Industrial water chiller for laser marking systems

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S&A Teyu RMUP-300 industrial water chiller is applied to cool 3W-5W UV laser marking system.

Package dimension : 66*55*34(L*W*H)
Dimension : 49*48*22(L*W*H) 5U
G.W : 26Kgs
N.W : 23Kgs
Max.pump flow : 13L/min
Max.pump lift : 12M
Inlet and outlet : Rp1/2
Tank capacity : 3.5L
Reducer : capillary
Pump power : 0.05KW
Refrigerant charge : 260g
Refrigerant : R-134a
Frequency : 50Hz
Voltage : 220V
Precision : ±0.1℃

Product Detail

water chiller

S&A Teyu RMUP-300 industrial water chiller is applied for cooling 3W-5W UV laser marking system.

Rack-Mount water chillers has 2 temperature control modes as constant temperature and intelligent temperature control mode. Generally speaking, the defaulted setting for the temperature controller is intelligent temperature control mode. Under intelligent temperature control mode, the water temperature will adjust itself according to the ambient temperature. However, under constant temperature control mode, users can adjust the water temperature manually.

Rackmount UV Chillers features
1. With environmental refrigerant;
2. Rack mount design, long working life and simple operation;
3. ±0.1℃ precise temperature control;
4. The temperature controller has 2 control modes, applicable to different applied occasions; with various setting and display functions;

5. Multiple alarm functions: compressor time-delay protection, compressor overcurrent protection, water flow alarm and over high / low temperature alarm;

6. Multiple power specifications; CE approval; RoHS approval; REACH approval;

THE WARRANTY IS 2 YEARS AND THE PRODUCT IS UNDERWRITTEN BY INSURANCE COMPANY.

Specification

Note: the working current can be different under different working conditions; The above information is for reference only. Please subject to the actual delivered product.

PRODUCT INTRODUCTION

Independent production of sheet metal，evaporator and condenser.

Adopt IPG fiber laser for welding and cutting sheet metal.

Temperature control accuracy can reach ±0.3°C.