How to proficiently operate the Thermal Inducing System in three steps!
2023-05-29 11:14:39

I don't know what to do when I get the Thermal Inducing System? Don't panic! Teach you how to proficiently operate the Thermal Inducing System in three steps!

Step 1: Confirm that all interfaces of the device are connected and turn on the main power switch on the back of the device; Press the green start button on the front and wait for the device to self check. When the pre cooling status color on the touch screen interface changes to "green", the device can be used normally.

Step 2: Adjust the position of the test item so that the air outlet of the high and low temperature heat flux meter is facing the test position.

Step 3: On the operation interface, set the desired maximum and minimum temperatures, temperature rise and fall rate, and holding time, and then press the "OK" button to confirm. Finally, the corresponding temperature zone buttons on the motor screen (high temperature, normal temperature, low temperature) are activated and executed to set values.

The ThermoTST series developed by Zonglen is a precision Thermal Inducing System with a wider temperature range of -90 ℃ to+225 ℃, providing strong temperature conversion testing capabilities. Temperature conversion from -55 ℃ to+125 ℃ for approximately 10 seconds; After long-term verification under multiple working conditions, it meets the requirements of various production and engineering environments. The ThermoTST series is a pure mechanical refrigeration system that does not require liquid nitrogen or any other consumable refrigerants.

 

The ThermoTST series Thermal Inducing System can be applied to reliability tests such as product characteristic analysis, high and low temperature temperature variation testing, temperature shock testing, failure analysis, etc., such as: chips, microelectronic devices, integrated circuits (SOC, FPGA, PLD, MCU, ADC/DAC, DSP, etc.) Flash, UFS, eMMCPCBs, MCMs, MEMS, IGBT, sensors, etc Small module module optical communication (such as transceiver high and low temperature test, SFP optical module high and low temperature test, etc.), other electronic industries, aerospace new materials, laboratory research.