TC(HF) Chamber And Power System
l Full-welding technology on the inner wall of the chamber to avoid water seepage and guarantee the long life .
l Automatically control the pressure relief hole, and the chamber is not deformed;
l Two-stage refrigeration system with high cooling intensity and high efficiency;
l Touch screen operation;
l Including the cooling towe;
l Including thermal insulation supports.
l Heat is dissipated through a special heat dissipation channel to avoid overheating caused by long-term high-current heating and ensure long-term uninterrupted operation.
l Use a stable constant current power supply to avoid overload and power failure due to the internal resistance of the module under high and low temperature alternation.
l Equipped with over-temperature alarm to avoid overheating of modules resulting from large current flow, which can bring safety hazards.
l Separately temperature control of individual modules is used to ensure, that each module meets the experimental conditions.
l Control the output current according to the temperature.
l Monitor the current, temperature, check the entire process current, temperature curve, and convert to EXCEL table.
Project | Parameters |
Temperature range | -50℃~ +110℃ |
Temperature control stability | ±0.5℃ |
Temperature uniformity | ≤±2.0℃ |
Temperature conversion rate | Meet 3.5°C/min cooling rate. |
Humidity control range | 20~ 95%RH |
Humidity control stability | ≤±2.0%RH |
Humidity uniformity | ±3.0%RH |
voltage range | 0-100V |
Voltage accuracy | ±1% |
Current range | 0-15A |
Current resolution | 0.1A(150mA-15A),1mA(0-150mA) |
Current accuracy | 0.1A(150mA-15A),1mA(0-150mA) |
Temperature accuracy | ±1℃ |
Temperature repeatability | ±0.5℃ |
- File name Release date Ooperating
- UL 1703 2018-05-21 Download
- IEC 61730-2 2018-05-21 Download
- IEC 61730-1 2018-05-21 Download
- IEC 61215 2018-05-21 Download