York Screw Chiller

The York Screw Chiller series uses York twin-screw open compressors,which feature an advanced asymmetric original shaft design.This design significantly improves energy efficiency,reducing operational costs and enhancing performance over time.

-The high energy efficiency ratio(EER)ensures that the unit delivers reliable cooling with minimal energy consumption.

The compressors in the RWK II-BC/RC York Screw Chiller units are equipped with anti-friction rolling bearings,offering an L10 service life of up to 1,000,000 hours under design conditions.

-The oil-free pump lubrication system ensures that all oil injection and lubrication are achieved through positive pressure differences,reducing wear and prolonging the life of the compressor.

The Next View Controller is a new-generation control center that provides easy operation and displays key operating parameters.It also supports automatic control and safety protection for both the compressor and refrigeration system.

-This control system offers powerful data processing and expansion capabilities and supports Chinese/English display,making it adaptable to different regions and applications.

The unit features a low-noise open motor,which is connected to the compressor via a DF flange,simplifying installation and eliminating the need for on-site calibration.This makes the unit quieter during operation,improving the working environment.

The unit includes a high-efficiency oil separator with a horizontal three-stage separation design.It is equipped with an integrated oil tank and a replaceable oil accumulation filter that ensures oil and gas separation particles are reduced to less than 1 micron.

-This ensures the cleanliness of the lubricating oil system,further enhancing the service life and efficiency of the compressor.

The system is designed with a compact structure,saving space and making it easy to install and maintain.

-The shell-and-tube condenser and evaporator are designed for simplicity,providing easy access for maintenance and enhancing the operational lifespan of the system.