Thermo-mechanical analysis module

Thermo-mechanical analysis measures the dimensional changes that occour in a sample when it is heated or cooled and at the same time subjected to a constant or periodically cahnging force. In simultaneous differential thermal analysis (SDTA) the dife

main functions:

• The TMA/SDTA 841e is an instrument designed for thermo-mechanical analysis. It measures the dimensional changes of materials as a funcion of temperature. Also is plausible to perform simultaneous differential thermal analysis (SDTA).

parameters:

• temperature: range -150... 600 °C, accuracy  0.35 K, reproducibility  0.25 K
• maximal sample length 20 mm
• force: range -0.1... 1 N, resolution 0.13 mN
• frequency < 1Hz
• Single Differential Thermal Analysis resolution 0.005 K, K-type thermocouple
• sampling rate: max. 10 measuring points per seconds
• dimensions (width x depth x height): 45.5 cm x 57cm x 45cm
• weight: 34.7 kg (without nitrogen supply tubing)

to measure the dimensional changes of materials as a function of temperature in wide temperature range