Overview:
The thermal shock test chamber is a test device used to simulate the performance and reliability of a product or material under special temperature changes. It makes the product or material experience a rapid hot and cold shock by quickly switching in the liquid tank of different temperatures to evaluate its durability and stability in the temperature changing environment; It is widely used in electronics, automotive, aerospace, materials and other industries to evaluate the reliability, adaptability and durability of products or materials under special temperature environments.
During the test process, the temperature shock test chamber will control the temperature of the liquid in the cold and hot tanks and the action of the transfer device, so that the sample can be quickly transferred from one temperature extreme to the other temperature extreme in a relatively short time. This rapid temperature change creates both thermal and cold stresses, simulating the stress conditions that a product or material may meet in a temperature changing environment.
Performance:
1.The cold and heat shock test chamber is an effective test device suitable for reproducing test results in a short time
2.Carry with touch color LCD operating screen
3.Corresponding to the U.S. military standard MIL-STD-883E (Method No.1011.9) and other test standards
4.Smooth movement of the specimen
5.The air cylinder mode and the new fitting mode are adopted to reduce the vibration effect on the sample and avoid the unnecessary stress effect
6.A significant reduction in the consumption of conductive fluid
7.By improving the air tightness of the test area and preventing evaporation, water is separated by water separation filter
8.There is a special regenerative device for conducting medium fluid
Main technical parameters |
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Mode |
WBE-LR2YC-22A/B/C |
WBE-LR2YC-52A/B/C |
WBE-LR2YC-10LA/B/C |
WBE-LR2YC-15LA/B/C |
WBE-LR2-YC30LA/B/C |
Volume(L) |
2.1L |
4.5L |
10L |
15L |
30L(双开门) |
Basket size WxDxH(mm) |
120×120×150 |
150×200×150 |
175×300×175 |
215×350×195 |
300×450×220 |
Liquid tank size WxDxH(mm) |
280×420×420 |
310×500×420 |
335×600×445 |
375×650×465 |
460×750×490 |
Outer size WxDxH(mm) |
1360×1440×1910 |
1420×1540×1910 |
1470×1620×1910 |
1560×1570×1950 |
1720×1670×1980 |
Liquid medium |
Fluoro oil (perfluoroether oil) |
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The high temperature liquid tank Max temperature ℃ |
150℃(optional 180℃) |
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The low temperature liquid tank Min ℃ |
A-40℃;B-55℃;C-65℃ |
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Tonnage of water tower RT |
Air cool |
Water cool |
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Window W*H(mm) |
W500*H350 |
W550*H350 |
W600*H350 |
W650*H400 |
W400*H400*2 |
Heat storage temperature time |
RT~150℃ ≤80min |
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Cool storage temperature time |
A:+20~ -40℃ ≤50min; B:+20~ -55℃ ≤65min; C:+20~ -65℃ ≤80min. |
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High temperature impact range |
+60℃~ +150℃ |
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Low temperature impact range |
A:0℃~ -40℃ ; B:0℃~ -55℃ ; C:0℃~ -65℃ 。 |
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Temperature fluctuation |
≤±0.5℃ |
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Temperature uniformity |
≤2.0℃ |
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Temperature deviation |
≤±2℃ |
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Basket conversion time |
10S |
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Temperature recovery time |
≤ 3min |
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High temperature exposure 10min/ low temperature exposure 105min |
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Operating ambient temperature |
Air cooling ambient temperature requirements 5~ +30℃/ Water cooling ambient temperature requirements +5~ +40℃ (water cooling requires a water tower or ice water machine) |
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System structure |
The test product is mobile, and there is a high-temperature liquid tank and a low-temperature liquid tank in one chamber structure |
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Weight(about)(Kg) |
1000 |
1200 |
1600 |
1900 |
3500 |
Temperature-time resolution |
Temperature:0.01℃;Time: 0.01min |
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Standard fittings |
Insulated glass viewing window 1pcs, power cord, instruction manual |
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Power supply |
AC380V±10%,50Hz±1Three-phase four-wire + ground cable (3/N/PE), the ground resistance is < 4Ω |