C-SCS435H38Q EVI OIL PORT Hermetic Scroll Compressor delivers an exceptional heating efficiency with a capacity of 35,200 W, ideal for a wide range of heat pump applications. Boasting a high Coefficient of Performance (COP) of 3.21, this compressor ensures optimal energy efficiency and cost-effective operation. Its design incorporates Enhanced Vapor Injection (EVI) technology, which improves performance in low-temperature environments, making it a suitable choice for demanding climates. three-phase induction motor provides a robust output of 12 HP, and motor is internally protected for enhanced durability. This vertically designed compressor is suitable for use with refrigerants such as R407C, R134A, and ors, ensuring versatility in various systems.
Technical specifications of C-SCS435H38Q include a displacement of 205.4 cm3 and speed options of 50 or 60 Hz, providing flexibility to match system requirements. design pressure ratings are 1.6 MPa for low pressure and 3.2 MPa for high pressure, ensuring safe operation under different conditions. compressor operates with a rated current of 1.8 A and features a high capacity for oil management, with a charge of 2800 ml FV68S oil, allowing for smooth and reliable operation. Designed for tandem installation, this compressor can be easily integrated into systems requiring multiple units, offering scalability and increased capacity potential.
Installation of C-SCS435H38Q is simplified with its compact vertical design, measuring 451 mm in height and 176 mm in diameter. It is equipped with a gas injection cooling system to manage operating temperatures efficiently, maintaining a maximum discharge temperature of 130 ºC. compressor features SAE/ODF connections, ensuring compatibility and ease of integration into existing systems. With a CE certification and an IP rating of 21, it adheres to international safety and performance standards. Wher for commercial or industrial applications, this Sonyo scroll compressor delivers reliable performance, energy efficiency, and adaptability required for modern HVAC systems.
