Master-bilt 13-13264 Psc Motor 1/3 Hp 230V

Product Description

The MASTER-BILT 13-13264 is a PSC (Permanent Split Capacitor) motor rated at 1/3 horsepower, 230 volts, and 1075 RPM. PSC motors are commonly used in commercial refrigeration equipment where consistent fan or compressor-assist airflow is required. This is a genuine OEM replacement part, meaning it is manufactured to the same specifications as the original component. Refrigeration technicians working on commercial food service equipment install this motor as a direct drop-in when the original unit fails due to winding failure, bearing wear, or overheating. It weighs 12.48 pounds.

This motor is intended for commercial refrigeration applications typical in food service environments. It is suited for installation in reach-in coolers, display cases, walk-in units, or similar commercial refrigeration equipment manufactured by MASTER-BILT. The 230-volt rating and 1075 RPM speed class it squarely in the range of evaporator or condenser fan motor replacements common to this equipment category.

Key Features

• Genuine OEM replacement part built to original factory specifications
• PSC motor design for reliable single-phase operation in commercial refrigeration
• 230-volt rating suitable for standard commercial equipment power supply
• 1075 RPM speed appropriate for evaporator or condenser fan duty
• 1/3 HP output matches original motor performance requirements

Compatibility

Designed as a genuine OEM-style replacement motor for MASTER-BILT commercial refrigeration equipment. Consult the unit service manual or nameplate data to confirm fitment before installation.

Installation Notes

Installation should be performed by a qualified refrigeration or HVAC technician familiar with commercial refrigeration systems. Disconnect and lock out all power to the unit before removing the failed motor. Verify that the replacement motor shaft diameter, rotation direction, and mounting configuration match the original before securing the unit. Reconnect all electrical leads per the equipment wiring diagram and confirm proper rotation direction before returning the system to service.