TOP

Product Center

An international innovative enterprise specializing in industrial temperature control and refrigeration technology, integrating product research and development, production, sales, and service

Medium temperature series

Medium low temperature series

Low temperature series

Ultra low temperature series

Special Customized Series

Home page

Water-cooled variable frequency magnetic levitation chiller

The water-cooled variable frequency magnetic levitation chiller unit has a cooling range of 45-1600 refrigeration tons (160-5625 kW), sufficient to meet the application needs of all industries today. 45-1600 refrigeration tons (160-5625 kW) Magnetic levitation compressor: R1234ze, R515B, R513A and R134a

Category:

Medium temperature series

Product Attachment:

Inquire Now

Overall Efficiency Improvement 50%

The water-cooled variable frequency magnetic levitation chiller has a cooling capacity range of 45-1600 refrigeration tons (160-5625 kW), sufficient to meet the application needs of all industries today.

45-1600 refrigeration tons (160-5625 kW)

Magnetic Levitation Compressor:
R1234ze, R515B, R513A and R134a

High Efficiency and Energy Saving

High Energy Efficiency Ratio
Magnetic bearing technology eliminates the frictional losses of traditional mechanical bearings, significantly improving the unit's mechanical efficiency. Combined with variable frequency technology, it can flexibly adjust the compressor speed according to the actual load demand, maintaining efficient operation under different loads. The integrated part load performance coefficient (IPLV) is high, with the IPLV of some products as high as 10 or more, and the energy efficiency advantage at part load is even more obvious.

Stable and Reliable Operation

Magnetic Levitation Bearing Support

Magnetic bearings use electromagnetic force to levitate the compressor rotor in the air, avoiding the wear and tear and friction of traditional mechanical bearings and the resulting mechanical failures. This contactless support method ensures smooth compressor operation, minimal vibration, and low noise levels, effectively extending the service life of the unit.

Precise Control Technology

Equipped with an advanced control system, it monitors the operating status of the unit in real time, precisely controlling parameters such as compressor speed and refrigerant flow to ensure stable operation of the unit under various operating conditions. It also has fault self-diagnosis and warning functions to detect and handle potential problems in a timely manner.

Strong Surge Protection Capability

The compressor control module has a control curve for safe operation of the compressor. By monitoring the operating status in real time and calculating and judging, it adjusts the speed in time to ensure that the compressor always operates within the safe zone, avoiding surge damage to the unit.

Environmentally Friendly Refrigerant

Usually uses green and environmentally friendly refrigerants, such as HFC-134a, which do not damage the ozone layer and meet environmental protection requirements.

Low Starting Current

The starting current of the magnetic levitation compressor is very small, only a fraction of that of a traditional compressor, or even lower. This has minimal impact on the power grid, helping to reduce grid load fluctuations and lower requirements and investment in power equipment.

Flexible Capacity Adjustment

It has a wide capacity adjustment range, generally achieving stepless adjustment from 10% to 100%. It can precisely adjust the cooling capacity according to the actual load demand, avoiding energy waste and meeting the load changes in different scenarios.

Compact Structure

The unit has a compact structure design, small footprint, saving installation space, and easy installation in different locations.

Low-Noise Operation

Due to the frictionless operation of magnetic bearings and advanced noise reduction technology, the unit operates at a very low noise level, typically around 77dB(A) or even lower, providing users with a quiet working and living environment.

Intelligent Communication

Communication usually uses advanced communication protocols, such as Modbus, to enable two-way data exchange with the user's automatic control system, facilitating remote monitoring and management by the user.