HEIL QUAKER / ICP 215776 CONDENSER MOTOR 1/230 1/12 1100

CONDENSER MOTOR 1/230 1/12 1100

The ICP 215776 Condenser Motor 1/230 1/12 1100 is a genuine replacement part that is used in the Coleman / Heil air conditioner system. With a brand new design and faster performance, this compressor operates at 1/230/1/12.

The Heil 1/230 thru 1/12 condenser motors feature a high efficiency and quiet running characteristics. The use of nylon gears, a heavy-duty aluminized steel fan, dual suspension and an improved mounting system combine to offer maximum long lasting performance. Factory-set terminal box features removable terminal cup for easy wiring connections. Condensers are designed for medium size refrigeration applications such as larger...

QUAKER/ICP. 215776 Weil Cornelius High Efficiency Condenser Motor 1 Phase 230-Volts 1/12HP 1100RPM With Compressor Mounting Studs, Used For Models: 4H2A53402, 4H2AD11403, ICP 21264205, ICP 215753, ICP 2164...

The condenser motor is responsible for moving saturated air past the cooling coil. This part operates on 115V and 1/12 HP.

The ICP 215776 one phase condenser motor is perfect for applications where adequate speed and power are needed. Condenser motors are used in air conditioning units to keep them running at optimum performance. Condenser motors are used in applications such as water chillers, car washes, building cooling, ice plants and refrigeration. Here are some of the product descriptions from each Description Company:

High quality with many features, this Heil and HEIL-CANADA compressor motor is a genuine Heil replacement part. Part Number IC-215776

The ICP Series high efficiency condenser motor is suitable for applications demanding a long trouble-free service life, such as low impedance variable speed drives, or constant torque requirements. It features a brush-type rotor system and heavy copper winding with aluminum core to improve conductivity. The insulation of the windings is made of polyamide filled PPO. A double-pulley with tension pulleys allows for more compact designs.