| 13 SEER Air Conditioners and Heat Pumps |
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Air Conditioner Models FS5BD | FS4BD
Heat Pump Model FT5BD | FT4BD |
Heat Pump vs. Air Conditioner
Choosing a heat pump as a comfort solution should be driven by the climate you live in, and relative to your comfort needs. A heat pump is designed to provide heat in the winter, and is best in environments that do not drop below freezing. Your Westinghouse dealer can recommend a money-saving choice that's right for you.
A “split” system is the most common heating and cooling central system used. Your split system air conditioner or heat pump is the outdoor component of a total system. And the indoor component is a matched indoor coil which sits on top of a furnace or air handler.
When you replace your outdoor system it is extremely important to replace the indoor portion to meet energy efficiency performance and not void important warranties. Not changing your indoor component is like buying a new car and placing old, worn tires on it.
Features and Benefits
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Full metal jacket protects the coil from damage by weather and flying debris. It is finished with a Silicone-protective polyurethane coating that under goes a 950 hour salt spray test for harsher climates. It protects your unit from corrosion 50% more than standard outdoor finishes.
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Designed to provide reliable compressor performance. Our split systems continue to be recognized for outlasting other manufactured systems; performing 35% higher than the industry standard.
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Reduced energy costs with a Programmable Thermostat. By programming the thermostat to your schedule you can reduce operating costs.
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Westinghouse split systems can reduce common allergens and irritants, such as, dust, mold, pet odor, and dry air, while increasing comfort throughout your home. Ask your Westinghouse dealer for more details.
- R-410A ozone-safe refrigerant is available on Model FS4BD 13 SEER Air Conditioners.
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*Annual operating costs based on 36,000 BTU unit, 1500 cooling load hours, and .08/kwh. Actual savings may vary depending on climate conditions, energy rates and patterns of usage. |
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