EMIC VC/EHVC/EVTC series Composite environmental test device

Temperature and humidity Chamber)VC series:

• The comprehensive environmental test device is a device that carries out vibration tests under specified environmental conditions of temperature and humidity, in order to carry out environmental assessment tests under composite conditions. Comprehensive environmental test, as a reliability evaluation test of machines in aerospace and space industry, has been carried out since a long time ago. In recent years, in the automobile industry, where electronic equipment such as semiconductors and resin-based composite materials are widely used, it has become an indispensable comprehensive environmental test to ensure its reliability.
• The comprehensive environmental test device is an environmental test that has been conducted separately for temperature, humidity and vibration in the past, and three conditions of temperature, humidity and vibration can be implemented simultaneously as test conditions, so that the time of environmental test is greatly shortened, and the reliability evaluation test that is too harsh under composite conditions can be implemented.

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High-speed temperature change EHVC series:

• EHVC series is developed to meet the requirements of more and more customers for high-speed life test.
• It is a system that combines the technology of AGREE CHAMBER made in the past with the technology of hot and cold impact incubator, and the maximum temperature change rate can reach 20℃/min (only mechanical freezer is used). In this way, all high-speed life tests such as the AGREE test or all thermal shock tests can be carried out on one device.
• In addition, the past 3-slot cold and hot impact testing machine can be set in half the space.

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HALT.HASS (High Accelerated Reliability Test Device) EVTC Series:

• HASS/HALT test device is an evaluation device developed to find the defects of products as early as possible, to apply vibration and temperature, and to add the ultimate stress of other composite conditions during product development, and to reflect them as soon as possible during design.
• Cylinder vibration generator for vibration stress can add high acceleration and vibrate randomly with 6 degrees of freedom.
• The temperature stress is between-100℃ and+200℃, and the temperature change rate can be increased to 60℃/ min.
• In order to save the consumption of LN2 gas, a dual-purpose type with a cooler is also available. ※.

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