KingPo Technology Development Limited
IEC Testing Equipment
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Custom Made Three Zones High and Low Temperature impact Test Chamber For GJB Standard
1. Quick Details
| Alternative name | Three Zones Thermal Shock Tester |
| Function | Testing material structure or composite materials in instant and continuous temperature changing environment, check the chemical and physical damage. Provides basis and reference to improve quality of products |
| Type | Three zones |
| Weight | 180kg |
| Internal space | 1510mm*1730mm*1660mm |
| Corresponding test standard | GJB150, GJB360, GBJ367, GB/T5170, GB10592 |
2. Description
Thermal shock tester also is named rapid temperature changing tester or thermal cycling chamber.
The tester is used for testing material structure or composite materials.
The specimen will be exposed to continuous and instant changing circulation of extreme high and low
temperature.
Then check the chemical change and physical damage of the specimen caused by instant temperature
change.
The tester is applied to mental, plastics, rubber, electronics. The test can provides basis and reference
to improve quality of products.
The tester is divided into high temperature zone, low temperature, and test tank.
The specimen shall be still, while the tester employ special coldness and heat storage system. The cold
and hot wind will be switched and channeled to the test tank in moment, and finish the test when get the
set time.
3. Features
a. The tester is used for test chemical change and physical damage of specimen after suffering
instant extreme high and low temperature change.
b. The tester is divided three zone.
c. Widely usage.
4. Specifications
| Model | JB-3000-CH |
| Temperature range of test tank | －40℃～+150℃ |
| Preheating range of high temperature tank | ＋60℃～＋150℃ (30min, room temperature ＋ 10～＋30℃) |
| Precooling range of low temperature tank | －10℃～－40℃ |
| Cooling time for low temperature tank | About 80min from +20℃ to -40℃ (room temperature ＋10～＋30℃) |
| Temperature Fluctuation | ±2.0℃ |
| Temperature uniformity | ±3.0℃ |
| Temperature shock recovery time |
Within 5min |