Used THERMONICS T 2500-S-85 #100294 for sale

THERMONICS T 2500-S-85 is an advanced, precision final test equipment. It is specifically developed for processes that require thermal characterization and monitoring of electronic components and materials. T 2500-S-85 system includes a heated test zone with three independently controlled temperature zones, adjustable at 0.5° increments between 0-200C. The device also features force sensors, temperature sensors, and thermocouples, allowing for accurate and reliable data collection. This data can be displayed on the intuitive onboard PTS-875 data acquisition unit. THERMONICS T 2500-S-85 also has two independently-controlled thermal chambers, allowing for precise thermal control for the purpose of maintaining accurate and repeatable results in material testing applications. The test chamber and control chambers are both equipped with robust and robust airflow systems designed to ensure uniform heat distribution across the sample. This ensures that the heating and cooling sequence of the sample is consistent and repeatable. T 2500-S-85 also features a programmable testing routine that can be customized for different test procedures. This allows for the flexibility needed for materials testing applications and the ability to quickly adjust the testing procedure to optimize the results. THERMONICS T 2500-S-85 is constructed of high quality materials and is able to withstand extreme temperatures, vibration, shock and static electricity. To ensure accuracy and repeatability of the results, the machine contains a continuous feedback mechanism that constantly monitors and adjusts the settings to provide consistent data. The tool also includes a user-friendly set-up and programming interface, allowing the user to easily create and modify test protocols. This allows for the speedy implementation of new testing procedures and further improves the accuracy and reliability of the results. T 2500-S-85 is the perfect, reliable solution for those requiring high accuracy and repeatability in their final test systems. It offers an intuitive user interface, efficient data processing and accurate results. An ideal choice for thermal characterization and monitoring processes.