Value Collection 11923 Motor Capacitor 378-438 Mfd

Product Description

The VALUE COLLECTION 11923 is a motor run capacitor rated at 378 to 438 microfarads (MFD) and designed for use at 110 to 125 volts. Motor run capacitors store and release electrical energy to maintain consistent phase shift in single-phase AC motors, keeping the motor running smoothly under load. This capacitor is a passive electrical component typically installed by licensed electricians or HVAC technicians during motor service or replacement. The wide MFD range accommodates tolerance variation and simplifies cross-referencing across applications where an exact-value capacitor is not specified.

This capacitor is suited for single-phase AC motors found in HVAC equipment, commercial refrigeration units, pump motors, and other motor-driven apparatus operating on 110 to 125 volt circuits. It is appropriate for both service replacement and new installation scenarios where a high-capacitance run capacitor is required. The package contains one capacitor unit, making it suitable for individual motor service calls.

Key Features

• Wide capacitance range of 378 to 438 MFD accommodates tolerance-flexible applications
• Rated for 110 to 125 volt single-phase AC motor circuits
• Compact form factor at 0.335 pounds for straightforward handling and installation
• Single-unit packaging supports per-job procurement without excess inventory

Compatibility

Designed as an OEM-style replacement capacitor for single-phase AC motors requiring a high-capacitance run capacitor in the 378 to 438 MFD range on 110 to 125 volt circuits.

Installation Notes

Installation should be performed by a licensed electrician or qualified HVAC technician. Always disconnect and lock out power to the motor circuit before servicing or replacing the capacitor, and discharge any stored voltage in the existing capacitor before handling. Verify that the replacement capacitor MFD rating and voltage rating match or fall within the motor manufacturer's specified tolerance range before completing the installation. Work should comply with applicable NEC requirements for the jurisdiction.