The air-cooled and water-cooled chillers are highly efficient industrial cooling equipment, available in two types depending on the cooling medium used. The air-cooled chiller reduces temperature through air dissipation, making it suitable for environments with limited water resources or restricted installation conditions. In contrast, the water-cooled chiller utilizes a water circulation system to achieve efficient heat exchange, ideal for large industrial applications that require continuous operation. Both types of chillers incorporate advanced control systems and high-efficiency designs, providing stable and reliable cooling solutions.
Cooling Capacity
50Hz Mode: 65,360 – 395,600 Kcal/h
60Hz Mode: 78,260 – 474,720 Kcal/h
Outstanding Features
Quality, Efficiency, and Reliability
Guaranteed Component Sourcing: All components are provided directly by brand manufacturers or designated agents, ensuring each part is genuine and securing product quality from the source.
High-Efficiency Heat Exchange Design: All heat exchange parts are designed for high efficiency, ensuring comprehensive and effective heat transfer, which improves the overall operation efficiency of the machine.
Advanced Control System: Equipped with a professional chiller microcomputer control system, supporting bilingual (Chinese and English) operation and LCD display, the interface is user-friendly, straightforward, and easy to understand and use.
High-End Electrical Brand Equipment: Uses imported high-end electrical brands such as Schneider and ABB, ensuring the reliability and stability of the equipment’s operation.
Corrosion-Resistant Materials: All screws and pipelines are made of 304 stainless steel, preventing rust and corrosion, ensuring water quality, and extending the lifespan of the equipment.
Efficient Internal Pipeline Design: The internal pipeline design is optimized with anti-vibration pressure hoses and shock absorption technology, significantly reducing leakage and failure rates caused by vibration.
Nine Major Protection Devices: The equipment is equipped with nine major protection mechanisms that automatically diagnose the fault location and feedback to the control panel in case of failure, facilitating quick problem identification and repair.