury or death.
R
Y
R
BK
PR
GND
BK
S R C
T2
T1
BU
BU
BK
R
BU
COMP
BU
BK
L1
BK
CC
Y
L2
BK
BK
Crankcase Heater (optional)
Connected at L1, L2
Crankcase Heater (optional)
PR
BR
Power Supply
208 to 230/1/60
BK
1
C
PR
2
208
3
240
BK
TR A N S
CM
For 208 volt transformer operation,
move the black wire from Terminal
3 to Terminal 2 on transformer.
24 V
For different than factory speed tap, change cooling
speed at Cool Terminal (IIC) and change heating speed
at Heat Terminal (IIC).
PR (L 2)
BU
High
BR
BU/PK
R
IMPORTANT:
HPS
BR
BU/PK
GY
1 2 3 4 5
EM
PR
BU
R
EM
Medium
BK
PR
LS
BR
Low
R
R
CAP 2
3 speed
optional
R
Y
CAP. 2
BU
Alternate 3 speed motor
BK
PR
4 speed motor
BK - High Speed
BU - Medium High Speed
Y (4-speed motor only) - Medium Low Speed
R - Low Speed
Y
BU
Y
Y
R
ALS
PR
BK
BK
PS
Y
PR
Y
Accessory economizer plug
(on select models) adjacent
to blower
RS
housing in
return air
compartment.
EC O N
G
PL
Y
3
6
2
5
1
4
Y
BU
PR
PR
Y
PR
MV
BU
MV
R
PR
Y
IIC
W
BU
G
GV
GV
BU
FS
Honeywell Gas
Control Valve
(alternate)
White-Rodgers
Gas Control Valve
VM
IG N
FS
R
PR
OR
Y/Y2 Y1
C R
W
G
To THC
see THC Field Wiring Diagram
OR
R
PR
BU
R
Y
R
R
BK
PR
PR
For different than factory
speed tap, change cooling
speed at Cool Terminal (IIC)
and change heating speed
at Heat Terminal (IIC).
BK - High Speed
BU - Medium High Speed
YY (4-speed motor only) - Medium Low Speed
R - Low Speed
BR
Y
28
CAP 1
F
H
C
R
Wiring is subject to change.
Always refer to the wiring
diagram on the unit for the
most up-to-date wiring.
Replacement wire must be
the same size and type of
insulation as original (use
copper conductor only).
Wiring Diagram—WGGE4324, 30, 36, 42
WARNING
HIGH VOLTAGE!
Disconnect ALL power before servicing.
Multiple power sources may be present.
Failure to do so may cause property damage, personal injury or death.
L1
L2
Supply Voltage
208 -230 /1/6 0
For different than factory
speed tap, change cooling
speed at Cool Terminal (IIC)
and change heating speed
at Heat Terminal (IIC).
Crankcase Heater (optional)
CC
T2
R
T1
L1
C COMP
L2
C
CC
H CAP 1
S
L1
L1
C
H
L1
D1
CM
(High)
(Low)
EM
L2
TRANS
1
IGN
Fuse
FS
L2
Some models have vent motors
equipped with a 230V lead (red)
and a 208V (black). If equipped,
connect vent motor black lead in
L2 place of the red lead
at IIC (DI) for 208V
operation.
2
For 208 volt transformer operation,
move the black wire from Terminal
3 to Terminal 2 on transformer.
VM
L1
BK - High Speed
BU - Medium High Speed
Y (4-speed motor only) - Medium Low Speed
R - Low Speed
CAP 2
F
FS
THC Field Wiring Diagram
THC - No Economizer
W
W
G
G
R
R
Y
Y
BU
C
4
LS
5
2-Stage Cooling
ALS
RS
3
GV
II C
6
PS
8
ECON
9
7
HPS
10
12
CC
11
W
W
G
G
R
R
PR
Y1
Y
Y2
BU
C
ALS
CAP
COMP
CM
CC
CH
EM
FS
GV
IIC
IGN
LS
PL
PS
RS
THC
TRANS
VM
BK
BU
BR
G
OR
PK
PR
R
W
Y
Auxillary Limit Switch
Capacitor
Compressor
Condenser Motor
Contactor
Crankcase Heater
Evaporator Motor
Flame Sensor
Gas Control Valve
Integrated Ignition Control
Igniter
Limit Switch
Plug
Pressure Switch
Rollout Switch
Thermostat Heat and Cool
Transformer
Vent Motor
Black
Blue
Brown
Green
Orange
Pink
Purple
Red
White
Yellow
Wire Splice
Marked Terminal
Unmarked Terminal
Line Voltage
Low Voltage
Field Installed Power
Field Installed Control
IMPORTANT:
6
5 4
3
2
PL
R
G
W
Y1
Y/Y2
C
1
To THC
See THC Field Wiring Diagram
Accessory economizer plug (on select models) adjacent
to blower housing in return air compartment.
Wiring is subject to change.
Always refer to the wiring
diagram on the unit for the
most up-to-date wiring.
Replacement wire must be
the same size and type of
insulation as original (use
copper conductor only).
29
Wiring Diagram—WGGE4348, 60
WARNING
Goodman 6 Long
HIGH VOLTAGE!
