S&a Chiller For High Power Fiber Laser System

S&A chiller for high power fiber laser system of 1KW capacity
S&A CW-6200AT dual temperature and dual pump series is high-precision compression refrigeration water chiller,with intelligent temperature control,completed configuration,perfect protection and alarm system, it is applied to cool high power fiber laser system of 1KW capacity.
S&A CW-6200AT is able to cool the fiber laser and optic lense at the same time, multiple use for saving cost, space and manual move, quiteconvenient for the user.
Features
1. 5100W cooling capacity; optional environmental refrigerant;
2. 0.5 precisely temperature control;
3. The intelligent temperature controller has 2 control modes, applicable to different applied occasions; with various setting and display functions;
4. Dual temperature and dual pump to satisfy different needs of fiber laser device and the lens;
5. With Ion adsorption filtrating and test functions conform to fiber laser device operating requirements;
6. Multiple alarm functions: compressor time-delay protection, compressor overcurrent protection, water flow alarm and over high / low temperature alarm;
7. Multiple power specifications; CE approval; RoHS approval; REACH approval;
8. Long working life and easy operation;
9. Optional heater and water filter.
Model CW-6200AT CW-6200BT
Voltage 220V 220V
Frequency 50Hz 60Hz
Current 2~13A
Compressor power 1.68KW 1.65KW
2.24HP 2.2HP
High + low temp system refrigeration capacity 1706 Btu/h+15820 Btu/h 1706 Btu/h+15940 Btu/h
0.5 KW+4.63 KW 0.5 KW+4.67 KW
430 Kcal/h+3986 Kcal/h 430 Kcal/h+4016 Kcal/h
Refrigerant R-22 / R-410a
Refrigerant charge 1300g 1300g
Precision 0.5
Reducer Capillary
Protection Overcurrent protection for compressor, flow alarm, over temperature alarm
High + low temp pump power 0.1KW + 0.55KW
High + low temp tank capacity 4L + 12L
High + low temp pump lift 25M + 36M
High + low temp inlet and outlet Rp1/2" + Rp1/2"
High + low temp pump flow 16L/min + 70L/min
N.W 92Kgs
G.W 102Kgs
Dimension 78 x 47 x 89 cm (L x W x H)