S&A CWFL-3000BN Industrial Water Chiller for 3000W Fiber Laser AC 1P 220V, 60Hz
Description:
CWFL-3000 water chiller developed by S&A is made especially for fiber laser applications up to 3KW. It highlights a dual circuit configuration. Two temperatures can be supplied from one single chiller unit for the fiber laser and the laser head, indicating up to 50% space saving comparing with the two-chiller solution.
With temperature stability of ±0.5℃, this industrial water chiller is efficient in mitigating the heat that is generated during the fiber laser operation. Reducing the operating temperature can help reduce maintenance and extend the lifespan of the fiber laser system. Being Modbus-485 capable, CWFL-3000 high power water chiller can communicate with the fiber laser very easily.
Features:
1. Dual channel design for cooling fiber laser and the laser head, no need of a two-chiller solution;
2. ±0.5℃ precise temperature control;
3. Temperature control range: 5-35 ℃;
4. Modbus-485 capable, easy communication with the fiber laser system;
5. Constant temperature and intelligent temperature control modes;
6. Built-in alarm functions to avoid water flow problem or temperature problem;
7. CE, RoHS, ISO and REACH compliant;
8. User-friendly temperature controller for easy operation;
9. Optional heater and water filter.
Specifications
| Model | CW-FL-3000BNPTY |
| Voltage | AC 1P 220~240V 60Hz |
| Current | 3.6~30.9A |
| Power consumption | 6.05KW |
| Heater power | 600W+1400W |
| Precision | ±0.5℃ |
| Reducer | Capillary |
| Pump Power | 1.0KW |
| Tank Capacity | 22L |
| Inlet and Outlet | Rp1/2"+Rp1" |
| Max. Pump pressure | 5.9bar |
| Refrigerant | R-410a |
| Rated flow | 2L/min+>20L/min |
| Net Weight | 87Kg (191.8lb) |
| Gross Weight | 103Kg (227.1lb) |
| Dimension | 30" x 21.7" x 40.6" (77 x 55 x 103cm) |
| Package Dimension | 31" x 25.6" x 46" (78 x 65 x 117cm) |
Note:
1. The working current can be different under different working conditions; The above information is for reference only. Please subject to the actual delivered product;
2. Clean, pure, impurity free water should be used. The ideal one could be purified water, clean distilled water, deionised water, etc.;
3. Change out the water periodically (every 3 months is suggested or depending on the actual working environment);
4. Location of the chiller should be well ventilated environment. There must be at least 50cm from the obstacles to the air outlet which is on the top of the chiller and should leave at least 30cm between obstacles and the air inlets which are on the side casing of the chiller.