Product details
PRODUCT DESCRIPTION
The GMCC PA103M1C rotary compressor is a single-phase compressor designed for air conditioning systems operating with R410A refrigerant. It is engineered for medium back pressure (MBP) applications, delivering efficient and stable cooling performance for residential and light commercial HVAC systems.
This compressor features advanced rotary (rolling piston) technology, ensuring smooth operation, reduced vibration, and reliable performance in continuous-duty applications. Its compact structure and optimized internal components enhance durability and energy efficiency in demanding cooling environments.
Operating on 220–240V single-phase power, it provides dependable and energy-efficient performance, making it suitable for small to medium-capacity air conditioning systems.
Key Benefits
Designed for air conditioning systems using R410A
Suitable for medium back pressure (MBP) applications
Rotary compressor design for smooth and low-noise operation
Compact and efficient performance for continuous-duty use
Reliable construction for long service life
Stable 220–240V single-phase operation
Specifications
Brand: GMCC
Model: PA103M1C-4DZDE2
Compressor Type: Rotary
Series: PA Series
Refrigerant: R410A
Phase: Single-phase (1PH)
Voltage: 220–240V / 50Hz
Application: MBP (Medium Back Pressure)
Performance
Cooling Capacity: ~2400 W
Input Power: ~820 W
Efficiency: ~3.0 W/W
Mechanical
Displacement: 10.3 cc
Weight: ~10.8 kg
Electrical
Motor Type: Not specified in official catalogue
Applications
Split air conditioners
Residential cooling systems
Small-capacity HVAC systems
Air conditioning replacement compressors
Refrigeration and chiller units
FAQs
Which refrigerant is this compressor designed for?
It is designed for R410A refrigerant.
What is the working application?
It is suitable for medium back pressure (MBP) air conditioning systems.
What type of compressor is used?
It uses a rotary compressor design.
What power supply is required?
It operates on 220–240V single-phase electricity supply.




