Carrier HC36AR231 200-240v1ph 840rpm fan motor

200-240v1ph 840rpm fan motor

The Carrier HC36AR231 200-240v1ph 840rpm fan motor is a split capacitor and an outside rotor type. This motor has the following dimensions: overall height – 186.69 mm, diameter – 180.27 mm, shaft size - 25 mm x 1.25 mm I/D x 32 mm O/D, width (not including terminals) - 90.17 mm, terminal pitch – 10mm apart

The Carrier HC36AR231 200-240v1ph 840rpm fan motor is a fantastic replacement product from the manufacturers of Carrier. This fan motor is ideal for use in: air conditioners, car heaters and many other applications. This product comes with a full manufacturer warranty for peace of mind and years of quality use.

The Carrier HC36AR231 200-240v1ph 840rpm fan motor is a replacement fan motor that is used with the Carrier brand of air conditioners. It is a single phase, two wire motor and is enclosed in a thermoplastic housing with a manufacturer part number of 4SX8906-199. This motor weighs nine pounds and it comes with mounting hardware.

The Carrier HC36AR231 200-240v1ph 840rpm fan motor is designed to generate a heavy volume of air flow. The HC36AR231 200-240v1ph 840rpm fan motor is ideal for forced-air applications and ventilation systems in residential, commercial, and industrial markets.

The Carrier HC36AR231 200-240v1ph 840rpm fan motor is suitable for variable-speed rotary drives up to 240v and 200-380v1ph. The product is ideal for inline duct dampers, air handler blower fans, wall mounting supply/exhaust fans and other products requiring a strong, durable motor which has a static pressure rating of 1.15mwg.

Versatile for use with most residential and light commercial applications, the Carrier HC36AR231 200-240v1ph 840rpm fan motor delivers dependable cooling or heating. This unit is backed by an industry leading 7-year limited warranty.

Designed with an integrated brushless motor, the Carrier HC36AR231 200-240v1ph 840rpm fan motor helps shave installation costs. The permanent split capacitor (PSC) design requires no maintenance, and the brushless design is less prone to failure than other types of motors.