Used JAPAN / AIRTECH MAC-II A-30 #9400006 for sale

JAPAN / AIRTECH MAC-II A-30 Burn-in Equipment is a compact and lightweight test and burn-in system created for use in a variety of testing and validation efforts. It is a powerful low-cost solution for a range of applications, including environmental testing, accelerated life testing, mechanical testing, and automated unit testing. The Burn-in Machine features a five-zone chamber design, with independent temperature and humidity control in each zone. Each zone can be set to different temperature and humidity levels to simulate a variety of test conditions. The tool also features an integrated high-heat rating, allowing it to simulate extremely hot environments. The construction of the asset is designed with mica board and FE steel, making it highly durable and allowing it to handle heavy-use, long-term testing. The Burn-in Model also features an integrated, low-power consumption design with a low total equipment power consumption rating of only 1.4 kW. The system has a total of seven fan modules, which are all adjustable in speed and direction to provide pinpoint temperature and humidity control. The fans are mounted on the four inner walls of the chamber, allowing for easy access and maintenance. For frequent use, the Burn-in Unit has an automated testing schedule, which can be programmed to automatically repeat a test procedure over a set period of time. This feature can help increase the accuracy of test results and ensure an even testing workload for all products. The machine also includes an LCD touch panel for easy operation, as well as a built-in Thermal Touch Profiler to detect temperature and humidity differences throughout the chamber. The tool also comes with fail-safe features, such as automatically shutting down the asset in the event of an energy or heat outage, or in case of fire. JAPAN MAC-II A-30 Burn-in Model is a versatile equipment designed to meet the needs of a variety of applications. Its low cost, low-energy consumption, and fail-safe features make it an ideal solution for long-term testing and accelerated life testing. Additionally, the automated testing schedule and precise monitoring system can help improve accuracy and consistency while simplifying testing processes.