Accuracy, stability, and SNR performance for all your optical fiber measurement projects.
Fiber optic FBG sensing is a well-established technology which provides a monitoring solution in challenging conditions where electric sensors have difficulties delivering. Nevertheless, existing optical sensing systems still struggle in delivering reliable solutions in many applications, limited by their noise performance and the lack of long-term stability.
The I4 series FBG interrogators provide the ultimate solution for all your fiber optic sensing projects. Providing unmatched precision, noise-floor, and accuracy, the I4 series deliver the performance that all sensing systems require to turn into a reliable monitoring solution.
The NovaFAZ I4G FBG interrogator delivers precision and adaptability in a 4-channel instrument for diverse applications, featuring high-speed data acquisition and exceptional optical range.
I4W is the economy model of the series, offering many of the excellent features of the flagship model in a cost-effective 4 channel system (up to 120 sensors).
I4-16 combines the core technology of the flagship model I4G together with a high-reliability optical switch to create a 16 channel Interrogator (up to 480 sensors).
Whether you are dealing with dynamic or static measurements, with R&D projects or large in-field installations, the I4 series offers all you need to stop worrying about your measuring system reliability and to start acquiring meaningful data.The I4 series offer a complete hardware and software suite, easy to setup and integrate in existing control or monitoring systems.
A gas reference cell is used to calibrate the interrogator readings of each laser sweep, ensuring absolute accuracy and long-term reliability.
Adjustable gain for each FBG allowing maximizing the SNR of all sensors connected along a fiber, regardless of their reflectivity.
The I4 series features the lowest noise floor available in the market from DC to 4 kHz, ensuring ultimate performance for both dynamic and static measurements.
A smart peak-tracking algorithm allows tracking of FBG peaks regardless of temperature drifts, making sure your sensors are reliably monitored in all conditions.
Unlock the full potential of fiber optic sensing solutions for the energy sector – fill out our contact form, and our team of experts will be in touch to discuss your unique requirements and challenges.
State-of-the-art sensing systems for unmatched performance in the most challenging environments.
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