Goodman IO-259U User manual
CONDENSING UNIT
is a registered trademark of Maytag Corporaon or its related companies and is used under license. All rights reserved.
© 2005-2021
www.goodmanmfg.com -or- www.amana-hac.com
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.
WARNING
WARNING
Scroll equipped units should never be used to evacuate
the air conditioning system. Vacuums this low can cause
internal electrical arcing resulting in a damaged or failed
compressor.
Always keep the unit upright; laying the unit on its side
or top may cause equipment damage. Shipping damage,
and subsequent investigation is the responsibility of
the carrier. Verify the model number, specications,
electrical characteristics, and accessories are correct
prior to installation. The distributor or manufacturer will not
accept claims from dealers for transportation damage or
installation of incorrectly shipped units.
This product is designed and manufactured to comply
with national codes. Installation in accordance with such
codes and/or prevailing local codes/regulations is the
responsibility of the installer. The manufacturer assumes
no responsibility for equipment installed in violation of any
codes or regulations. Rated performance is achieved after
72 hours of operation. Rated performance is delivered at
the specied airow. See outdoor unit specication sheet
for split system models or product specication sheet for
packaged and light commercial models. Specication
sheets can be found at www.goodmanmfg.com for
Goodman® brand products or www.amana-hac.com for
Amana® brand products. Within either website, please
select the residential or commercial products menu and
then select the submenu for the type of product to be
installed, such as air conditioners or heat pumps, to access
a list of product pages that each contain links to that
model’s specication sheet.
Should you have any questions please contact the local
oce of the EPA.
If replacing a condensing unit or air handler, the system
must be manufacturer approved and Air Conditioning,
Heating and Refrigeration Institute (AHRI) matched.
Installation of unmatched systems is not allowed.
Outdoor units are approved for operation above 55°F in
cooling mode. Operation below 55°F in cooling mode
requires the use of an approved low ambient kit.
Operating the unit in a structure that is not complete (either
as part of new construction or renovation) will void the
warranty.
2
Special consideration must be given to location of the
condensing unit(s) in regard to structures, obstructions,
other units, and any/all other factors that may interfere with
air circulation. Where possible, the top of the unit should
be completely unobstructed; however, if vertical conditions
require placement beneath an obstruction
The specied dimensions meet
requirements for air circulation only. Consult all appropriate
regulatory codes prior to determining nal clearances.
Another important consideration in selecting a location for
the unit(s) is the angle to obstructions. Either side adjacent
the valves be placed toward the structure provided the
side away from the structure maintains minimum service
clearance. Corner installations are strongly discouraged.
CC
CC
NOT
B B B
B
B C
10" 10" 18" 20"
12" 12" 18" 24"
This unit can be located at ground oor level or on at
roofs. At ground oor level, the unit must be on a solid,
level foundation that will not shift or settle. To reduce the
possibility of sound transmission, the foundation slab
should not be in contact with or be an integral part of the
building foundation. Ensure the foundation is sucient to
support the unit. A concrete slab raised above ground level
provides a suitable base.
If it is necessary to install this unit on a roof structure,
ensure the roof structure can support the weight and that
proper consideration is given to the weather-tight integrity
of the roof. Since the unit can vibrate during operation,
sound vibration transmission should be considered when
installing the unit. Vibration absorbing pads or springs can
be installed between the condensing unit legs or frame and
the roof mounting assembly to reduce noise vibration.
In more severe weather locations, it is recommended that
the unit be elevated to allow unobstructed drainage and air
ow. The following elevation minimums are recommended:
Design Temperature
Suggested Minimum Elevation
+15° and above
2 1/2"
-5° to +14°
8"
below -5°
12"
While these items will not cover every conceivable
situation, they should serve as a useful guide.
WARNING
WARNING
•
•
•
•
3
WARNING
•
•
•
•
WARNING
•
•
•
CAUTION
Use only refrigerant grade (dehydrated and sealed)
copper tubing to connect the condensing unit with the
indoor evaporator. After cutting the tubing, install plugs to
keep refrigerant tubing clean and dry prior to and during
installation. Tubing should always be cut square keeping
ends round and free from burrs. Clean the tubing to
prevent contamination.
