GMCC PZ110H1D 1/4 + R600a Refrigerator Compressor (198W - 170 K.cal)

Manufactured to deliver superior performance for large-capacity household refrigerators and freezers, the GMCC PZ110H1D Refrigerator Compressor combines high cooling power with quiet and efficient operation. With its 1/4 + HP (uprated) motor power and compatibility with eco-friendly R600a refrigerant, it is the long-lasting heart of your refrigeration system.

High Energy Efficiency and Capacitor-Assisted RSCR Motor

With a displacement of 11.0 cc, this model is designed with advanced RSCR motor technology. Under LBP (Low Back Pressure) operating conditions it produces 198 Watt (170 K.cal / ~675 BTU) of cooling capacity, quickly pulling the cabinet temperature down to the target level. Thanks to the genuine 4 µF run capacitor included in the box, the current drawn by the motor is minimized; this both allows the unit to start without strain and noticeably reduces energy consumption.

Key Technical Specifications and Equipment

The technical details of the compressor, manufactured with genuine GMCC technology to withstand demanding duty conditions, are as follows:

• Model: GMCC PZ110H1D
• Motor Power (HP): 1/4 + (Uprated High Capacity)
• Cooling Capacity: 198 Watt / 170 K.cal/h
• Compatible Refrigerant: R600a (Isobutane)
• Electrical Data: 220-240V ~ 50Hz, RSCR Motor Type
• Displacement: 11.0 cc
• Application: LBP (Low Back Pressure), standard and large-capacity refrigerators, freezers.
• Package Contents: Compressor body, 4 µF run capacitor, overload protector, relay, electrical terminal cover and vibration-absorbing rubber mounts.

Practical Note for Field Technicians

Technician Note: Before connecting the compressor to the system, do not skip nitrogen purging to remove debris and old oil, and a deep vacuum of at least 30-40 minutes. To allow the motor to run at high efficiency (COP) and low current, always integrate the 4 µF capacitor supplied in the box into the system. Since the unit operates with R600a (flammable) refrigerant, avoid brazing while there is refrigerant in the system, and charge precisely to the specified weight with an accurate scale to prevent overheating and tripping of the overload protector.