Value Collection 11907 Motor Run Capacitor 56-7 Mfd

Product Description

The VALUE COLLECTION 11907 is a motor run capacitor rated at 56-7 microfarads (MFD) and designed for operation at 110 to 125 volts. Motor run capacitors maintain a continuous phase shift in single-phase AC motors, improving efficiency and torque throughout normal operation. This capacitor weighs 0.2 pounds and is suited for replacement service in residential and light commercial HVAC equipment. Licensed HVAC technicians and refrigeration mechanics are the primary installers. It ships in a package quantity of one unit.

This capacitor is applicable to single-phase PSC (permanent split capacitor) motors commonly found in condenser fan motors, evaporator blower motors, and compressor-start assist circuits where a 56-7 MFD rating at 110 to 125 volts is specified. It is appropriate for residential split systems, package units, and similar light commercial cooling and air handling equipment where the original equipment capacitor carries a matching MFD and voltage rating.

Key Features

• 56-7 MFD capacitance rating for PSC motor applications
• Rated for 110 to 125 volt single-phase circuits
• Lightweight at 0.2 pounds for easy handling in confined equipment compartments
• Single-unit packaging simplifies service-call inventory management

Compatibility

Designed as an OEM-style replacement motor run capacitor for single-phase PSC motors requiring a 56-7 MFD rating at 110 to 125 volts. Verify the MFD rating, voltage rating, and terminal configuration against the original capacitor before installation.

Installation Notes

Installation should be performed by a licensed HVAC technician or qualified electrician. Always disconnect and lock out power to the unit before servicing capacitors, and discharge any stored charge using an appropriate resistive discharge tool before handling. Capacitors must be mounted securely to prevent vibration damage, and terminals must be connected per the equipment wiring diagram. Improper capacitor sizing can cause motor overheating and premature failure.