Split high and low temperature tester, as an advanced test equipment, its core function is to simulate various temperature environments in order to test the performance and reliability of products or materials under special temperature conditions. It plays a vital role in many fields such as electronics, automotive, aerospace, military, and materials research.

Design Highlights

The split design is one of the highlights of the unit. By separating the compressor and control system from the test chamber, the vibration and noise interference to the test environment is effectively reduced, thus ensuring the accuracy of the test results. This design also makes maintenance easier and improves the overall reliability of the unit.

Working Principle

The working principle of the split high and low temperature tester relies on its highly efficient refrigeration and heating system. The refrigerant flows under the action of the compressor and absorbs heat through the evaporator to achieve the cooling effect; while the electric heating element is used to provide a high temperature environment. The entire system is precisely controlled by a microcomputer controller, ensuring that the temperature in the test chamber reaches a preset value and remains stable.
Advantages

Precise control: The split design of the unit enables it to maintain a high degree of precision in temperature control during testing, ensuring the accuracy of the results.
Wide Temperature Range: The unit covers a wide range of temperatures from very low to very high to meet a variety of testing needs.
Stability and reliability: Optimised cooling and heating systems ensure stability and reliability over long periods of operation.
User Friendly: The unit is equipped with an intuitive and easy-to-use interface that simplifies the test setup process and reduces operational difficulties.
Multiple Protection Functions: The equipment is equipped with multiple protection functions such as overheat protection and overload protection to ensure the reliability of the testing process.

Application Fields

Electronics industry: used to test the performance of semiconductors, circuit boards, electronic components and other products under temperature changes.
Automotive industry: simulate the durability of vehicle components in high and low temperature environments to assess their performance in actual use.
Aerospace: Evaluating the stability and reliability of aerospace equipment and materials under special temperature conditions to ensure their normal operation in the environment.
Materials research: to study the changes of physical and chemical properties of materials in high and low temperature environments to provide strong support for the development of materials science.

In summary, the split high and low temperature test chamber has become an indispensable and important equipment in the field of modern industrial testing by virtue of its unique design, efficient working principle and wide range of applications.