Do NOT let refrigerant lines come in direct contact with
plumbing, ductwork, oor joists, wall studs, oors, and
walls. When running refrigerant lines through a foundation
or wall, openings should allow for sound and vibration
absorbing material to be placed or installed between tubing
and foundation. Any gap between foundation or wall and
refrigerant lines should be lled with a pliable silicon-
based caulk, RTV or a vibration damping material. Avoid
suspending refrigerant tubing from joists and studs with
rigid wire or straps that would come in contact with the
tubing. Use an insulated or suspension type hanger. Keep
both lines separate and always insulate the suction line.
These sizes are recommended for line lengths of 79 feet
or less to obtain optimum performance. For alternate line
sizing options or runs of more than 79 feet, refer to TP-107
R-410A Long Line Set Application Guidelines or contact
your distributor for assistance.
Cond
Unit
Tons Suct Liq Suct Liq Suct Liq
1 1/2 5/8 1/4 3/4 3/8 3/4 3/8
25/8 1/4 3/4 3/8 3/4 3/8
2 1/2 5/8 1/4 3/4 3/8 7/8 3/8
33/4 3/8 7/8 3/8 1 1/8 3/8
3 1/2 7/8 3/8 1 1/8 3/8 1 1/8 3/8
47/8 3/8 1 1/8 3/8 1 1/8 3/8
57/8 3/8 1 1/8 3/8 1 1/8 3/8
*
Lines greater than 79 f eet in length or v ertical elev ation changes more than
50 f eet refer to - - or
Insulation is necessary to prevent condensation from
forming and dropping from the suction line. Armex (or
satisfactory equivalent) with 3/8” min. wall thickness is
recommended. In severe conditions (hot, high humidity
areas) 1/2” insulation may be required. Insulation must be
installed in a manner which protects tubing from damage
and contamination.
4
Where possible, drain as much residual compressor oil
from existing systems, lines, and traps; pay close attention
to low areas where oil may collect. NOTE: If changing
refrigerant types, ensure the indoor coil and metering
device is compatible with the type of refrigerant being used;
otherwise, the indoor coil must be replaced.
If burying refrigerant lines can not be avoided, use the
following checklist.
1. Insulate liquid and suction lines separately.
2. Enclose all underground portions of the refrigerant
lines in waterproof material (conduit or pipe) sealing
the ends where tubing enters/exits the enclosure.
3. If the lines must pass under or through a concrete
slab, ensure lines are adequately protected and
sealed.
Torch heat required to braze tubes of various sizes is
proportional to the size of the tube. Tubes of smaller size
require less heat to bring the tube to brazing temperature
before adding brazing alloy. Applying too much heat to
any tube can melt the tube. Service personnel must use
the appropriate heat level for the size of the tube being
brazed. Note: The use of a heat shield when brazing is
recommended to avoid burning the serial plate or the nish
on the unit.
1. The ends of the refrigerant lines must be cut square,
deburred, cleaned, and be round and free from nicks
or dents. Any other condition increases the chance of
a refrigerant leak.
2. “Sweep” the refrigerant line with nitrogen or inert gas
during brazing to prevent the formation of copper-
oxide inside the refrigerant lines. The POE oils used
in R-410A applications will clean any copper-oxide
present from the inside of the refrigerant lines and
spread it throughout the system. This may cause a
blockage or failure of the metering device.
3. After brazing, quench the joints with water or a wet
cloth to prevent overheating of the service valve.
4. Ensure the lter drier paint nish is intact after
brazing. If the paint of the steel lter drier has
been burned or chipped, repaint or treat with a rust
preventative. This is especially important on suction
line lter driers which are continually wet when the
unit is operating.
Do NOT make nal refrigerant line connection until plugs
are removed from refrigerant tubing.
WARNING
WARNING
Using dry nitrogen, pressurize the system to 450 PSIG.
Allow the pressure to stabilize and hold for 15 minutes
(minimum). If the pressure does not drop below 450 PSIG
the system is considered leak free. Proceed to system
evacuation using the Deep Vacuum Method. If after 15
minutes the pressure drops below 450 PSIG follow the
procedure outlined below to identify system leaks. Repeat
the Standing Pressure Test.
WARNING
WARNING
Leak test the system using dry nitrogen and soapy
water to identify leaks. If you prefer to use an electronic
leak detector, charge the system to 10 PSIG with the
appropriate system refrigerant (see Serial Data Plate
for refrigerant identication). Do not use an alternative
5
refrigerant. Using dry nitrogen nish charging the system
to 450 PSIG. Apply the leak detector to all suspect areas.
