Carrier 296992 58MV660005 3.0 ECM Motor w/Harness

3.0 ECM Motor w/Harness

This is a genuine Carrier/Bryant/Payne 3.0 ECM Motor w/Harness. This 3.0 ECM Motor w/Harness fits the following models: Carrier Model(s): 38EYG036-60 FS Series, 58CV030-60, 58CV036-60, 58CV01-60, 58CV09-60 Bryant Model(s): 36FA036-60A Lennox Model(s): EL36F036-60, EL38F030-60, HM36C030-60, HM36C036-60 Payne Model(s):

The Carrier 296992 58MV660005 3.0 ECM Motor w/Harness is a genuine OEM replacement part suitable for use with heat pumps and air conditioners.

Carrier 3.0 ECM Motor with Harness. Gas Furnace (3.0). Electrical: 115,000 / 3.0 kW / 277/480V, 0.75 Phase, 60Hz. Motor: ECM Single Vertical Shaft, 230/460V (208/277) 3.0 kW (4hp), 115,000 btuh (7719 MBh) Cooling Baseboard; Gas Heat. Most Common Alternate Part Numbers: 046-286962, 04-627321

The Carrier 3.0 ECM Motor with harness is ideal for replacing a damaged or worn out motor and harness. Put the power back into your heating and cooling system with help from the experts at Carrier Lubricants, your industry leader in quality lubrication products.

Our Carrier boiler control board/Universal replacement is designed as a direct replacement for most brands, including carrier 58MV660005 and 3.0 ECM motor with harness. It is important to replace your standard internal components with those from reputable manufacturers like our company, and to install it by experienced HVAC technicians like ours. Setting up a maintenance agreement ensures that you will be able to react quickly in the unlikely case of failure, and extend the life of components that wear out after repeated use.

The ECM Motor is designed specifically for Carrier units. This 3.0 ECM Motor has a harness that is compatible with Carrier/Bryant 58MV660005, 56CMV6031 or 56CMV6021 Thermostats. The Carrier lower motor assembly replacement includes a new dimmer wheel that replaces the old one on the original carrier lower motor assembly.

The 3.0 ECM Motor (58MV660005) is an electronic circuit board that converts electrical signals from the built-in microprocessor into mechanical actions that operate the blower, compressor, and condenser fans