Water Cooled Cryogenic Chiller

Product Features
·Condenser Design: The core component is a shell-and-tube or plate-type condenser, where the refrigerant condenses within the tubes, releasing heat to the cooling water outside.
·Cooling Water System: The chiller must be connected to an external cooling tower to form a circuit, utilizing the sensible heat of evaporation and the latent heat of condensation to dissipate the heat of condensation.
·Overall Unit Structure: Typically, a sturdy box-type structure integrates the compressor, condenser, evaporator, expansion valve, and control unit.
·Capacity Range: Single units cover a wide range of cooling capacities, scalable from small and medium-sized commercial applications to large industrial applications.
·Control Logic: Equipped with a microprocessor controller, it monitors and adjusts operating parameters such as outlet water temperature, compressor load, and water flow.

Product Advantages
·Energy Efficiency: Due to water's high specific heat capacity and low condensing temperature, the unit typically achieves a high energy efficiency ratio under stable operating conditions.
·Space Adaptability: The unit itself does not require an outdoor unit installation location, allowing the main equipment to be concentrated within the machine room, making it suitable for applications with limited space or where aesthetically pleasing design is crucial.
·Environmental Adaptability: Its performance is not significantly affected by ambient temperature fluctuations, maintaining stable cooling capacity even in high-temperature climates.
·Operational Stability: The integrated design and indoor installation environment reduce aging and corrosion of core components, helping to extend the unit's lifecycle.
·Large-Capacity Applications: The system architecture facilitates modular assembly and centralized control, making it suitable for providing cooling for large buildings or centralized process cooling systems.

Applications 
·Water-cooled air chillers are primarily suitable for medium- to large-scale projects requiring a centralized cooling source, continuous operation, and high energy efficiency.
·Commercial Buildings: Providing chilled water for central air conditioner systems in large shopping malls, hotels, and office buildings.
·Industrial Manufacturing: Used for process cooling in industries such as plastic molding, food processing, chemicals, and pharmaceuticals.
·Data Centers: Provides a reliable cooling source for the environmental control systems of high-density Machine Rooms.
·Healthcare: Meets the air temperature, humidity, and cleanliness control requirements of hospitals and laboratories.