Used VACUUM ATMOSPHERES OC-1 #9148118 for sale

VACUUM ATMOSPHERES OC-1 is an environmental chamber designed to test a wide variety of products, materials, and components under simulated VACUUM ATMOSPHERES. It is one of the more advanced simulations available on the market and is highly precise in its atmospheric and material conditions. The chamber is used for testing a wide range of materials ranging from raw materials to fully assembled components, and regulators that need to be tested in vacuum environments. The environment within the chamber is suitable to simulate the conditions present in space, since it can mimic the vacuum found in the atmosphere of other planets, and microgravity conditions. OC-1 has sophisticated and powerful features, to ensure precision in testing and accurate results. It provides precise atmospheric control to simulate exact levels of vacuum, including temperature and pressure, in multiple simultaneous tests. VACUUM ATMOSPHERES OC-1 also comes with variable temperature ranges, making it even more versatile. It can heat materials as hot as 1450°F (788°C) and reach as low as -73°F (-60°C). The testing chamber is also equipped with advanced monitoring and measuring systems to accurately record and measure results during testing. It contains high-end recording and data logging capabilities which allow scientists to accurately track conditions before, during, and after the experiments. Data collected by the chamber is easily transferred to a computer system for in-depth analysis and reports. The chamber is equipped with precise vacuum pumps, large enough to evacuate the chamber in under 6 minutes while maintaining the correct vacuum levels. The pumps have also been designed to efficiently conserve energy when not in use, with direct heat transfer capabilities. These pumps are safely secured in a stainless steel vacuum chamber, and a master control panel is also included providing easy access to all safety features and functions. Overall, OC-1 is an ultra-precise and efficient simulation environment specifically designed for testing materials and components under vacuum atmosphere. Its advanced features make it one of the best ways to accurately and efficiently simulate VACUUM ATMOSPHERES for secondary testing and research purposes.