Better
Air Conditioners & Heat Pumps
14 & 15 SEER - Outdoor Sections
What are the benefits of variable speed systems?
A single stage air conditioner is sized to cool your home on
the hottest day of the year. It delivers 100% of its cooling
capacity at all times. When you install a Tappan
air conditioner or heat pump with an indoor section featuring
a GE ECMTM variable speed motor, you’ll experience better
comfort and lower utility costs. Having a variable speed indoor section means that a Tappan 13 SEER outdoor unit operates at 14 SEER, and a 14 SEER outdoor unit operates at 15 SEER. The variable speed motor can save
$150 per year plus another $240 in electrical costs when your
thermostat is set for continuous fan operation*.
The air conditioner
automatically maintains its programmed level of air flow regardless
of dynamic changes in static pressure. Static pressure will
change with a dirty air filter, zoning changes and obstructed
supply registers as an example. Better indoor air quality is
achieved quietly and inexpensively by setting the motor to run
continuously at reduced air-flow levels between cooling cycles.
The Tappan variable speed system also operates quieter than
conventional motors, while reducing temperature swings, indoor
moisture, and hot spots.
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Your
Tappan air conditioner or heat pump has been carefully
designed and engineered to give you outstanding energy
efficiency and years of trouble-free operation. No detail
has been left out. Tappan uses only proven components
like the Copeland® scroll compressor. It’s the
leaders choice for efficiency, durability, and longevity.
Just another “value added” manufacturing step
built into all Tappan products. With this system, a variable furnace and matched indoor coil section is required if you have gas or oil heat. If you have a heat pump, then the matched variable speed air handler indoor section is required to complete the system.
14-15 SEER Indoor Air Handler Section
14-15 SEER Indoor Coil Section
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Annual savings 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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