Heat Pump
High Efficiency
EFFICIENCY
■ AC: Up to 17.2 SEER2
■ HP: Up to 17.5 SEER2 / Up to 8.5 HSPF2
OPERATION
■ COOLING (AC/HP): 0°F DB – 115°F DB
■ HEATING (HP): -10°F DB – 70°F DB
COP
■ 2.6 to 4.1 for temperature from 35F up
■ 1.4 kW to 5.6 kW
Heat Pump F & B
Up to 53% lighter , Up to 40% Smaller, Up to 30% Energy Savings , as quiet as 56dBA
Expert
Variable Speed Compressor
Variable-Speed Digitally Commutated , Fan – High efficiency and low sound levels.
Corrosion Protection
Blue Fin Corrosion Coating – The Goodman SD features a 1000 hour salt spray rated coil as standard.
High Heat Exchanger
7mm Coil – High heat exchanger efficiency and compact casing design.
Cooling Protection
Inverter Board Cooled by Refrigerant Circuit1 – Elimination of condenser fan pressure drop caused by heat sink used.
Swing Compressor
Proprietary swing compressor technology – High efficiency/low sound levels. Less wear and tear compared to non-swing compressors.
Intelligent Defrost Mode
Intelligent Defrost Mode – The outdoor unit will enable this mode to help reduce frost/ice from building up in cold climate conditions. It will also help with longer heating operation time for additional comfort for occupants .
Advanced water-shedding drain pan
Advanced water-shedding drain pan – The drain pan is engineered with multiple drain holes and channels to help provide effective water shedding.
Wifi Thermostat
Goodman Home Application
AC and Heat Pump
When it’s hot outside, both an air conditioner and a heat pump cool indoor spaces. These systems are designed to remove humidity from the air inside a house, creating the sensation of cooler, conditioned air in the home. Air conditioners and heat pumps rely on the same principle of a “closed-loop” refrigeration cycle. This means that the same refrigerant is continuously circulated as it passes through the air conditioner or heat pump and the evaporator coil.
The heat pump and the air conditioner may rely on the same basic refrigeration principle, but if all of the cooling details are identical, there is still one key difference. Just like a reversible jacket, the “magic” happens when there is a change in direction! In the warmer months, the heat pump can act as an air conditioner – drawing out interior heat and humidity and redirecting it to the outside. During colder months, heat from the outdoor air is extracted and transferred to the interior of your home.
Aluminium Coils
Eliminate the leak of refrigearant, the most common issue on Air conditioner and Heat Pump
Engineered for compatibility with Goodman SD
Electronic Expansion Valve (EEV)
Foil-faced insulation covers internal casing to reduce cabinet condensation
UVand rust resistant, 5VA rated thermoplastic
Speak to an Expert
Wi-fi Thermostat
The Goodman GTST connected thermostat is designed to provide the ultimate inverter experience when installed as a part of the Goodman SD system. It can be linked via Wi-Fi to the Goodman Home app for control from an iOS or Android phone or tablet. In addition, the GTST can be voice-controlled with Amazon Alexa or Google Assistant. For efficiency and comfor t, homeowners can program up to four schedule events each day on a seven day schedule.
Inverter Technology
Inverter technology, which is factory-installed in the Goodman brand SD system, allows for adaptable speed levels of operation depending on your heating or cooling demands — full, 100% capacity for extreme temperatures or reduced capacity for milder days.
Savings
Energy-Efficient Savings
Consistent T°
Consistent Indoor Comfort
Comfort
A Comfortable Home
