Used THERMONICS T 2420 #9187147 for sale

THERMONICS T 2420 Final Test Equipment is utilized for thorough thermal characterization on components, packages, boards and systems. The system offers precise measurement of six thermal transfer parameters in a single thermal test station. THERMONICS T2420 boasts a host of features, among them: a temperature range spanning -40ºC to 300ºC, a maximum test chamber temperature of 300ºC with a ramp-up rate of up to 5°C/sec, and a closed-cycle operation allowing sustained peak temperature stability of +/- 0.5°C. T-2420 is equipped with an advanced programmable power module and a fully programmable thermal chamber able to accommodate a wide variety of parts and packages. With a test sample heating rate up to 5°C/sec, the unit can quickly reach steady-state thermal conditions, making it an ideal solution for production tests. T2420 offers a number of unique thermal imaging features, including a powerful precision imaging camera with 12µm resolution, allowing precise thermal images of devices at up to 25 frames per second. A proprietary "Spatial Air-Gap" technology effectively compensates for background thermal drift, making it possible to measure temperature anomalies at tiny points in the thermal field. The user-friendly graphical UI and advanced software analytics of T 2420 make it relatively simple to generate in-depth thermal characterization reports. The reports provide critical thermal information in both qualitative and quantitative formats and can be saved in PDF, JPG, or BMP formats. In addition, THERMONICS T-2420 can be combined with the LMS-211 thermal module to add dynamic mapping of thermal gradients over the device, enabling the determination of conduction, convection, and radiation heat transfer parameters. The robust THERMONICS T 2420 Final Test Machine is a reliable solution for producing detailed thermal test results. It is a reliable and precise solution that allows engineers to assess, understand, and optimize thermal characteristics of devices prior to manufacturing and deployment.