Disconnect ALL power before servicing.
Multiple power sources may be present.
Failure to do so may cause property damage, personal injury or death.
NOTE: Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring.
Y
R
R
BK
PR
S R
BK
C
T1
T2
GND
BU
Y
BU
BK
COMP
L1
BK
L2
C
Crankcase Heater Optional
Crankcase Heater
Optional
BK
PR
Connected At L1, L2
Crankcase heater not
supplied on all units.
BK
BK
BU BK BK BK
Power Supply
208-230/1/60
Use copper conductors only.
††Use NEC Class 2 wire.
PR PR
BR
PR
For 208-volt transformer
operation, move black wire
from Terminal 3 to Terminal 2
on transformer.
BK
CM
HPS
BU/PK
BU/PK
C
3
240
3
4
TR
PR
LS
L G N
2
24V
R
G
BU
2
208
1
C
BK
1
BU
VMR
R
BU BU BU
R
R
R
PR
Y
W
EM
T1 T2 T3 T4 T5
R
C22
T1
P2
Speed-Up
OR
150
P3
ALS
135
FUSE 3 AMP MAX
120
8
11
9
12
6
7
3
10
2
5
PR
Y
Y
Y
W
BU
G
5
1
4
Y
BU
Y
BU
Honeywell
Gas Control Valve
(alternate)
MV
PR
Y
R W
BU
G
BU BU
Unused Heat Cool
PR
PR
R
W
BU
R
L1
White Rodgers
Gas Control Valve
2
L2
Accessory economizer
plug (on select models)
adjacent to
PRblower housing
in return air
compartment
6
DI
PLF
Y
3
FS
RS
BU
OR R
W
R
BR
Y
G
4
Y
Y
R
1
PS
R
BU
F1
P1
R
PR
EC O N
PR
Break For Two Stage Compressor
Y
T2
W
Mount
Screw
Required
For different than factory speed tap,
change cooling speed at Motor T4 and
T5 terminals. Change heating speed at
Motor T2, T2 and T3 terminals.
Cooling Speed (Yellow Wire)
T4 Low Speed
T5 High Speed
Heating Speed (White Wire)
T1 Low Speed
T2 Medium Speed
T3 High Speed
L1 and L2 on
ICC control is
24V input.
IIC
GV
GV
BU
MV
Y/Y2 Y1
C
R W G
BU
To Thermostat
VM
FS
R
IGN
OR
R
Y
W
PR
R
RCCF
PR
BU
F
H
C
R
Y
W
BR
30
BR
Y
R
Y
Wiring Diagram—WGGE4348, 60
WARNING
Goodman 6 Long
HIGH VOLTAGE!
Disconnect ALL power before servicing.
Multiple power sources may be present.
Failure to do so may cause property damage, personal injury or death.
NOTE: Wiring is subject to change. Always refer to the wiring diagram on the unit for the most up-to-date wiring.
IMPORTANT:
Crankcase heater not
supplied on all units.
Wiring is subject to change.
Always refer to the wiring
diagram on the unit for the
most up-to-date wiring.
Replacement wire must be
the same size and type of
insulation as original (use
copper conductor only).
For 208-volt transformer operation, move
black wire from Terminal 3 to Terminal 2
on transformer.
L1 and L2 on ICC control is 24V input.
L1 and L2 on ICC control is 24V input.
HPS
Placeholder for
ALS
COMP
CM
C
CH
EM
F
FC
FS
GND
GV
IIC
IGN
LS
PLF
PS
RS
TR
VM
VMR
Auxillary Limit Switch
Compressor
Condenser Motor
Contactor
Crankcase Heater
Evaporator Motor
Fuse
Fan Capacitor
Flame Sensor
Equipment Ground
Gas Control Valve
Integrated Ignition Control
Igniter
Limit Switch
Female Plug/Connector
Pressure Switch
Rollout Switch
Transformer
Vent Motor
Vent Motor Relay
BK
BU
BR
G
OR
PK
PR
R
W
Y
Black
Blue
Brown
Green
Orange
Pink
Purple
Red
White
Yellow
Wire Splice
Marked Terminal
Unmarked Terminal
Line Voltage
Low Voltage
Field Installed Power
Field Installed Control
Accessory economizer
plug (on select models)
adjacent
to blower housing
Wiring
Diagram
in return air compartment
Thermostat Field Wiring ++
2-Stage Cooling With Economizer
No Economizer
Y/Y2
++
Use NEC
Class 2 wire
W
G
R
W
G
R
Y
Y
BU
C
W
W
G
G
R
R
PR
Y1
Y
Y2
BU
C
31
ASSISTANCE OR SERVICE
If you need further assistance, you can write to the below
address with any questions or concerns:
Tradewinds Distributing Company, LLC
14610 Breakers Drive
Jacksonville, FL 32258
WPIO-357A
© 2010. All rights reserved.
Please include a daytime phone number in your correspondence.
Or call toll free: 1-866-944-7575.
®Registered Trademark/TM Trademark of Whirlpool, U.S.A.,
Manufactured under license by Tradewinds Distributing Company, LLC, Jacksonville, Florida.
Warranty provided by manufacturer. All other trademarks are owned by their respective companies.
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Printed in U.S.A.