
The Q.bloxx XL A104 TCK provides 8 channels for thermocouples (here as Type K, NiCr/Ni) with standard miniature front sockets.
During a day in the climate chamber at -40°C it was completely frozen. After connecting with power supply to the I/O module it was delivering stable and precise measurement values. When temperature was increasing it passed dew point. We observed no impact on the measurement quality or from condensation during this phase. Our I/O module passed this test successfully – even when the datasheet recommends only -20°C operating conditions.


More articles
Gantner Instruments presents cryogenic measurement solution at Space Tech Expo
From October 24 -26 the Space Tech Expo and Conference took place in Bremen, Germany. The Space Tech is Europe’s meeting place for space business, Technology and innovation.
Read more...Experience a New Level of Possibilities With Our New Website!
We are thrilled to announce the launch of the new Gantner Instrumentswebsite and introduce you to a few of its features.Here’s a sneak peek of what you can expect to […]
Read more...Gantner Instruments delivers DAQ system to the Technical University of Denmark – DTU
Gantner Instruments is proud to announce that is has delivered it’s Q.series Data Acquisition System to the Technical University of Denmark (DTU) for their Villum Center for Advanced Structural and Material Testing (CASMaT). The center is a collaboration between DTU Civil Engineering, DTU Mechanical Engineering and DTU Wind Energy with the objective to strengthen experimental research in mechanics of structures and materials. A large donation from VILLUM FONDEN made it possible to establish the center.
Read more...One-Click Cloud Connectivity – Real-Time DAQ in the Cloud
Historically, connecting your data acquisition (DAQ) system to the cloud involved complex networking setups, manual configurations, and tedious coding. With GI.bench, cloud integration is now seamless—pair your controller to GI.cloud with one click, making secure, remote data access easier than ever before.
Read more...