Products Description
The thermal shock test chamber is like a magical "environmental simulation chamber", which can achieve rapid temperature changes in a very short time. Imagine, one second or unbearable high temperature environment, the next second instantly switched to a freezing cold state of low temperature, this violent temperature impact, can make the potential problems of the product no escape. It breaks the conventional test mode and is no longer limited to a single temperature condition, but through a fast alternating cycle of high and low temperatures, simulating various extreme temperature changes that the product may encounter during actual use, such as the temperature change of electronic products when they are brought from a warm indoor to a cold outdoor. Or the thermal expansion and contraction of auto parts during engine starting and stopping.
Product field

The automotive industry is also an important application area for thermal shock test chambers. In the process of driving, the temperature environment faced by each part of the car is extremely complex. The engine produces high temperature when working, and the vehicle cools quickly after stopping, and the temperature varies greatly in different seasons and different regions. The thermal shock test chamber can make the engine cylinder quickly switch between the high temperature working state and the low temperature cooling state, detect whether there will be cracks due to thermal stress, ensure that the car can run safely and stably under various climatic conditions and working conditions, reduce after-sales maintenance costs, and enhance the market competitiveness of the car brand.
In aerospace. Flying at high altitudes, aircraft experience dramatic temperature changes. The thermal shock test chamber is used to simulate these extreme conditions, test the engine, electronic equipment, aircraft structural materials, etc., and detect the performance of the engine when starting at a low temperature, so as to ensure the accurate data transmission of electronic equipment in a complex temperature environment, providing a solid guarantee for the safe development of the aerospace industry.
In addition to the above industries, thermal shock test chambers also play an important role in new energy, medical equipment, military and other fields. In the new energy industry, thermal shock testing of batteries, charging piles and other products can effectively improve their performance and safety in different temperature environments; The medical equipment industry uses thermal shock test chambers to test the reliability of equipment under different temperature conditions to ensure patient safety; In the military field, weapons and equipment are tested through thermal shock test chambers to ensure that they can be used normally in a variety of harsh environments.
Product advantage
The advantages of the thermal shock test chamber are very significant. First of all, it has a fast temperature conversion ability, can achieve high and low temperature switch in a very short time, greatly shortening the test cycle, improve work efficiency. At the same time, the temperature control precision is very high, you can precisely set and control the high temperature, low temperature limit values and conversion time, to ensure the accuracy and repeatability of each test. Secondly, the structure of the test box is reasonable, and the internal space layout is compact, which can accommodate products of different sizes and shapes for testing, and has good thermal insulation performance, reducing energy loss and reducing operating costs. In addition, the operation is also very simple, equipped with a user-friendly operation interface and intelligent control system, operators can easily set test parameters, monitor the test process, but also through the data analysis function to conduct in-depth research on the test results.
Product parameter
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Inner Size(mm) |
400×350×300 |
400×500×400 |
500×600×500 |
500×750×600 |
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Temperature Range |
High temperature chamber:RT~+150°C Low temperature:RT~-60°C |
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Temperature Deviation |
Less than ±2°C |
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Temperature Conversion Time |
Less than 10S |
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Temperature Recovery Time |
Less than 5min |
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Material |
External material: SUS#304 Stainless steel plate Internal material:SUS#304Stainless steel plate |
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Coolting System |
Water-cooled or air-cooled, Tecumseh compressor in France, environment friendly refrigerant |
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Controllor |
Programmable temperature controllor |
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Temperature Sensor |
PT 100 *3 |
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Setting Range |
TEMPERATURE : -100.00+200.00°C / TIME : OH1M ~ 9999H 59M / CYCLE ~ 10000 CYCLE |
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Resolution |
TEMPERATURE : 0.01°C / TIME : 1 MIN |
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Output Mode |
PID + PWM + SSR CONTROL METHOD |
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Simulated Load IC (KG) |
3.5kg |
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Standard Accessories |
Cable hole, lighting equipment |
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Cooling System |
Water-cooled/air-filled type |
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Power |
AC380V/50HZ Three-phase four-wire ac power |
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Additional Features |
The outlet and return it checks for taste known control /CM BUS (RS-485) remote monitoring management system /Ln2 liquid nitrogen rapid cooling control device |
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Remarks |
It can be customiazed according to customer demands. Technology index refer to product description.Delivery time within 45days |
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