Maximize Performance with the S&A Fiber Laser Chiller: Your Solution for Optimal Laser Device Operation. This industrial-grade chiller is expertly designed to cool laser devices, maintaining stable laser output power and ensuring superior light beam quality. As a result, it significantly enhances both the working life and cutting accuracy of laser equipment. The S&A Fiber Laser Chiller is an essential component for any laser-based operation, offering reliable temperature control and operational efficiency.
Key Features:
Application Scenarios:
The S&A Fiber Laser Chiller is more than a cooling unit; it's a vital tool that enhances the efficiency, accuracy, and longevity of your laser operations. Its advanced features and versatile applications make it an invaluable asset for industries relying on precise and reliable laser technology.
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S&A
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Product Description
The operation:
The operation of the S&A chiller is based on the thermodynamic principles of the refrigeration cycle.
1. The compressor inhales low temperature and low pressure gas and compresses it into high temperature and high pressure gas.
2. High temperature and high pressure gas through the condensing valve, heat exchange with the outside air, cooling into high temperature and high pressure liquid.
3. The high temperature and high pressure liquid flows into the evaporator through the expansion valve, and becomes a low temperature and low pressure liquid after reducing the pressure.
4. Low temperature and low pressure liquid in the evaporator and cooling water heat exchange, absorb heat, evaporate into low temperature and low pressure gas.
5. Low temperature and low pressure gas is inhaled by the compressor here, and the cycle is repeated.
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Fiber Laser Chiller Selection Guide
MODEL | Temperature Precision | Rate Flow | Max.Pump pressure | Refrigerant | Applicable fiber laser power |
CWFL-1000 | ±0.5℃ | 1.5L/min+>10L/min | 40M | R-410a | 1000W |
CWFL-1500 | ±0.5℃ | 1.5L/min+>12L/min | 40M | R-410a | 1500W |
CWFL-2000 | ±0.5℃ | 1.5L/min+>20L/min | 35~40M | R-410a | 2000W |
CWFL-3000 | ±0.5℃ | 1.5L/min+>25L/min | 40M | R-410a | 3000W |
CWFL-4000 | ±1℃ | 1.5L/min+>30L/min | 50~59M | R-410a | 4000W |
CWFL-6000 | ±1℃ | 1.5L/min+>50L/min | 59~61.5M | R-410a | 6000W |
CWFL-8000 | ±1℃ | 2.5L/min+>65L/min | 59~61.5M | R-410a | 8000W |
CWFL-12000 | ±1℃ | 2.5L/min+>100L/min | 72~75M | R-410a | 12000W |
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Technical Parameters
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Product Description
The operation:
The operation of the S&A chiller is based on the thermodynamic principles of the refrigeration cycle.
1. The compressor inhales low temperature and low pressure gas and compresses it into high temperature and high pressure gas.
2. High temperature and high pressure gas through the condensing valve, heat exchange with the outside air, cooling into high temperature and high pressure liquid.
3. The high temperature and high pressure liquid flows into the evaporator through the expansion valve, and becomes a low temperature and low pressure liquid after reducing the pressure.
4. Low temperature and low pressure liquid in the evaporator and cooling water heat exchange, absorb heat, evaporate into low temperature and low pressure gas.
5. Low temperature and low pressure gas is inhaled by the compressor here, and the cycle is repeated.
|
Fiber Laser Chiller Selection Guide
MODEL | Temperature Precision | Rate Flow | Max.Pump pressure | Refrigerant | Applicable fiber laser power |
CWFL-1000 | ±0.5℃ | 1.5L/min+>10L/min | 40M | R-410a | 1000W |
CWFL-1500 | ±0.5℃ | 1.5L/min+>12L/min | 40M | R-410a | 1500W |
CWFL-2000 | ±0.5℃ | 1.5L/min+>20L/min | 35~40M | R-410a | 2000W |
CWFL-3000 | ±0.5℃ | 1.5L/min+>25L/min | 40M | R-410a | 3000W |
CWFL-4000 | ±1℃ | 1.5L/min+>30L/min | 50~59M | R-410a | 4000W |
CWFL-6000 | ±1℃ | 1.5L/min+>50L/min | 59~61.5M | R-410a | 6000W |
CWFL-8000 | ±1℃ | 2.5L/min+>65L/min | 59~61.5M | R-410a | 8000W |
CWFL-12000 | ±1℃ | 2.5L/min+>100L/min | 72~75M | R-410a | 12000W |
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Technical Parameters