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Upgrade your home's comfort without the cost of a full system replacement. This Goodman furnace and coil system is perfect for homeowners whose outdoor condensers are still in good working condition but whose indoor equipment needs an update. Built with Goodman's renowned quality and reliability, these matched systems ensure seamless compatibility with your existing condenser, helping you avoid the cost and hassle of a full system replacement. Enjoy the performance, warranty protection, and peace of mind you expect at a fraction of the cost of a brand-new system.
Replacing your furnace and coil can restore reliable heating, improve energy savings, and extend the overall life of your HVAC system all while keeping your existing condenser. Built to Goodman's trusted standards, this matched set ensures optimal compatibility, backed by strong warranties and dependable performance.
This Goodman cased evaporator coil is designed to work with compatible R32 condensers and furnaces. With a 2.5 to 3 ton capacity, 30" cabinet width, horizontal installation, and Goodman’s AlumaFin7™ coil design, it helps support proper equipment matching for approved split HVAC applications.
Proper coil matching is important for system performance, fit, and installation. This coil’s 2.5 to 3 ton capacity helps match it to compatible condenser applications, while the 30" cabinet width helps determine whether it will fit correctly with the furnace and available installation space.
Goodman’s AlumaFin7™ coil design features all-aluminum construction and grooved aluminum tubing to help increase surface area for heat transfer. This design supports efficient system operation while providing a durable indoor coil option for compatible R32 equipment.
The indoor coil is part of the refrigerant circuit and helps transfer heat as air moves across the coil. In a properly matched system, it works with the condenser, furnace blower, and refrigerant flow controls to support reliable home comfort.
Goodman's AlumaFin7â„¢ evaporator coil is designed to help your heating and cooling system operate efficiently while providing dependable comfort throughout your home. Its all-aluminum construction supports efficient heat transfer and long-lasting performance, while the advanced coil design helps promote proper airflow and moisture removal.
At just 21 inches deep, the compact design can also make installation easier in homes where space is limited. When paired with compatible Goodman equipment, the coil helps deliver the efficient, reliable heating and cooling you expect from Goodman.
When installed according to applicable codes and registered online with Goodman, this evaporator coil includes:
Warranty coverage requires proper installation and online registration. Installation by a qualified HVAC professional is recommended to maintain warranty eligibility.
Disclaimer: This evaporator coil is designed for use with R32 refrigerant systems, classified as an A2L refrigerant. R32 systems must be installed with compatible equipment and any required refrigerant leak detection components according to the product specifications, installation manual, and applicable safety standards. Failure to follow these requirements may result in safety hazards and could void the warranty. Please call us at 1-888-912-1827 if you have any questions.
The GR9T800803BN Goodman gas furnace features high-quality construction and efficient operation at a great value. The GR9T800803BN two-stage, 9-speed furnace utilizes Goodman's superior heat exchanger design to provide efficient, reliable heating to your home. If you're looking to cut your energy bills and improve your comfort without breaking the bank, your search stops with the Goodman GR9T800803BN.
The GR9T800803BN Goodman gas furnace is 80,000 BTU's. This BTU count is a measure of the input of the furnace per hour, while the output of this furnace is 64,000 BTU's (80,000 X 80% AFUE) per hour. In ideal climate conditions, this 80,000 BTU furnace is usually used to heat a medium-sized house.
The GR9T800803BN Goodman gas furnace is 80% efficient, and the standard furnace efficiency on the market today. This means that 80% of the gas going into the furnace is used to heat your home and the remaining 20% is lost out of the flue venting. Please note that all 80% furnaces must be vented using metal flue venting, while anything higher than 90% efficient must be vented using plastic/PVC venting.
Please note that this furnace does not comply with California Low NOx or Ultra-Low NOx regulations. For all Low NOx furnaces, click here. For all Ultra-Low NOx furnaces, click here. If you have any questions, please contact us.
The GR9T800803BN Goodman gas furnace is a two stage furnace that has two heating outputs on the burner: full output on colder winter days and a lower output for milder days that the furnace doesn't have to run quite as much. Two stage furnaces allow for a more even heat distribution, as the furnace will only kick on the higher stage if the indoor temperature is more than a few degrees away from the desired temperature. Since the lower stage will be used more often, the GR9T800803BN will run quieter than a single stage system. While the majority of the benefits of a two stage feature on a furnace are comfort based, the efficiency of the furnace is slightly higher due to it burning less fuel at its lower stage.
From the factory, the GR9T800803BN runs on natural gas. However all Goodman gas furnaces can be converted to propane using the furnace's corresponding LP conversion kit, an optional accessory at an additional cost that consists of a replacement set of orifices and springs.
Instead of the last generation PSC blower motor, the GR9T800803BN utilizes a multi-speed ECM motor, which uses less power and provides smarter air circulation. All of this causes an overall increase in the electrical efficiency of your furnace, which saves you money.
With installation that follows your state and local codes and with online registration, all Goodman furnaces come with a 10-year unit replacement, 10-year parts, and lifetime heat exchanger warranty through the manufacturer.
The hot surface igniter on modern Goodman furnaces are more durable than previous designs, decreasing related issues and lowering maintenance costs. These hot surface ignitors are also more efficient than standing pilot and older HSI designs, saving you even more money.
The Goodman brand has improved technology from years of production experience, allowing for a long-lasting product that rarely has any issues. However, if something does go wrong on the furnace, the control board has a set of sensors that allow it to diagnose basic issues, allowing for easy troubleshooting and to notify the owner if basic maintenance or warranty work is recommended. This increases the overall safety of the unit, for the furnace itself and the occupants of the home where it is installed.
The heavy-gauge steel cabinet on new Goodman furnaces provide adequate protection to the internal mechanisms of the unit. The cabinet is also more air-tight than previous models, allowing for a quiet, more economical unit due to losing less heat and preventing more sound from exiting the unit.
The value of modern Goodman furnaces doesn't end at efficiency. Today's Goodman furnaces feature many different connection options to reduce installation. The GR9T800803BN model has a more universal design, which consists of its ability to be installed in both an upflow or horizontal configuration. This allows for an easier installation in more locations, from your attic to your basement. The furnace also comes with color-coded low-voltage terminals that allow for a shorter and easier installation time, which decreases installation costs.
Across numerous installations, buyers report quiet operation, improved efficiency from 96% two‑stage 60k and 80k BTU models, and measurable energy savings compared to 25‑year‑old or 1980s furnaces rated around 60–66% efficiency, with one homeowner projecting heating bills dropping to 40–50% of previous costs and another noting reliable performance in low‑20°F weather in a 1,300 sq ft home. Installation is frequently described as straightforward—even for first‑timers, with one self-install taking about 22 hours—though some encountered loose screws, minor shipping damage, wiring confusion, sensor resets, or needed duct and vent modifications.
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