Goodman - 2.0 Ton Cooling - 24k BTU/Hr Heating - Heat Pump + Air Handler System - 14.3 SEER2 - 7.5 HSPF2: GSZB402410, AMST24BU1400 and an AHRI Rating of 210318449
Goodman’s energy efficient central air bundle will provide a “cool” solution for your home's HVAC system; with the addition of a low-cost heating coil for your air handler. This bundle contains a GSZB402410 heat pump, an AMST24BU1400 air handler with a multi-speed blower motor. The multi-speed ECM motor provides you with energy efficient circulation. Goodman's GSZB4 heat pump has a nominal SEER rating of 14.3 SEER2 and a minimum HSPF2 of 7.5 to ensure efficient comfort regardless of your application. The GSZB4's design allows it to be quickly installed and serviced. It includes advanced components that protect the coil and compressor to ensure reliable operations and peace of mind. These units provide impressive durability, easy accessibility and energy efficiency.
All-Aluminum Coil
Goodman's evaporator coils use a reliable all-aluminum design featuring sine fins and grooved tubes. This design maximizes surface area and optimizes heat transfer for efficient comfort.
Internal Thermostatic Expansion Valve
The AMST has a factory-installed internal thermostatic expansion valve. This streamlines installation and maintains ideal refrigerant flow for your system.
Condensate Management
The AMST includes a DecaBDE-free thermoplastic drain pan with secondary drain connections, these elements help prevent the formation of condensation and keep your system running smoothly..
Efficient Circulation
The direct-drive, multi-speed blower motor allows air volume variation for heating and cooling ensuring efficient circulation.
Smartshift™ Technology
This unit offers a time-delay defrost that allows for a reliable, quiet and smooth transition when units enter defrost mode.
SmartFrame™
This air handler features a rigid SmartFrame™ sub-structure for enhanced accessibility. It provides tool-less access to the filter rack and includes a coil mounting track that improves installation speed for all four compatible orientations
Energy-Efficient Compressor
This unit utilizes an energy-efficient compressor to provide refrigerant flow.
Copper Tube/Enhanced Aluminum Fin Coil
The condenser coil of this air conditioner is designed with aluminum fins and copper tubing to maximize efficiency. The fins serve to increase surface area, allowing the heat transfer capabilities of the materials to shine.
Factory-Installed Suction-Line Accumulator
An accumulator prevents compressor damage from a sudden surge of liquid refrigerant and oil that could enter the compressor from the suction line.
Factory-Installed Compressor Crankcase Heater
A crankcase heater is a supplemental electric resistance heater that prevents refrigerant migration by holding oil in the crankcase at a higher temperature than the coldest part on the system.
Factory-Installed High-Capacity Muffler
A muffler reduces noise and high-frequency vibrations that can easily be transmitted through the tubing and into the house.
High and Low-Pressure Switches
A pressure switch will suspend heat pump operations if it detects an unsafe pressure level.
Secure Cabinet
This air handler enjoys reduced noise levels, less than 2% air leakage, and enhanced durability as a result of its insulated, leather grain embossed cabinet finish.
Extended Warranty
Goodman offers a 10-year limited parts warranty when you register your product online within 60 days of installation (except Heating Element which has 5 year parts warranty).. An unregistered product has the standard 5-year warranty.
Multi-Stage Operation
Goodman electric heat kits are compatible with multi-stage heating controls. This makes it easy to ensure your home receives as much, or as little, heat as it needs.
Note
The recommended line set size for this system will vary based on the length of line set you require for installation. The US Department of Energy regulates minimum efficiency standards for central air conditioners and heat pumps based on geographic regions. The standards depend on the rated efficiency of the entire system, not the nominal efficiencies of individual components.
