An environmental high-temperature test chamber is a specialized piece of equipment designed to simulate and test the effects of elevated temperatures on materials, components, or products. These chambers are used to assess the performance, durability, and reliability of items under extreme heat conditions, ensuring they can withstand real-world environmental stresses.

Here's a more detailed explanation:

Purpose:

Simulating extreme heat:

These chambers create a controlled environment with high temperatures, allowing users to evaluate how materials or products react to heat stress.

Assessing product performance:

They help determine whether a product or material can maintain its functionality and integrity under high-temperature conditions.

Ensuring reliability:

By testing under extreme heat, engineers can identify potential weaknesses or failures before products are released to the market.

How it works:

Temperature regulation:

The chamber uses heating elements and temperature control systems to precisely maintain a specified high temperature.

Forced air circulation:

Fans or other mechanisms circulate the heated air to ensure uniform temperature distribution within the chamber.

Monitoring and control:

Sensors and control systems monitor the temperature and make adjustments to maintain the desired conditions.

Applications:

Aerospace:

Testing aircraft components and materials for heat resistance in high-altitude or engine environments.

Automotive:

Evaluating engine parts, electronic components, and other materials for heat tolerance in vehicles.

Electronics:

Assessing the performance of electronic components and circuit boards under heat stress.

Materials science:

Studying the behavior of materials at high temperatures to understand their properties and limitations.

Quality control:

Ensuring products meet specified temperature resistance requirements before they are released to the market.

Key features:

Temperature range:

Chambers can offer a wide range of temperature settings, from moderate to extremely high temperatures.

Temperature control accuracy:

Precise temperature control is crucial for reliable testing results.

Heating and cooling rates:

Some chambers can rapidly change temperature, allowing for thermal cycling tests.

Insulation:

The chamber walls are insulated to prevent heat loss and ensure stable temperature conditions.

Observation window:

Many chambers have a window for visual inspection of the test object during operation.

Data logging and control:

Advanced chambers may include data logging and control systems for recording test parameters and automating tests.

模型	JQHTA-08	JQHTA-12	JQHTA-16	JQHTA-25	JQHTA-34	JQHTA-40
内部尺寸(厘米)	200200200	200300200	220350210	300400210	340480220	400500220
形状尺寸(厘米)	230360240	230460240	246520250	330560250	370660270	430660270
体积(升)	8.0立方米	12立方米	16立方米	25立方米	34立方米	40立方米
温度范围	前+10℃～+80℃/100℃/120℃/150℃/180℃
湿度范围	20%至98% RH(任选湿度)
温度变化	±0.5℃
温度均匀	±2℃
气温加快	3℃/分钟或定制
外部材料	疲劳式试验箱标准彩/冷轧钢板涂层/覆膜金属板
内部材质	不锈钢板SUS304
控制器	TW台达PLC,7”彩色触摸屏控制
配置接口	具有USB,WLAN,RS232端口,测试端口APP功能可选
保护者	韩国进口Autonics超温保护器,韩国彩虹干烧保护器,加湿保护,缺水保护,过载保护,高压保护,漏电保护.当设备发生故障时,自动停止运行.
电源	交流380V@50Hz

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