Armstrong Air® A93DF1E070B12A

Armstrong Air® 17B03 A931E 1-Stage Gas Furnace, Downflow, 70000 Btu/hr Input, 63000 Btu/hr Output, 120 V, 93 % AFUE, 1200 cfm Flow Rate, High Efficiency Constant Torque Blower Motor

Manufacturer: Allied Air Enterprises
Brand Name: Armstrong Air®
Part#: A93DF1E070B12A
MPN: 17B03
Min. Order Qty: 1
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AFUE Rating      :      93 %
Connection Size      :      1/2 in
Dimensions      :      17-1/2 in W x 28-1/2 in D x 33 in H
Flow Rate      :      1200 cfm
Furnace Position      :      Downflow
Fuse Size      :      15 A
Ignition Type      :      Silicon Nitride
Input Capacity      :      70000 Btu/hr
Low NOX      :      No
Material      :      Aluminized Steel
Motor HP      :      1/2 hp
Motor Type      :      High Efficiency Constant Torque Blower
Output Capacity      :      63000 Btu/hr
Series      :      A931E
Type      :      1-Stage
Voltage Rating      :      120 V

Armstrong Air® Gas Furnace, 1-Stage, Series: A931E, 70000 Btu/hr Input, 63000 Btu/hr Output, 120 V, 93 % AFUE, 1200 cfm, Downflow Furnace Position, No Low NOX, High Efficiency Constant Torque Blower Motor, 1/2 hp Motor, 1/2 in, Silicon Nitride Ignition, 15 A Fuse, Aluminized Steel, 17-1/2 in W x 28-1/2 in D x 33 in H

  • 93% AFUE efficiency rating - this means 93% of your fuel is converted into usable heat, compared to an older furnace, this can potentially save you hundreds of dollars per year in energy cost
  • Constant torque motor - like a variable speed furnace, constant torque furnaces provide lower operating costs and increase overall system efficiency
  • Compared to standard PSC motors, constant torque delivers more consistent airflow and quieter operation
  • Quiet Combustion™ technology - uses a smaller btu input per burner for quieter start-up and operation while providing more even heat distribution
  • EHX™ technology - every Armstrong Air® furnace is engineered and built with EHX™ technology, a patented design that eliminates the hot spots that can shorten furnace life
  • EHX™ technology makes heat exchangers more durable and with its advanced airflow system, more air contacts the heat exchanger surface area for greater heat exchange, enhancing efficiency and comfort

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