Value Collection 11919 Motor Run Capacitor 270-324 Mfd

Product Description

The VALUE COLLECTION 11919 is a motor run capacitor rated for 270-324 microfarads (MFD) at 110/125 volts, designed to support the starting and running of single-phase AC motors in HVAC, refrigeration, and general equipment applications. Motor run capacitors maintain a continuous phase shift in the auxiliary winding, improving motor efficiency and torque during operation. This unit weighs 0.2 pounds, making it a compact replacement component. Licensed technicians working on fan motors, compressor circuits, and similar inductive motor loads will find this capacitor a straightforward service part.

This capacitor is suited for residential and light commercial applications where a 270-324 MFD motor run capacitor operating at 110 or 125 volts is required. Typical use cases include replacement service on blower motors, condenser fan motors, and other single-phase inductive motor circuits that require continuous capacitor duty. It is packaged and sold as a single unit.

Key Features

• Wide MFD range of 270-324 microfarads accommodates slight tolerance variation during installation
• Dual voltage rating of 110/125 volts suits common single-phase motor circuits
• Lightweight at 0.2 pounds for easy handling in tight equipment enclosures
• Single-unit packaging supports individual service calls without excess inventory

Compatibility

Designed as a replacement motor run capacitor for single-phase AC motors requiring a 270-324 MFD rating at 110 or 125 volts. Verify existing capacitor MFD rating, voltage rating, and terminal configuration before installation.

Installation Notes

Motor run capacitors must be installed by a qualified technician. Always disconnect and lock out power to the equipment before handling capacitors, and discharge any stored charge before removal. Verify that the replacement capacitor MFD rating and voltage rating match the motor nameplate and original component specifications. Capacitors store lethal voltage even after power is disconnected -- confirm full discharge with an appropriate meter before proceeding.