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Two-chamber temperature shock test chamber
The two-zone thermal shock chamber is used to test the ability of various materials to withstand continuous exposure to extremely high and low temperatures in a short period, allowing for the detection of chemical changes or physical damage caused by thermal expansion and contraction in the shortest possible time.
Category:
Thermal shock test chamber
Keyword:
Kexun
Mobile:18688631772 18925806499
Product Introduction
Product Specifications: Inner box meets 17~1000L standard volume and other non-standard customized models
Product Introduction: The two-chamber thermal shock test chamber is used to test the ability of various materials to withstand continuous exposure to extremely high and low temperatures in an instant, allowing for the detection of chemical changes or physical damage caused by thermal expansion and contraction in the shortest possible time.
Product Alias : Two-chamber high and low temperature shock test chamber, two-chamber (two-tank) cold and hot shock test chamber, two-chamber cold and hot shock test chamber, two-tank temperature shock test chamber, up and down moving temperature shock chamber, two-chamber mobile cold shock chamber, temperature shock test chamber details
Two-chamber temperature shock test chamber: Cold and hot shock test chambers include air-door (static) type cold and hot shock test chambers, basket (mobile) type cold and hot shock test chambers, liquid medium cold and hot shock test chambers, and airflow type cold and hot shock test chambers, etc. Their temperature change rate is usually > 30°C/min, capable of simulating the drastic changes in ambient temperature, used to assess the adaptability of products to drastic changes in ambient temperature. At the same time, they can also detect chemical changes or physical damage caused by thermal expansion and contraction in the shortest possible time, and in some cases are also used for environmental stress screening tests.
► Uses an up-and-down moving temperature shock method, with the test item moving up and down in the basket.
► 2-zone shock method, which minimizes the thermal load during cold and hot shock and shortens the temperature recovery time.
► Complies with temperature cycle TC, cold and hot shock test, thermal stress test, performance test.
► Continuous shock 1000 times without defrosting, low defrosting frequency, high test efficiency.
► Uses electronic expansion valve technology and an innovative control system, with product efficiency and energy saving >45%.
► Can be customized to horizontal structure (basket moves left and right) and three-chamber (energy storage) type, vertical structure according to test piece requirements.
Common temperature cycle shock curves:
Standards Met:
《GB/T10592-2008 High and Low Temperature Test Chamber Technical Conditions》,《MIL-STD-202G METHOD 107G THERMAL SHOCK》,《MIL-STD-810G METHOD 503.5 THERMAL SHOCK》
《GB/T5170.2-2008 Test Methods for Environmental Test Equipment for Electrical and Electronic Products Temperature Test Equipment》,《GJB360B-2009 Test Methods for Electronic and Electrical Components Method 107 Temperature Shock Test》
《GJB150.5A-2009 Military Equipment Laboratory Environmental Test Methods Part 5: Temperature Shock Test》,《GB/T2423.22-2002 Environmental Test for Electrical and Electronic Products Part 2 Test Methods Test N Temperature Change》
*Customizable non-standard models with any specifications*
Two-tank (basket) cold and hot shock chamber |
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Model |
KS-LR2-49L |
KS-LR2-100L |
KS-LR2-150L |
KS-LR2-250L |
KS-LR2-450L |
KS-LR2-1000L |
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Basket Volume (L) |
49 L |
100 L |
150 L |
250 L |
450 L |
1000 L |
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Structure Size |
Basket Dimensions |
Width W |
400 |
500 |
600 |
700 |
800 |
1000 |
Depth D |
350 |
500 |
500 |
600 |
800 |
1000 |
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Height H |
350 |
400 |
500 |
600 |
700 |
1000 |
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Window Size |
Width W*Height H |
210*300 |
320*430 |
320*430 |
320*430 |
320*430 |
390*540 |
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Performance Indicators |
High Temperature Tank |
Temperature Range |
+60℃~+200℃ |
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Heat Storage Time |
RT (Room Temperature)~+200℃, ≤30min |
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Low Temperature Tank |
Temperature Range |
-10℃~-80℃ |
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Pre-cooling Time |
RT (Room Temperature)~-75℃, ≤50min |
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Basket (Hoist) |
Temperature Shock Range |
A:-40~+150℃,B:-55~+150℃,C:-65~+150℃ |
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Temperature Fluctuation |
≤±0.5℃ |
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Temperature Uniformity |
≤2.0℃ |
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Temperature Deviation |
≤±2.0℃ |
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Basket Conversion Time |
5s |
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Temperature Recovery Time |
≤ 5min |
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Total Power (KW) |
7.75 |
12.5 |
21.25 |
28.35 |
37.9 |
50 |
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Test Method |
Pneumatic switching, basket vertical up and down movement |
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Noise (dB) |
≤72 |
≤72 |
≤72 |
≤75 |
≤75 |
≤75 |
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Number of Cycles Without Defrosting |
1000 times (optional without defrosting during the process) |
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Cooling Method |
Air cooling or water cooling |
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Cabinet Material |
Inner Box |
SUS #304 Stainless Steel |
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Outer Box |
Cold-rolled steel plate with double-sided electrostatic spraying process |
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Insulation |
Ultra-fine glass wool |
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Operating ambient temperature |
Air-cooled ambient temperature requirement 5~+30℃/Water-cooled ambient temperature requirement +5~+40℃ (water tower or chiller required for water cooling) |
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Standard accessories |
1 heat-insulating glass viewing window, 2 sample racks, 1 test line hole with a diameter of 50mm, power cord, instruction manual |
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Power supply |
AC380V±10% 50Hz,3P5W |
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Model description |
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