Carrier HB39GQ232 208-230v1ph 1/4hp 825rpm Motor

208-230v1ph 1/4hp 825rpm Motor

This is Carrier 208-230v1ph 1/4hp 825rpm Motor.

The Carrier HB39GQ232 208-230v1ph 1/4hp 825rpm Motor is a dependable motor that's built to last. The back cap is an abrasion resistant aluminum cast for years of use.

Tired of waiting on your air conditioner to cool off that living room? Give yourself a break and buy the Carrier HB39GQ232 208-230v1ph 1/4hp 825rpm Motor. With its easy installation, energy efficiency, and quiet operation, you'll be feeling cool in no time!

Nothing moves forward without power. The HB39GQ232 208-230v1ph 1/4hp 825rpm Motor is the lifeblood of your system. Able to bring strength with its 208-230v1ph and 1/4hp, this motor will be able to meet the needs of your system.

The Carrier HB39GQ232 208-230v1ph 1/4hp 825rpm Motor is a 208/230 voltage single phase 1/4 hp motor. It has a full load RPM of 825 and operates at a voltage range of 200 to 460 volts. With a locked rotor amps of 0.00 and a locked rotor current of 0.00 amps, this motor is an ideal choice for various household appliances such as: Portable sprayers with pump packages, Concrete finishing tools such as floor grinders and polishers, Drain cleaners with pump packages, Power lawn mowers and lawn vacuums fitted

The Carrier HB39GQ232 208-230v1ph 1/4hp 825rpm Motor is the best you can get in the home ventilation market. It has a 1/4 hp and operates at 825 rpm and 208-230v. The unit is 2" depth and it has an aluminum fan housing and carbon steel blades.

Powerful and compact 1/4 HP 208-230/460 Volts, 1 phase, 60 cpm 3/50/60 Hz AC induction motor. The HB39GQ232 is a split phase and can be used with all brands of gas heaters that require 1/4 HP and 208-230/460 Volts.

Main power: 960W. Voltage: 208-230V1ph Single Phase; Frequency: 60Hz; Power factor: 0.5

This Carrier 2 Ton HP Furnace, model

A motor that is used to power a home ventilation blower. The blower consists of a motor enclosed in a metal housing with small fan blades at the end of each shaft which are forced into rotation by ventilating air passing over the blades and causing them to spin.