Thermal Shock Test Chamber For Electronic & Automotive Component Testing

Answer: Our thermal shock test chamber can achieve a temperature transition from +150°C to -65°C in as little as 3 minutes. This is due to the coordinated operation of the highly efficient refrigeration and heating systems, with specially designed high-power compressors and high-heat-generating heaters, which are sufficient to meet the testing requirements of high-demand samples such as electronic components.

2. Is the operation interface complicated? The technical levels of my team members vary, and it will be slow to get started if it's too complex.

Answer: The operation interface is very user-friendly. It features a large touch screen with a graphical menu, and each function has clear and intuitive icons, along with an easy-to-understand guided operation process. New employees can independently complete routine test settings after about half an hour of basic training.

3. How long can the equipment run continuously? Some test projects have long cycles, and I don't want the equipment to malfunction midway.

Answer: This thermal shock test chamber has passed endurance tests and can run stably for more than 30 consecutive days under full load. Core components such as compressors and heaters are all selected from high-quality industrial-grade products, combined with a complete heat dissipation and self-monitoring system to meet the needs of long-term operation.

4. With such large temperature changes, are there any protection measures in case of leakage, overheating and other situations in the equipment?

Answer: You don't need to worry about safety. The equipment has multiple leakage protection devices. Once a leakage is detected, the power will be cut off instantly. For overheating, when the internal temperature approaches the critical value, the heating and cooling systems will automatically shut down, while the strong exhaust fan will start to dissipate heat, and an audible and visual alarm will be triggered to notify the operator.

5.  What is the energy consumption of the equipment like? Will the electricity cost be high for long-term use?

Answer: The energy consumption is related to the temperature range and transition frequency you set. Taking the conventional test parameters for electronic components as an example, the daily power consumption is about 10 - 15 kilowatt-hours. Compared with similar equipment, the energy consumption is within a reasonable range and will not cause an overly high electricity cost.