Product details
Technical parameters
NO |
Performance |
Specification |
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1 |
Temperature-control range |
A model room temperature to 95℃ |
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B model 15℃ to 95℃ （With industrial chiller） | |||||
2 |
Constant temperature |
＜±1℃ |
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3 |
Temperature gradient |
±1℃ |
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4 |
Resolution |
0.1℃ |
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5 |
Inside dimension |
Model |
Inside dimension |
Heating power |
Constant temperature power |
XGY-160 |
800×800×500 mm |
6Kw |
500W |
||
XGY-280 |
1600×800×800mm |
18kW |
1000W |
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XGY-450 |
1800×800×800mm |
4000W |
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XGY-630 |
2000×800×800mm |
||||
XGY-1000 |
2300×1600×1600mm |
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XGY-1200 |
2500×2000×2000 mm |
24kW |
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Features:
1.Never rust-- This hydrostatic pressure test tank Inside of the testing tank use 304# stainless steel materials
2.Safe and energy saving--Thickening insulation layer, and take anti short-circuit measures, insulation and energy saving, greatly improving the safety of the machine, effectively reducing power consumption.
3.Precise temperature control--The temperature control system is integrated with the water tank, not using Stirring method, but using Patented internal circulation mode, and it adopts German brand Circulation pump, to insure the minimum Temperature gradient.
4.Water quality adaptability - with a filter device to ensure smooth circulation of water.
5.Efficient cooling--Using split industrial chiller, with high cooling efficiency, insure that the water temperature down to the set value within in short time.
6.Easy opening and closing - with water tank lid automatic opening and closing system.
7.Intelligent temperature control - This Constant temperature water tank temperature control system controlled by the intelligent instrument, you can set and adjust the temperature, and control temperature accuracy.And real-time temperature transmission to the host control system, the formation of the host pressure and time synchronization of the temperature curve, a complete monitoring of the test work of the state.
8、To prevent the overflow - tank cover part of the use of special design, effectively prevent the overflow phenomenon.
