Used THERMONICS T 2500E #9089867 for sale

THERMONICS T 2500E is a fully automated final test equipment for data acquisition, logging, and analysis from a range of discrete components. It offers efficient, accurate, and reproducible testing of a wide variety of components, enabling the user to quickly identify and resolve irregularities. THERMONICS T-2500E is equipped with an integrated graphical user interface and a range of control options which enable the user to set up complex tests with precision and accuracy. With choices ranging from simple single-parameter testing to multiplexed parameter testing, T 2500-E is a powerful and flexible tool. THERMONICS T 2500 E supports thermocouple and RTD inputs, allowing for testing of both temperature and pressure. It can read temperature values from -250°C to +250°C, with accuracy and resolution up to 0.1°C. Pressure measurements range from -1 to 100 bar, with accuracy up to 0.1 bar and resolution up to 0.01Pa. The system also provides the user with a wide range of data logging and analysis capabilities, from basic graphical displays to in-depth statistical output. T-2500E is designed for ease-of-use, featuring a user-friendly menu unit with pictograms and explanations for easier control. T 2500 E is equipped with Ethernet and RS-232 ports, enabling remote integration and control. T 2500E can be integrated into existing test labs, such as conformance test systems, incorporating all the necessary features for successful parameter testing. Alliance Electronic Technologies is continuously developing THERMONICS T 2500-E, and offers upgrades and additional features on request. The machine is CE certified and highly reliable, with an average MTBF (Mean Time Between Failure) of over 400,000 hours. THERMONICS T 2500E is an essential tool for efficient and precise testing of discrete components. With an intuitive graphical user interface and its range of powerful features, THERMONICS T-2500E can be used to quickly identify and resolve irregularities in a wide variety of applications.