When leaks are discovered, repair the leaks, and repeat
the pressure test. If leaks have been eliminated proceed to
system evacuation.
Condensing unit liquid and suction valves are closed to
contain the charge within the unit. The unit is shipped with
the valve stems closed and caps installed. Do not open
valves until the system is evacuated.
WARNING
CAUTION
The Deep Vacuum Method requires a vacuum pump
rated for 500 microns or less. This method is an eective
and ecient way of assuring the system is free of non-
condensable air and moisture. As an alternative, the Triple
Evacuation Method is detailed in the Service Manual for
this product model.
It is recommended to remove the Schrader Cores from the
service valves using a core-removal tool to expedite the
evacuation procedure.
1. Connect the vacuum pump, micron gauge, and
vacuum rated hoses to both service valves.
Evacuation must use both service valves to eliminate
system mechanical seals.
2. Evacuate the system to less than 500 microns.
3. Isolate the pump from the system and hold vacuum
for 10 minutes (minimum). Typically, pressure will rise
slowly during this period. If the pressure rises to less
than 1000 microns and remains steady, the system is
considered leak-free; proceed to system charging and
startup.
4. If pressure rises above 1000 microns but holds steady
below 2000 microns, non-condensable air or moisture
may remain or a small leak is present. Return to step
2: If the same result is achieved check for leaks and
repair. Repeat the evacuation procedure.
5. If pressure rises above 2000 microns, a leak is
present. Check for leaks and repair. Repeat the
evacuation procedure.
5000
4500
4000
3500
3000
2500
2000
1500
1000
500
0 1 2 3 4 5 6 7 8 9 10
MINUTES
VACUUM IN MICRONS
NO
NO CONDENSIBLES
WARNING
WARNING
NOTICE
The condensing unit rating plate lists pertinent electrical
data necessary for proper electrical service and
overcurrent protection. Wires should be sized to limit
voltage drop to 2% (max.) from the main breaker or fuse
panel to the condensing unit. Consult the NEC, CEC, and
all local codes to determine the correct wire gauge and
length.
6
Local codes often require a disconnect switch located near
the unit; do not install the switch on the unit. Refer to the
installation instructions supplied with the indoor furnace/
air handler for specic wiring connections and indoor unit
conguration. Likewise, consult the instructions packaged
with the thermostat for mounting and location information.
The following overcurrent protection devices are approved
for use.
• Time delay fuses
• HACR type circuit breakers
These devices have sucient time delay to permit the
motor-compressor to start and accelerate its load.
CAUTION
Three phase compressors are power phase dependent
and can rotate in either direction.
Verify proper rotation for three phase compressors by
ensuring the suction pressure drops and discharge
pressure rises when the compressor is energized.
To correct, disconnect power and switch any two leads at
the unit contactor and re-observe.
Route power supply and ground wires through the high
voltage port and terminate in accordance with the wiring
diagram provided inside the control panel cover.
The indoor transformer must supply 24 volt AC low voltage
power to the outdoor section for the control wiring. Cooling
only units require 25VA minimum and heat pump units
require 40VA minimum. Low voltage wiring for two-stage
units depends on the thermostat used and the number of
control wires between the indoor unit and the condensing
unit. Route control wires through the low voltage port and
terminate in accordance with the wiring diagram provided
inside the control panel cover.
W2
TYPICAL H/P
ROOM THERMOSTAT
HEAT PUMP
SYSTEM COMPOSITE DIAGRAM
HEAT PUMPS
10 KW & BELOW
(OPTIONAL)
OUTDOOR THERMOSTAT
CLOSE ON TEMPERATURE FALL
R
G
C
W2
RED
GREEN
WHITE
BLUE
INDOOR UNIT
R
Y
O
W
BL
#18 GA. 5 WIRE
#18 GA. 7 WIRE
SEE
NOTE
R
G
BR
W
BL
SEE NOTE #4
R
E
D
Y
E
L
L
O
W
O
R
A
N
G
E
W
H
I
T
E
B
L
U
E
#18 GA. 6 WIRE NEEDED WHEN OT IS USED
O
R
A
N
G
E
Y
E
L
L
O
W
#18 GA. 7 WIRE NEEDED WHEN TWO OT'S ARE USED
#18 GA. 5 WIRE
BL
O
W
Y
SEE NOTE #4
BL
SEE
NOTE
W
G
CBLUE
W2
G
WHITE
GREEN
TYPICAL H/P
ROOM THERMOSTAT
SYSTEM COMPOSITE DIAGRAM
HEAT PUMPS
ABOVE 10 KW
HEAT PUMP
B
L
U
E
W
H
I
T
E
R
E
D
R
#18 GA. 7 WIRE
R
INDOOR UNIT
RRED
W3
BROWN
SEE
NOTE
NOTES:
1) OUTDOOR THERMOSTAT (OT-1) SHOULD BE THE
FIRST TO CLOSE AND THE LAST TO OPEN.
