- With the disk USB recording function, you do not need a logger.
- Refrigerant servo valve flow algorithm control. 30% power saving
- High temperature and high humidity test to prevent condensation, dripping technology industry-leading
- Low-temperature working conditions, the heater does not participate in the work. The refrigerant flow rate and flow direction of the refrigeration unit are controlled by PWM technology, and the refrigeration pipe, cold by-pass pipe and hot by-pass pipe are adjusted in three directions to realize the automatic constant temperature of the working room. This method can reduce energy consumption by 40% under low-temperature working conditions.
- Temperature synchronization slope control (IEC 68-2-56,68-2-30), no dripping, no condensation and condensation.
- Refrigeration Advantages: traditional equipment low temperature control mode: Ø refrigeration compressor start-stop control temperature (temperature fluctuations, seriously affect the life of the compressor.
has been eliminated technology) Ø refrigeration compressor constant operation + heating PID control (resulting in cooling capacity and heating offset to achieve dynamic temperature balance)
(waste a lot of electricity) – new PWM cold control technology to achieve low-temperature energy-saving operation: new PWM cold control technology to achieve low-temperature energy-saving operation.
Temperature Shock Test Chamber-Three Zone
Cold and heat impact tester use: temperature impact tester use: electronic and electrical components, metals, chemical materials, automation parts, communication components, defense industry, aerospace industry, BGA, PCB substrates, electronic chip IC, semiconductor ceramics and polymer materials, the ideal test tool for physical changes. This tester is ideal for testing the physical changes of electrical and electronic components, metals, chemical materials, automation parts, communication components, defense industry, aerospace industry, BGA, PCB substrates, electronic chip ICs, semiconductor ceramics and polymer materials.
The use of low and high temperature storage and thermal energy storage tank, according to the action required to open the DAMPER, the storage tank of hot and cold energy into the test tank to achieve rapid temperature shock effect, balance temperature control system (BTC) + special design of the air supply circulation system, dynamic P.I.D. way to control the SSR, so that the system of heating equal to the amount of heat loss, so it can be used for a long time and stable.
