LED lights Temperature Shock Chamber

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Description

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The LED lights Thermal Shock Test Chamber is engineered to evaluate the performance and endurance of a broad spectrum of LED lighting products, such as solar lights, garden lights, buried lights, tunnel lights, automotive lights, and fountain lights, under extreme temperature conditions. This chamber is designed to rapidly alternate the temperature environments, providing an accelerated assessment of thermal expansion and contraction effects, which may lead to chemical or physical damage.

The LED lights Thermal Shock Test Chamber is a crucial tool for the quality assurance of LED lighting products, providing a controlled environment to simulate and assess the impact of thermal extremes on these products.

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1. Rapid Temperature Transition: The chamber is capable of instantaneously shifting between high and extremely low temperatures, simulating the thermal stress that LED lights may encounter in various applications and environments.

2. Thermal Expansion and Contraction Testing: It is specifically designed to test the effects of rapid temperature changes on the structural integrity and performance of LED lights, identifying potential weaknesses due to thermal cycling.

3. High-Temperature and Low-Temperature: The chamber can subject LED lights to a wide range of temperatures, from very high to extremely low, to ensure they can withstand the harshest conditions.

4. Chemical and Physical Integrity: By exposing LED lights to these rapid temperature changes, the chamber helps to identify any chemical reactions or physical damage that may occur due to thermal stress.

5. Efficiency and Speed: The chamber is designed to conduct these tests in the shortest possible time, allowing for quick assessment and qualification of LED lighting products.

6. Reproducibility and Precision: It ensures reliable, precise, and reproducible results, which are critical for drawing accurate conclusions about the performance of LED lights under thermal shock conditions.

7. Global Testing Standards Compliance: The chamber meets a range of global testing standards, making it suitable for a variety of international applications and ensuring broad applicability.

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Model	DR-H203L2-50	DR-H203L2-80	DR-H203L2-100	DR-H203L2-150
Internal dimension	350350400mm	400400500mm	500400500mm	500500600mm
External dimension	135017001650mm	140018501960mm	150017501880mm	150018501980mm
Temperature range	-70℃~200℃
Test Method	Pneumatic Operated Door Switch(two/three-zone)
High Temp Chamber Preheating Range	RT~200℃
Heating Speed	≤35min
Low Temp Chamber Precooling Range	-70℃~RT
Cooling Speed	≤50min
Temp Tolerance	±2℃
Thermal Recovery Time	Two zone model:7-35 second,recovery time is 5 minutes
Internal Material	Stainless Steel 304
External Material	Stainless Steel/Spray Paint
Cooling Method	Mechanical Compression Binary Cascade Refrigeration
Refrigeration Compressor	Semi-closed Piston
Refrigerator	Hermertically Sealed France Tecumseh Compressor or Semi-hermetic BOCK Compressor
Operation Panel	Programmable LCD Touch Screen