2) CONNECT WHITE AND BROWN WIRES FROM AIR-
HANDLER TOGETHER IF OT-2 IS NOT USED.
3) REMOVE WIRE WHEN USING OUTDOOR THERMOSTAT
4) TERMINAL BLOCK MARKINGS ARE FOR AMANA® BRAND
AIRHANDLERS.
NOMENCLATURE
OT ---OUTDOOR THERMOSTAT (OPTIONAL)
EHR -EMERGENCY HEAT RELAY (OPTIONAL)
COLOR CODES
R --RED
Y --YELLOW
BL-BLUE
BR-BROWN
O --ORANGE
W -WHITE
G --GREEN
(OPTIONAL)
OUTDOOR THERMOSTAT
CLOSE ON TEMPERATURE FALL
BR
R
G
BR
BL
W
G
R
BL
C O Y R Y O C W2 G R E
W2C O Y R Y O C W2 G R E
Heat pumps are equipped with a time/temperature defrost
control with eld selectable defrost intervals of 30, 60,
or 90 minutes. This setting should be adjusted at this
time if needed. The defrost control also has SmartShift™
technology, which delays compressor operation at defrost
initiation and termination. If disabling this function is
desired, move the jumper from “DLY” to “NORM” on the
defrost control
7
Adequate refrigerant charge for the matching HSVTC
evaporator coil and 15 feet of lineset is supplied with
the condensing unit. If using evaporator coils other than
HSVTC coil, it may be necessary to add or remove
refrigerant to attain proper charge. If line set exceeds 15
feet in length, refrigerant should be added at .6 ounces per
foot of liquid line.
Break vacuum by fully opening liquid service valve.
After the refrigerant charge has bled into the system,
open the suction service valve. The service valve cap is
the secondary seal for the valves and must be properly
tightened to prevent leaks. Make sure cap is clean and
apply refrigerant oil to threads and sealing surface on
inside of cap. Tighten cap nger-tight and then tighten
additional 1/6 of a turn (1 wrench at), or to the following
specication, to properly seat the sealing surfaces.
1. 3/8” valve to 5 - 10 in-lbs
2. 5/8” valve to 5 - 20 in-lbs
3. 3/4” valve to 5 - 20 in-lbs
4. 7/8” valve to 5 - 20 in-lbs
Do not introduce liquid refrigerant from the cylinder into
the crankcase of the compressor as this may damage the
compressor.
CAUTION
1. Break vacuum by fully opening liquid and suction
base valves.
2. Set thermostat to call for cooling. Check indoor and
outdoor fan operation and allow system to stabilize
for 10 minutes for xed orices and 20 minutes for
expansion valves.
WARNING
•
•
CAUTION
NOTICE
CAUTION
Airow and Total Static Pressure for the indoor unit should
be veried before attempting to charge system.
1. Total static pressure is .5” WC or less.
2. Airow is correct for installed unit.
3. Airow tables are in the installation manual and Spec
Sheet for Indoor Unit.
4. Complete charging information are in Service Manual
RS6200006
The outdoor temperature must be 60°F or higher. Set the
room thermostat to COOL, fan switch to AUTO, and set the
temperature control well below room temperature.
Units matched with indoor coils equipped with a non-
adjustable TXV should be charged by Subcooling only.
Superheat on indoor coils with adjustable TXV valves are
factory set and no adjustment is normally required during
startup. Only in unique applications due to refrigerant
line length, dierences in height between the indoor
and outdoor unit and refrigerant tubing sizes or poor
performance should Superheat setting require adjustment.
These adjustments should only be performed by
qualied service personnel. For detailed charge and TXV
adjustments refer to the appropriate Service Manual.
8
CAUTION
1. Purge gauge lines. Connect service gauge manifold
to base-valve service ports. Run system at least 10
minutes to allow pressure to stabilize.
