Gantner Instruments is launching a brand new Optical Gage Amplifier that offers all the benefits of fiber optic measurement, but without the hassle!
What is the F108?
The new F108 Optical Gage Amplifier combines unique fiber optic sensor technology with the modularity and versatility of the Q.series X product line. For quick and easy setup you can use GI.bench and even combine it with GI.cloud for cloud-based storage and monitoring.
The Q.series X F108 is designed for fiber optic π-phase-shifted Bragg grating (πFBG) for high resolution measurement. A laser with a narrow tuning range (~4 nm, nominally ~1548-1552 nm) is used to lock to the dip seen in a πFBG and to track that point as the sensor is subjected to changes in temperature or strain. Or in other words, smaller signal peaks can be measured and that is what makes the measurement more accurate and precise.
What do you have to do to use the unique optical sensor technology for your tasks in DAQ projects? You simply have to plug in… and you can start to measure!
We at Gantner Instruments optimized the signal’s way from sensing element to transducer to signal conditioner, to address a wide range of precision measurement challenges.
In which environments can you use the F108?
Fiber optic measurement technology comes with the big advantage of not being sensitive to environmental interference. Lightning strikes? No problem at all for the F108! Fiber optic sensors are intrinsically safe and can be put to use whenever the conditions are grim.
Why F108 and not any other fiber optic measurement product?
Unlike other fiber optic interrogators the technique used in Gantner Instruments’ F108 stands out with an unsurpassed measurement uncertainty, e.g. for temperature it is +/‑0.2 °C relative. Yes, you read it right – our fiber optic technology is that good! And what makes it stand out even more is that we took the technology and put it right there where you need it – a seamlessly integrated DAQ system.
- Plug in and measure: Start taking measurements from the moment you plug in.
- Measure faster: Single channel measurement speed of 10 kS/s
- Just another member of the family: Fully compatible with the Q.series X product line and GI.bench for easy set up & data acquisition
- 8 independent measurement channels
Do you want to learn more about Q.series X F108?
For further information visit our F108 website where you can download data sheets or contact your local Gantner Instruments sales representative.
More articles
3 ways advanced DAQ solutions help the aviation industry transition to a sustainable future
By 2050 we need to become a carbon-neutral society, and the aviation sector needs to contribute. While flying less can help reduce emissions, we have options for cleaner air travel. For one, we could power our flight with electricity or hydrogen, which are no longer ideas in some futuristic science fiction novel. Rather, they are on the brink of generating a shift in aviation technology.
Read more...IPERMON – Innovative Performance Monitoring System for Improved Reliability and Optimized Levelized Cost of Electricity
Currently, a vast amount of research institutions and organizations are focusing on ways to improve the operation, reliability and consequently the output of PV systems. An important aspect yet to be targeted remains the procedural and standardized approach to calculate accurately the factors behind the various performance loss mechanisms, while also detecting and diagnosing potential failures at early stages or before occurrence. Identification of degradation and failure modes at preliminary stages is important as these mechanisms directly influence the performance, lifetime and reliability of PV technology.
Read more...GI.bench is OUT!
We continue to improve our GI.bench data acquisition software with a strong focus on making it a scalable platform that is easy to use for both small high-speed measurement and high-channel-count, mixed-signal data acquisition applications.
Read more...What is Electrochemical Impedance Spectroscopy (EIS)?
As society shifts towards clean, renewable energy, batteries and hydrogen technologies are becoming increasingly crucial. Electrochemical Impedance Spectroscopy (EIS) offers researchers and engineers valuable insights into these technologies' inner workings. In this blog post, we will explore EIS's benefits, its integration with Q.series X, and its application to batteries and hydrogen technologies.
Read more...