AL RAMIZ A\C _ AIRCONDITIONING COMPRESSOR

The refrigeration system boasts a robust operational capability within a challenging temperature range, spanning from -23.3°C to +12.8°C. Employing R-22 refrigerant and a capillary/expansion control mechanism, the system ensures optimal performance under demanding conditions. The compressor efficiently manages a cooling rate of 425 CFM, consistently maintaining a stable evaporating temperature of 7.2°C. The condensing process operates at 55°C, facilitating the transition of the refrigerant from gas to liquid and effectively releasing heat. To enhance system efficiency, the liquid sub-cooling temperature is meticulously maintained at 46°C, optimizing the refrigerant state throughout the cooling cycle. The compressor, designed for 50 Hz operation with a single phase, is specifically configured for R-22 refrigerant, aligning seamlessly with the system's comprehensive specifications. Available in models 5524, 5530, 5532, and 5535, each model upholds the same high-performance standards, making them versatile for a myriad of applications. Collectively, these technical features contribute to the reliability and efficiency of the refrigeration system, showcasing a well-designed and capable solution for diverse scenarios.

• Title: A\C _ AIRCONDITIONING COMPRESSOR
• Operates in challenging conditions, with an evaporation temperature range from -23.3°C to +12.8°C.
• Utilizes R-22 refrigerant and employs a capillary/expansion control mechanism for effective performance.
• The compressor efficiently cools at a rate of 425 CFM, maintaining a steady evaporating temperature of 7.2°C.
• The condensing process takes place at a temperature of 55°C, facilitating the transition of the refrigerant from gas to liquid and releasing heat effectively.
• Maintains liquid sub-cooling at 46°C, optimizing the refrigerant state and enhancing overall system efficiency in the cooling cycle.
• Available models (5524, 5530, 5532, 5535) embody the same high-performance standards, making them versatile for various applications.