2. Temporarily install a thermometer 4-6” from the
compressor on the suction line. Ensure the
thermometer makes adequate contact and is insulated
for best possible readings. Use vapor temperature to
determine superheat.
3. Refer to the superheat table provided for proper
system superheat. Add charge to lower superheat or
recover charge to raise superheat.
4. Disconnect manifold set, installation is complete.
55 59
10 13 17 20 23 26 29 30 31
811 14 16 19 22 26 27 29
5810 13 15 19 23 24 25
---- ---- 6 9 11 15 20 21 23
---- ---- ---- ---- 712 17 18 20
---- ---- ---- ---- ---- 813 15 16
90 ---- ---- ---- ---- ---- 710 11 13
95 ---- ---- ---- ---- ---- ---- 7 8 10
100 ---- ---- ---- ---- ---- ---- ---- 7 8
105 ---- ---- ---- ---- ---- ---- ---- ---- 7
110 ---- ---- ---- ---- ---- ---- ---- ---- ----
115 ---- ---- ---- ---- ---- ---- ---- ---- ----
9
50 26 1
52 28 3
54 29 4
56 31 6
58 32 7
60 34 8
62 35 10
64 37 11
66 38 13
68 40 14
70 41 15
72 42 16
74 44 17
76 45 19
78 46 20
80 48 21
85 50 24
90 53 26
95 56 29
100 59 31
110 64 36
120 69 41
130 73 45
140 78 49
150 83 53
160 86 56
170 90 60
200 101 70
210 105 73
220 108 76
225 110 78
235 113 80
245 116 83
255 119 85
265 121 88
275 124 90
285 127 92
295 130 95
305 133 97
325 137 101
355 144 108
375 148 112
405 155 118
415 157 119
425 n/a 121
435 n/a 123
445 n/a 125
475 n/a 130
500 n/a 134
525 n/a 138
550 n/a 142
575 n/a 145
600 n/a 149
625 n/a 152
10
1. Temporarily install a thermometer on the liquid
line at the liquid line service valve and 4-6” from
the compressor on the suction line. Ensure the
thermometer makes adequate contact and is
insulated for best possible readings. Use liquid line
temperature to determine sub-cooling and vapor
temperature to determine superheat.
2. Check subcooling and superheat. Systems with TXV
application should have a subcooling of 7 to 9 ºF and
superheat of 7 to 9 ºF.
a. If subcooling and superheat are low, adjust TXV
to 7 to 9 ºF superheat, then check subcooling.
b. If subcooling is low and superheat is high, add
charge to raise subcooling to 7 to 9 ºF then check
superheat.
c. If subcooling and superheat are high, adjust
TXV valve to 7 to 9 ºF superheat, then check
subcooling.
d. If subcooling is high and superheat is low, adjust
TXV valve to 7 to 9 ºF superheat and remove
charge to lower the subcooling to 7 to 9 ºF.
The proper method of charging a heat pump in the heat
mode is by weight with the additional charge adjustments
for line size, line length, and other system components.
For best results, on outdoor units with TXVs, superheat
should be 2-5° at 4-6” from the compressor. Make nal
charge adjustments in the cooling cycle.
11
Unsatisfactory
System will not start
Compressor will not start - fan runs
Compressor and Condenser Fan will not start
Evaporator fan will not start
Condenser fan will not start
Compressor runs - goes off on overload
Compressor cycles on overload
System runs continuously - little cooling
Too cool and then too warm
Not cool enough on warm days
Certain areas to cool others to warm
Compressor is noisy
Low suction pressure
Low head pressure
High suction pressure
High head pressure
Test Method
Power Failure •Test Voltage
Blown Fuse •••Impact Fuse Size & Type
Loose Connection • • • • Inspect Connection - Tighten
Shorted or Broken Wires •••••• Test Circuits with Ohmmeter
Open Overload • • Test Continuity of Overloads
Faulty Thermostat ••• • Test Continuity of Thermostat and Wiring
Faulty Transformer ••Check Control Circuit with Voltmeter
Shorted or Open Capacitor • •••Test Capacitor
Internal Compressor Overload Open •Test Continuity of Overload
Shorted or Grounded Compressor ••Test Motor Windings
Compressor Stuck ••Use Test Cord
Faulty Compressor Contactor •• • • Test Continuity of Coil and Contacts
Faulty Fan Relay •Test Continuity of Coil and Contacts
Open Control Circuit Test Control Circuit with Voltmeter
Low Voltage • • • Test Voltage
Faulty Evaporator Fan Motor ••Repair or Replace
Shorted or Grounded Fan Motor • • •Test Motor Windings
Improper Cooling Anticipator •Check Resistance of Anticipator
Shortage or Refrigerant • • • • Test For Leaks, Add Refrigerant
Restricted Liquid Line •• • • Replace Restricted Part
Undersized Liquid Line • • • Replace Line
Undersized Suction Line •Replace Line
Not Enough Air across Indoor Coil • • • • Speed Blower, Check Duct Static Pressure
Too Much Air across Indoor Coil •Reduce Blower Speed
Overcharge of Refrigerant • • · • • Recover Part of Charge
Noncondensibles • • • Recover Charge, Evacuate, Recharge
Recirculation of Condensing Air • • •Remove Obstruction to Air Flow
Infiltration of Outdoor Air • • • Check Windows, Doors, Vent Fans, Etc.
