Products Description
The Climate Chamber laboratory is designed to create an artificial climate environment that can be precisely controlled. Its overall structure is strong, and the shell is generally made of high-quality thermal insulation materials and metal materials, which not only ensures good sealing, but also effectively prevents interference from the external environment to the internal climate simulation. The size of the interior space can be customized according to different needs, from small desktop to large walk-in, to accommodate various sizes of test samples and experiment scales.
The laboratory is equipped with an advanced air circulation system. The system can ensure that the indoor temperature, humidity, air flow and other parameters can be evenly distributed in all corners. Air circulates in the room through the specially designed air duct and outlet, so that the indoor climate conditions reach a high degree of consistency, thus ensuring the accuracy and reliability of the test results.

Device function
Temperature control
The Climate Chamber laboratory has excellent temperature control capabilities and can simulate a very wide range of temperatures. From very low temperature environments, such as -70 ° C or even lower, to high temperature environments, up to +180 ° C or higher. This wide temperature range allows it to simulate climate extremes ranging from polar cold to tropical heat. In terms of temperature control accuracy, the temperature fluctuation can be controlled within a very small range, usually within ±0.5 ° C, meeting the experimental needs of extremely high temperature requirements, such as high-precision electronic equipment, aerospace materials and other performance tests at different temperatures.
Humidity regulation
Humidity control is another important function of the climate chamber laboratory. It can be precisely adjusted in the range of 0% - 98% relative humidity. Whether it's simulating a dry desert climate or a humid tropical rainforest climate, it's perfect. Through the cooperation of advanced humidity sensors and humidification and dehumidification equipment, the set humidity value can be quickly and accurately reached and maintained, providing an ideal environment for the testing of different humidity sensitive products, such as drugs, food and other stability tests under different humidity.
Illumination simulation
In order to simulate the natural climate more fully, some climate chamber laboratories are also equipped with light simulation systems. It can simulate sunlight of different intensities, wavelengths and light times, from weak cloudy days to intense summer direct sunlight. This has important implications for studying changes in the performance of solar cells, plant growth, and materials or products with special requirements for light.
Gas composition control (optional)
Some high-end climate chamber laboratories also have gas composition control functions. It can accurately adjust the concentration of carbon dioxide, oxygen and other gases in the indoor air to simulate different atmospheric environments, such as studying the impact of climate change on organisms and the corrosion of products in some special industrial environments
Control system and data monitoring
Intelligent control system
The climate chamber laboratory is equipped with a highly intelligent control system. Users can easily set various environmental parameters, including temperature, humidity, light, gas composition, and more, through an intuitive interface. The control system adopts advanced algorithms and feedback mechanisms, which can adjust the operating state of the equipment in real time to ensure that the internal environment always meets the set requirements. At the same time, it also supports a variety of complex environmental simulation programs, which can be automatically run according to the needs of the experiment, greatly improving the efficiency of the experiment.
Data monitoring and recording
In the whole process of the experiment, the laboratory conducted real-time monitoring and recording of various environmental parameters. The high-precision data acquisition system collects temperature, humidity, light intensity, gas concentration and other data at regular intervals and stores it in a local database or exportable file. These data can be analyzed and processed by professional software to generate detailed experimental reports, including environmental parameter change curves, statistical data, etc., providing rich data support for the analysis and research of experimental results.
Application field
Electronic and electrical industry
Used to test the performance and reliability of electronic products in different climatic conditions, such as mobile phones, computers, televisions, etc., in the high temperature and high humidity, low temperature and low humidity environment, working stability, life test, etc., to ensure that products in different climate regions around the world can be used normally.
Automobile industry
In the development and production process of auto parts, different climatic conditions need to be simulated in the climate chamber laboratory, such as the performance of the engine in a high temperature environment, the reliability of the brake system in a wet and cold environment, and the aging of the automotive interior materials under long-term light and temperature changes to improve the overall quality and safety of the car.
Medicine and biology
The stability testing of drugs, the cultivation and research of microorganisms, and the preservation conditions of biological products all need to be carried out in a precisely controlled climate environment. The climate chamber laboratory can simulate the storage environment of drugs at different temperatures and humidity, and provide a suitable growth environment for biological experiments.
Materials science and construction industry
Research on the performance of new building materials under different climatic conditions, such as the performance of thermal insulation materials at high and low temperatures, the durability of waterproof materials in wet environments, etc. The research on corrosion, aging and mechanical properties of various metals and polymer materials under different climatic environments is also inseparable from the climate chamber laboratory.
Product parameter
|
Model |
BT-280 |
BT-2150 |
BT-2225 |
BT-2408 |
BT-2800 |
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Inner Size W×H×D(cm) |
40×50×40 |
50×60×50 |
50×75×60 |
60×85×80 |
100×100×80 |
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Outside Size W×H×D(cm) |
93×155×95 |
100×148×106 |
117×166×91 |
140×176×101 |
170×186×111 |
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Volume (V) |
80 L |
150L |
225L |
408L |
800L |
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Temp and Hum Range |
A:-20°C~150°C B: -40°C~150°C C: -60°C~150°C D: -70°C~150°C RH20%-98% |
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Function |
Fluctuation |
±0.5°C ±2.5%RH |
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Deviation |
±0.5°C-±2°C ±3%RH(>75%RH); ±5%RH(≤75%RH) |
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Controller Analytical Accuracy |
±0.3°C ±2.5%RH |
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Wind Cycling Way |
Centrifugal fan-broadband type forced air circulation |
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Refrigeration Way |
Single stage compression refrigeration |
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Refrigerator |
French Tecumseh |
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Refrigerants |
R4O4A USA DuPont environmental protection refrigerant(R23+R404) |
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Condensing Way |
Air-cooled or water-cooled |
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Water Supplying Way |
Automatic cycling water supply |
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Safety device |
Non- fuse-switch(compressor overload, refrigerant high low voltage, over-humidity and temperature protection, Protection switch,fuse stoppage warning system |
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