Lead-acid Battery High and Low Temperature Thermal Shock Test Chamber

I. Equipment Overview

The lead-acid battery high and low temperature thermal shock test chamber, also known as the thermal shock test chamber or high and low temperature impact test chamber, is a specialized device designed for conducting high and low temperature and thermal shock tests on energy storage equipment such as lead-acid batteries. It is an essential testing equipment in industries such as metals, plastics, rubber, and electronics. It is primarily used to test the extent to which material structures or composite materials can withstand the continuous environment of extreme high and low temperatures in an instant, thereby detecting chemical changes or physical damage caused by thermal expansion and contraction of the sample in the shortest time.

II. Working Principle

The working principle of the thermal shock test chamber involves controlling the operation of the cooling and heating systems to achieve rapid temperature changes. The interior of the test chamber is typically divided into three zones: the high-temperature zone, the low-temperature zone, and the test zone. The test zone is where the product is placed and tested, while the high-temperature and low-temperature zones are controlled by condensers and heaters. When a thermal shock test is required, the temperature from the high-temperature or low-temperature zone is rapidly introduced into the test zone by controlling devices such as dampers and blowers, thereby achieving rapid temperature changes.

III. Equipment Features

Wide Temperature Range: The temperature range of the thermal shock test chamber is typically from -70°C to +150°C, meeting the testing needs of the vast majority of products.

Rapid Temperature Change: Capable of transitioning from the low-temperature zone to the high-temperature zone, or vice versa, in a short period to simulate the working state of the product in a temperature-changing environment.

Precise Temperature Control: Utilizes an advanced temperature control system to achieve high-precision temperature control, ensuring the accuracy and reliability of test results.

Safe and Reliable: The equipment is equipped with advanced safety protection devices, such as over-temperature protection and power-off protection, ensuring safe and reliable operation.

Modular Design: Facilitates maintenance and replacement, improving the maintainability and service life of the equipment.

IV. Application Areas

The lead-acid battery high and low temperature thermal shock test chamber is widely used in fields such as electronics, automotive, aerospace, and military industries, particularly for performance testing and quality control of energy storage equipment like lead-acid batteries. By simulating working conditions in extreme temperature environments, it evaluates the reliability and stability of products, providing strong support for product development and quality control.

V. Operational Precautions

Before use, carefully check whether all functions of the equipment are normal to ensure it is in good condition.

During testing, strictly follow the testing standards and requirements to avoid inaccurate test results due to operational errors.

After testing, promptly turn off the power supply and perform cleaning and maintenance on the equipment to extend its service life.

In summary, the lead-acid battery high and low temperature thermal shock test chamber is a very important testing device. It can simulate the working state of products in extreme temperature environments, evaluate their reliability and stability, and plays a significant role in product development and quality control across various fields.