
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
How to get insight into your measurement data with online dashboards in 3 steps
Data empowers engineers across sectors to improve their processes, initiatives, and innovations using the power of insight. The ability to monitor and respond to data from an increasing number of sensors can seem like a minefield. Data dashboards have evolved as one of the essential tools for professional engineers to get a grip on their measurement data.
Read more...Turbomeca Chooses the Q.series
Turbomeca is a french manufacturer of compressors and turbines for the aviation industry, among its customers Eurocopter, Augusta und Sikorsky. For the test and measurement design of future test stands were the products from four manufacturers tested, and the companies rated on quality in production, and in all functional processes. Turbomeca selects Gantner Instruments GmbH as manufacturer and accredited according to strict rules. Gantner Instruments is exclusively represented by BGP Electronic in France.
Read more...Trapped in Ice
Arctic ice is disappearing — the question is how fast. Summer sea ice could endure 100 more years, or it could vanish later this decade, with disastrous consequences for the rest of the planet. To nail down the answer, an expedition to the top of the world has to uncover the complex physics of ice.
Read more...Gantner Instruments Presents Cryogenic Measurement Solutions for Hydrogen Technology
Hydrogen systems are a steadily growing field encompassing several technologies, such as liquefied hydrogen storage tanks, fuel cells, and cryogenic engines. These require meticulous temperature monitoring to ensure system integrity and performance. Operating in these low-temperature environments presents unique challenges, such as thermal contraction of materials, sensor self-heating, and the non-linearity of cryogenic sensors. Without accurate measurement, performance degradation and potential system failures become risks.
Read more...