⚙️ Main Specifications
Model: QXD-13K
Brand: BOYARD
Compressor Type: Fixed-Speed Rotary Compressor
Application: MBP / LBP Commercial Refrigeration
Power Supply: 1 Phase, 220–240V, 50Hz
Displacement: 13.5 cc/rev
Rated Speed: 2850 rpm
Configuration: Vertical
Number of Cylinders: 1
Height: 310 mm
Refrigerants: R404A / R448A / R449A / R452A / R455A Boyard Compressors
Medium Temperature – MBP
Cooling Capacity: 1,700 W / 5,800 Btu/h
Input Power: 850 W
Current: 3.9 A
COP: 2.00 W/W
The MBP performance is rated at an evaporating temperature of -6.7°C and condensing temperature of 54.5°C. Boyard Compressors
Low Temperature – LBP
Cooling Capacity: 820 W / 2,798 Btu/h
Input Power: 780 W
Current: 3.6 A
COP: 1.05 W/W
The LBP performance is rated at an evaporating temperature of -23.3°C and condensing temperature of 54.5°C. Boyard Compressors
❄️ Applications
The QXD-13K is suitable for a range of commercial medium- and low-temperature refrigeration equipment, including:
- Commercial refrigeration display cabinets
- Refrigerated showcases
- Small cold rooms and walk-in freezers
- Freezer and chiller equipment
- Commercial condensing units
- Food and beverage refrigeration equipment
The compressor incorporates liquid-injection cooling technology, designed to help maintain stable compressor operation under demanding refrigeration conditions. Boyard Compressors
🔧 Key Features
Wide operating range: Suitable for both MBP and LBP refrigeration applications.
Multi-refrigerant compatibility: Supports several commonly used commercial refrigeration refrigerants, including lower-GWP alternatives such as R448A and R449A. Boyard Compressors
Single-phase operation: 220–240V, 50Hz configuration makes it suitable for commercial refrigeration installations where three-phase power is not available.
Compact vertical design: Designed to provide useful refrigeration capacity while maintaining a relatively compact installation footprint.
Low-temperature capability: Designed for evaporating temperatures extending down to approximately -40°C, subject to system design and operating conditions.
