The working principle of the climate chamber is to simulate various conditions in the real environment by controlling parameters such as temperature, humidity, air pressure and illumination, as well as providing different gas compositions. Generally speaking, the climate chamber is composed of temperature control system, humidity control system, air pressure control system, illumination control system and gas supply system.
The temperature control system controls the temperature of the climate chamber through the heater and cooler, keeping it within the preset temperature range. Humidity control system through humidifier and dehumidifier to control the humidity of the climate chamber, keep within the preset humidity range. The pneumatic control system controls the air pressure of the climate chamber through the compressor and pressure reducing valve and other equipment to simulate different pressure conditions. Lighting control system simulates different lighting conditions through lights and other equipment. Gas supply systems are usually composed of multiple gas cylinders and regulators, which can provide different gas compositions to simulate different atmospheric or special atmosphere environments.
By controlling these parameters, the climate chamber can simulate a variety of different environmental conditions, such as high temperature, low temperature, high humidity, low humidity, high pressure, low pressure, different light conditions. At the same time, the climate chamber can also record and analyze the change of various parameters during the test process, as well as the performance and stability data of the product under different environmental conditions. These data can help developers and engineers understand product performance and stability, optimize product design and manufacturing processes, and improve product quality and reliability.
Climate chamber is widely used in various fields of research and development, production and quality control process, among which the main application scope includes:
Climate chamber can be used for testing and evaluation of automobile parts, such as engine, transmission, air conditioning system, tires, etc., to test their performance and durability under a variety of different environmental conditions.
Climate chamber can be used for aerospace devices and materials testing and evaluation, such as engines, hydraulic systems, electronic equipment, fuel systems, etc., in a variety of different high temperature, low temperature, high pressure, low pressure and other environmental conditions to test their performance and reliability.
climate chamber can be used for testing and evaluation of electronic products, such as mobile phones, computers, monitors, cameras and so on, in different temperature, humidity, light, air pressure and other environmental conditions to test its performance and stability, as well as the ability to adapt to the environment.
Climate chamber can be used for testing and evaluation of medical instruments and drugs, such as blood pressure monitors, electrocardiograph, syringes, drugs, etc., to test their performance and stability under different temperature, humidity, air pressure and other environmental conditions to ensure their safety and effectiveness.
The climate chamber can be used for environmental scientific research, such as studying global climate change, air pollution, Marine pollution, etc., by simulating different environmental conditions, to study the impact of environmental change on the ecosystem and human society.
The climate chamber can also be used in other industrial fields, such as building materials, food, textile, chemical, etc., to test and evaluate the performance and stability of products under different environmental conditions, so as to improve the product design and production process, and improve the quality and reliability of products.
Contact Person: Ms. Kris Zhang
Tel: 0086-0769-85914911