Used ACHILLES AT 1-2 #9293277 for sale

An ACHILLES AT 1-2 environmental chamber is a test equipment used to perform precise environmental control on objects and products in a controlled, replicated environment. It is designed to replicate climatic, environmental, and environmental testing for a range of products including aerospace components, consumer goods, and automotive components. This system can be used to run a range of tests in a variety of controlled environments, including tests which replicate different environmental conditions, such as temperature, humidity, and altitude. The unit provides precise control over the variables which are tested, such as temperature, humidity and altitude, as well as environmental parameters including pressure, wind speed and rainfall. Furthermore, the machine features both chilled water and electric heating systems, allowing for effective control over the temperature of the test environment. This is complemented by a powerful dehumidification element, allowing for effective control over the moisture levels of the environment, and ensuring a consistent testing environment. In addition to this, the tool is outfitted with highly accurate airflow sources, such as Flow Cups and 10k Pa Diffusers. These provide accurate measurement of the air distribution within the chamber, allowing consistent and repeatable testing results. Furthermore, the asset allows for precise control over pressure, allowing for accurate control over pressure differential, and helping ensure accurate testing results. The model also includes a wall mounted monitoring and safety equipment. This provides a visual indication of the current environmental conditions, as well as an alarm system should any environmental parameters exceed pre-defined limits. It also contains a gas supply unit, allowing for a variety of experiment gases to be introduced into the testing environment, allowing for detailed analysis of the gas properties within the chamber. Finally, AT 1-2 is designed to provide automated repeatability and test sequences. This allows for consistent results, saving significant amounts of time while testing, allowing for quick analysis of combined test factors, and allowing for detailed study and analysis of individual test factors.