100L Electronic Products Dry Heat Testing Equipment GB/T2423 AC220V 50Hz

100L GB/T2423 Electric And Electronic Products Dry Heat Testing Equipment

Overview:

This series of programmable constant temperature and humidity test functions can simulate various temperature and humidity environments, suitable for testing electronics, auto parts, rubber, plastic glue, metal and other products to meet the reliability and stability of various harsh environments such as GB / T2423, GJB150A3 / 4 And other parameters. The applicability test of the product under high, low temperature, high temperature and high humidity environment can be used for various scientific research institutions and factory laboratories for testing.

Standards:

GB/T2423,GJB150A3/4

Parameter:

- The operation interface of the controller is provided with Chinese and English fonts to choose from, and the curve graph of real-time operation can be displayed on the screen.
- It has a capacity of 1200 999CYCLE steps in 120 groups of programs, and a maximum of 99 hours and 59 minutes can be set for each period of time.
- After the data and test conditions are entered, the controller has a screen lock function to avoid shutdown by human touch.
- With PID automatic calculation function, the temperature and humidity changes can be corrected immediately, so that the temperature and humidity control is more accurate and stable. With RS-232 communication interface and connection software, programs can be designed on the computer to monitor the test process and perform functions such as switching on and off.
- With 9-point fault message display, when an abnormal situation occurs during operation, the power supply is cut off immediately, and the cause of the fault is instantly displayed on the screen.
- With 4 sets of timing signal contacts, it can output control contacts externally during operation and provide users with dynamic tests (optional).
It can provide temperature and humidity linear DC signal output to the temperature and humidity recorder to understand the status of the test conditions, thereby improving the detection dependence.