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Copeland 6 HP ZSI18KQ-TFP-537_R22 medium and low temperature refrigeration compressor
Copeland 6 HP ZSI18KQ-TFP-537_R22 medium and low temperature refrigeration compressor Compressor Model Number: ZSI18KQ-TFP-537. Copeland Compressor ZSI18KQ-TFP-537 Technical Parameters and Specifications: cooling capacity, operating current, power, high and low pressure, etc. Copeland 6 HP ZSI18KQ-TFP-537_R22
ZSI18KQ-TFP-537 Emerson Copeland R22 Refrigerant Medium and Low Temperature Compressor Maintenance and Replacement Precautions: Refrigerant/Fluorine/Refrigerant Model and Filling Quantity, Refrigeration Lubricating Oil Model and Adding Quantity, High and Low Pressure Values, Operation Current value, suction and exhaust temperature range, etc.
Acquisition of relevant information about the comparison between Emerson Copeland Copeland Medium and Low Temperature Refrigeration Compressor ZSI18KQ-TFP-537 and Danfoss Compressor/Panasonic Compressor/Hitachi Compressor/Inwalt Compressor with similar performance.
Description
PRODUCT INFORMATION OF DANFOSS Copeland 6 HP ZSI18KQ-TFP-537_R22 medium and low temperature refrigeration compressor
Main advantages of Emerson Copeland Compressor ZSI18KQ-TFP-537 medium and low temperature refrigeration compressor 2:
• Continuous compression process, less vibration, quieter operation
• No complex suction and exhaust valve design inside, quiet operation, more reliable and wide range operation
• Low to medium temperature applications, covering -30°C to 0°C evaporating temperature
• CoreSense™ control liquid injection technology, improving the reliability of operation under low temperature conditions
• Wider operating range reduces inventory requirements
ZSI scroll compressor product information
Motor Horsepower: 2-7.5 HP
Operating range: medium temperature and low temperature operation
Refrigerant: R22, R404A
Main advantages of Emerson Copeland medium and low temperature refrigeration compressor ZSI18KQ-TFP-537 1:
Scroll compressors have higher energy efficiency and reliability
• Compared with piston compressors, scroll compressors have a higher energy efficiency ratio, and each scroll compressor can save 10% – 30% of electric energy per year based on different models
• Compared with traditional piston compressors, fewer moving parts bring higher reliability
• Patented two-way flexible design, which can separate the scroll in the axial and radial directions, and the liquid and debris can pass through the scroll without damaging the compressor. The scroll compressor runs smoothly
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