Improperly Located Thermostat •Relocate Thermostat
Air Flow Unbalanced • • Readjust Air Volume Dampers
System Undersized • • Refigure Cooling Load
Broken Internal Parts •Replace Compressor
Broken Valves •Test Compressor Efficiency
Inefficient Compressor • • •Test Compressor Efficiency
High Pressure Control Open •Reset and Test Control
Unbalanced Power, 3PH • • •Test Voltage
Wrong Type Expansion Valve • • • Replace Valve
Expansion Valve Restricted • • • • • • Replace Valve
Oversized Expansion Valve • • Replace Valve
Undersized Expansion Valve • • • • • Replace Valve
Expansion Valve Bulb Loose • • Tighten Bulb Bracket
Inoperative Expansion Valve • • • Check Valve Operation
Loose Hold-down Bolts •Tighten Bolts
S yst e m
Operating
NOTICE
12
We strongly recommend a bi-annual maintenance checkup be performed
before the heating and cooling seasons begin by a qualied servicer.
An indoor air lter must be used with your comfort system.
A properly maintained lter will keep the indoor coil of
your comfort system clean. A dirty coil could cause poor
operation and/or severe equipment damage.
Your air lter or lters could be located in your furnace, in a
blower unit, or in “lter grilles” in your ceiling or walls. The
installer of your air conditioner or heat pump can tell you
where your lter(s) are, and how to clean or replace them.
Check your lter(s) at least once a month. When they are
dirty, replace or clean as required. Disposable type lters
should be replaced. Reusable type lters may be cleaned.
You may want to ask your dealer about high eciency
lters. High eciency lters are available in both electronic
and non-electronic types. These lters can do a better job
of catching small airborne particles.
The compressor motor is hermetically sealed and does not
require additional oiling.
Indoor and outdoor fan motors are permanently lubricated
and do not require additional oiling.
WARNING
Air must be able to ow through the outdoor unit of your
comfort system. Do not construct a fence near the unit or
build a deck or patio over the unit without rst discussing
your plans with your dealer or other qualied servicer.
Restricted airow could lead to poor operation and/or
severe equipment damage.
Likewise, it is important to keep the outdoor coil clean.
Dirt, leaves, or debris could also restrict the airow. If
cleaning of the outdoor coil becomes necessary, hire
a qualied servicer. Inexperienced people could easily
puncture the tubing in the coil. Even a small hole in the
tubing could eventually cause a large loss of refrigerant.
Loss of refrigerant can cause poor operation and/or severe
equipment damage.
Do not use a condensing unit cover to “protect” the outdoor
unit during the winter, unless you rst discuss it with your
dealer. Any cover used must include “breathable” fabric to
avoid moisture buildup.
• Check the thermostat to conrm that it is properly set.
• Wait 15 minutes. Some devices in the outdoor unit or
in programmable thermostats will prevent compressor
operation for awhile, and then reset automatically.
Also, some power companies will install devices
which shut o air conditioners for several minutes on
hot days. If you wait several minutes, the unit may
begin operation on its own.
CAUTION
• Check the electrical panel for tripped circuit breakers
or failed fuses. Reset the circuit breakers or replace
fuses as necessary.
• Check the disconnect switch near the indoor furnace
or blower to conrm that it is closed.
• Check for obstructions on the outdoor unit. Conrm
that it has not been covered on the sides or the top.
