Low-Temperature Air-Cooled Chiller (Water Chiller) Details:

Stable Performance: Utilizes multiple compressors in parallel, each with its own refrigeration circuit, meaning the evaporator and condenser are also independent; all compressors are controlled by a unified microcomputer control system, starting and stopping one by one without interfering with each other.
Energy Saving: Employs multiple small and medium-power compressors in parallel, ensuring smooth starting current and minimal grid interference during startup and shutdown. As the load changes, the unit automatically determines the number of compressors to start, ensuring that the operating compressors are in the optimal working state, thereby saving electricity.
Long Service Life: The evaporator and condenser are designed very rationally and are positioned above the compressor. Throughout the operation, the majority of the oil remains in the compressor, ensuring excellent lubrication.
Wide Range of Applications: Plastic products, molds, hardware, electroplating, chemical industry, electronics, food preservation, laser engraving, vacuum coating, ultrasonic cleaning; high-power chillers are widely used in hotels, office buildings for air conditioning, plastic cooling, food preservation, bath heating and cooling, storage, and other industries.
Uses heat transfer exchangers, with minimal cold loss, easy oil return, and the advantage of preventing heat transfer tubes from freezing and cracking.
Employs high-performance compressors with high EER values, low noise, and smooth operation.
Uses Schneider electric components for stability and reliable operation.