GMVC961205DN GAS FURNACE OVERVIEW
With top of the line technology at high efficiency, two stage burner, and variable speed blower motor, the GMVC961205DN gas furnace is another masterpiece by Goodman. With enhanced durability and reliability, you can expect this Goodman gas furnace to perform well throughout its entire life and keep money in your pocket.
- This furnace is ideal to heat a larger house (in average climate conditions)
- 120,000 BTU 96% AFUE two stage variable speed natural gas furnace
- Requires plastic/PVC flue venting
- Can be used in the upflow or horizontal orientation
- Can be converted to propane with an LP conversion kit (sold separately)
- Innovative design for electrical efficiency, safety, and lower sound output
The GMVC961205DN Goodman gas furnace has an input of 120,000 BTU’s. The output of the unit, determined by the input times the efficiency, is 115,200 BTU’s. This output makes this furnace suitable for most larger houses in average climate conditions.
With one of the highest efficiency ratings available, the GMVC961205DN gas furnace is 96% efficient. At this efficiency, the GMVC961205DN uses only 4% of its gas to operate the furnace itself and 96% of the gas going into the furnace to make your home warm and comfortable. With high-efficiency furnaces such as this one, the flue venting must be plastic or PVC.
Allowing for a more precise air flow output to best suit your home’s needs at a moment’s notice, the variable speed motor on the GMVC961205DN is the best blower motor that Goodman has to offer. The two stage burner on the furnace allows for a lower output and a higher output for a more precise heat output as needed by your thermostat. Both of these high-end features allow for a small increase in efficiency, but the primary benefits are enhanced comfort and a more stable temperature throughout any season of the furnace’s use.
The GMVC961205DN comes standard with Goodman’s 10 year parts warranty and its exceptional lifetime heat exchanger warranty. In order to maintain this warranty, the installation must follow your state and local codes and the unit must be registered online via Goodman’s website.
The heavy-duty tubular heat exchanger on the GMVC961205DN Goodman gas furnace is designed for constant winter use to provide peace of mind thanks to its enhanced reliability. The aluminized steel design of this heat exchanger provides a faster and more efficient heat transfer rate. Moreover, the outer casing on the unit is a heavier gauge of steel, protecting the internals of the furnace and lowering air leakage and furnace operation noise. All of these features enhance comfort and provide durability and reliability for the lifetime of the unit.
The GMVC961205DN furnace runs on natural gas from the factory. When you field-install the optional LP conversion kit (found here at an additional cost), this furnace can use propane instead when the installation requires it. This Goodman furnace is also able to be installed in the upflow or horizontal positions, allowing for a more versatile application potential.
GSX16 AC CONDENSER :: OVERVIEW
Goodman has always set its goals at superior comfort at a high efficiency, all the while balancing the unit’s cost. The GSX16 is no exception, with its durability, reliability, and one of the highest efficiencies available.
- 1.5 – 5 ton capacities, 16 SEER AC-only condenser
- Fully charged for up to 15′ of line set
- Low sound output
- Factory-installed filter drier
The GSX16 condenser is designed to be up to 16 SEER in ideal system configurations. Considered a high-efficiency, 16 SEER is around 12% more efficient than a 14 SEER system, saving you a lot of money in energy bills. 16 SEER efficiency ratings tend to be where cost meets efficiency, and is normally the best value for the efficiency.
The GSX16 condenser comes with Goodman’s standard 10 year parts warranty with online registration through the manufacturer. An installation that follows your state and local codes is required for the warranty to be upheld.
Durability and Reliability
The cabinet of Goodman’s condensers are manufactured out of heavy-gauge galvanized-steel with a baked-on painted finish that is approved for 500 hours of salt spray. The durable cabinet of the GSX16 is also compliant with 2010 Florida building code integrity requirements for hurricane-strength weather.
Installation and Maintenance
For easier maintenance, Goodman designed the GSX16’s cabinet with two maintenance access panels: one on the top and one on the side. For easier installation, the GSX16 is made with easy-access gauge ports and service valves with sweat connections. Both of these lower installation and maintenance times and costs, keeping money in your pocket for the things you care about most.
Comfort in Mind
Superior comfort has always been the primary goal for Goodman. The GSX16 follows this goal, made with high-quality parts and even designed to have one of the lowest sound outputs on the market, thanks to superior sound-dampening and insulation technology. All of this makes you comfortable and lowers your bills while staying in-budget.
Goodman CAPF3636A6 Upflow/Downflow Cased Indoor Air Conditioner Evaporator Coil
The Goodman CAPF3636A6 Upflow/Downflow Cased Indoor Air Conditioner Evaporator Coil is made for use with split-system air conditioners or heating and Evaporator systems. The Goodman Air Conditioning and Heating Company has become one of the largest manufacturers of residential and light commercial air conditioning, heating, and indoor air quality products and systems by focusing on just one thing, building the most reliable and refreshingly affordable indoor comfort products in the market. Goodman CAPF3636A6 Upflow/Downflow Cased Indoor Air Conditioner Evaporator Coil lives up to its name in a big way, with time-tested energy-efficient technology, highly-durable materials and spot-on manufacturing. So, no matter where you live or whether your home is small or large, Goodman probably has a solution to help keep your home comfortable.
Aluminum Tube and Aluminum Fin Coil Construction– Provides time-tested and proven heat transfer efficiency designed to resist potential corrosion.