Value Collection 12928 Motor Run Capacitor 4 Mfd 440V

Product Description

The VALUE COLLECTION 12928 is a single-section motor run capacitor rated at 4 microfarads (MFD) and 440 volts, designed to support the starting and running of single-phase AC motors in HVAC and light commercial equipment. Motor run capacitors maintain a continuous phase shift in the auxiliary winding of a motor to keep it running efficiently under load. This capacitor measures 2.16 inches wide, 1.31 inches deep, and 2 inches high, making it a compact fit for standard capacitor mounting locations. It weighs 0.228 pounds. HVAC technicians and motor service professionals are the typical installers.

This capacitor is suited for single-phase PSC (permanent split capacitor) motors found in residential and light commercial air handlers, condenser fan motors, blower motors, and similar HVAC equipment requiring a 4 MFD run capacitor at 440 volts. Its 440-volt rating provides compatibility with both 208-240 volt motor applications, as 440-volt capacitors are the standard for use across that voltage range in HVAC motor circuits.

Key Features

• Rated 4 MFD for precise capacitance in small single-phase motor circuits
• 440-volt rating compatible with 208-240 volt motor applications
• Compact form factor: 2.16 inches wide x 1.31 inches deep x 2 inches high
• Lightweight at 0.228 pounds for easy handling and installation in confined spaces
• Single-section design for straightforward replacement of same-rated capacitors

Compatibility

Designed as an OEM-style replacement for single-phase PSC motors requiring a 4 MFD, 440-volt run capacitor in residential and light commercial HVAC applications.

Installation Notes

Motor run capacitor replacement is performed by licensed HVAC technicians. Always disconnect and lock out power to the unit before servicing, and discharge the capacitor fully before handling, as capacitors can hold a lethal charge even after power is removed. Confirm MFD rating and voltage rating match the original capacitor before installation. Follow applicable NEC guidelines and equipment manufacturer service instructions.