Remove any obstruction that can be safely removed.
If the unit is covered with dirt or debris, call a qualied
servicer to clean it.
• Check for blockage of the indoor air inlets and outlets.
Conrm that they are open and have not been
blocked by objects (rugs, curtains or furniture).
• Check the lter. If it is dirty, clean or replace it.
• Listen for any unusual noise(s), other than normal
operating noise, that might be coming from the
outdoor unit. If you hear unusual noise(s) coming from
the unit, call a qualied servicer.
13
14
15
16
CUSTOMER FEEDBACK
We are very interested in all product comments.
Please ll out the feedback form on one of the following links:
Goodman® Brand Products: (hp://www.goodmanmfg.com/about/contact-us).
Amana® Brand Products: (hp://www.amana-hac.com/about-us/contact-us).
You can also scan the QR code on the right for the product brand
you purchased to be directed to the feedback page. GOODMAN® BRAND AMANA® BRAND
GOODMAN® BRAND AMANA® BRAND
PRODUCT REGISTRATION
Thank you for your recent purchase. Though not required to get the protecon of the
standard warranty, registering your product is a relavely short process, and entles you
to addional warranty protecon, except that failure by California and Quebec residents
to register their product does not diminish their warranty rights.
For Product Registraon, please register as follows:
Goodman® Brand products: (hps://www.goodmanmfg.com/product-registraon).
Amana® Brand products: (hp://www.amana-hac.com/product-registraon).
You can also scan the QR code on the right for the product brand
you purchased to be directed to the Product Registraon page.
All of our systems are designed and manufactured with the same high quality standards regardless of size or eciency.
We have designed these units to signicantly reduce the most frequent causes of product failure. They are simple to
service and forgiving to operate. We use quality materials and components. Finally, every unit is run tested before it
leaves the factory. That’s why we know. . ..
Visit our website at www.goodmanmfg.com or www.amana-hac.com for information on:
• Products • Customer Services • Contractor Program and Training
• Warranties • Parts • Financing Options
19001 Kermier Rd. Waller, Tx 77484
www.goodmanmfg.com -or- www.amana-hac.com
© 2005-2021 Goodman Manufacturing Company, L.P.
is a registered trademark of Maytag Corporaon or its related companies and is used under license. All rights reserved.
Table of contents
Other Goodman Heat Pump manuals
Goodman
Goodman ASZC180361A User manual
Goodman
Goodman CPH COMMERCIAL SS-CPH90-150 User manual
Goodman
Goodman GSC140481A Technical document
Goodman
Goodman GPH14H User manual
Goodman
Goodman APH16 M Series User manual
Goodman
Goodman SS-CPKF50 SS-CPKF50 User manual
Goodman
Goodman PC User manual
Goodman
Goodman GPH16 M Series User manual
Goodman
Goodman CONDENSING UNIT User manual
Goodman
Goodman GPH1524M41 User manual
Goodman
Goodman DSZ180601A Series User manual
Goodman
Goodman GPH15M User manual
Goodman
Goodman *PH 16 Operating instructions
Goodman
Goodman GSZ14 User manual
Goodman
Goodman SSZ 16 SEER Technical document
Goodman
Goodman SSZ16 Installation instructions
Goodman
Goodman GPH13 Operating instructions
Goodman
Goodman GSX160181F Series User manual
Goodman
Goodman GSZ140311 User manual
Goodman
Goodman *SZC 16 SEER User manual
Popular Heat Pump manuals by other brands
Mitsubishi Electric
Mitsubishi Electric PUHZ-SW HA Series installation manual
Haier
Haier HRG15 installation instructions
Carrier
Carrier 50GCQ Series Service and maintenance instructions
REMKO
REMKO ML ARCTIC Series Operating and installation instructions
SERO
SERO AWA-SS-6 Installation and maintenance instructions
Crystal
Crystal Vertical 120 Installation and user manual
EMI
EMI VCH Series Installation, operation and maintenance manual
Carrier
Carrier 10 SEER SPLIT-SYSTEM 38YCW Installation and start-up instructions
Ochsner
Ochsner AIR HAWK 518 Design and installation manual
LG
LG AUUW09GAE(LUU097HV) installation manual
Engineered air
Engineered air EngA CU Series Installation, operation and maintenance manual
Carrier
Carrier Weathermaster III 38HQ Installation, Start-Up and Service Instructions
