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- About Us
Fiber Bragg Grating Sensing Monitoring System
Traditional sensors are mainly electrical sensors, and electrical signals serve as carriers of external parameter changes. Various technological and application bottlenecks have gradually emerged. Fiber optic grating sensing systems, due to their advantages of resistance to electromagnetic interference, intrinsic safety, small size, light weight, and large-scale reuse, are incomparable to electrical sensors. They are very suitable for long-term monitoring in harsh environments such as flammable and explosive, strong electricity and strong magnetism, and unmanned operation, such as temperature, strain, pressure, etc Displacement, vibration, acceleration, etc.
Scheme Description
Traditional sensors are mainly electrical sensors, and electrical signals serve as carriers of external parameter changes. Various technological and application bottlenecks have gradually emerged. Fiber optic grating sensing systems, due to their advantages of resistance to electromagnetic interference, intrinsic safety, small size, light weight, and large-scale reuse, are incomparable to electrical sensors. They are very suitable for long-term monitoring in harsh environments such as flammable and explosive, strong electricity and strong magnetism, and unmanned operation, such as temperature, strain, pressure, etc Displacement, vibration, acceleration, etc.
Since its establishment in 2007, Dimension Technology has adhered to the concept of "imagination, action, innovation, and leadership" and has developed into a leading global supplier of optical communication detection solutions, providing nearly 100 types of optoelectronic detection equipment to over 5000 customers worldwide.
The product range of Dimension Technology includes: universal optical testing platforms and stable light sources, optical switches, optical attenuators, optical power meters, insertion and return loss meters, error rate meters and other optical performance testing modules, as well as fiber end face interferometers, desktop fiber end face testers, portable fiber end face testers, fiber end face cleaning machines, polarity testers, concentricity aligners, etc. We provide the most advanced detection and testing solutions for fiber optic sensing, optical network engineering, research institutes, power, security, medical, education and other fields, and can provide customized services according to the personalized needs of customers.
Main advantages
Intrinsic safety: The fiber optic sensor itself is made of glass, which is resistant to electromagnetic interference, safe, explosion-proof, corrosion-resistant, and has good chemical stability
Large scale networking: Based on optical wavelength division multiplexing technology, it is possible to connect multiple fiber Bragg grating sensors in series on a single fiber to measure different physical quantities (such as temperature, strain, displacement, pressure, etc.), and share a signal demodulation device to form a large-scale sensing and monitoring network;Small size, light weight, and a transmission distance of over 60KM; ·
Long lifespan, sensor design lifespan can reach 8-20 years, suitable for long-term health monitoring of bridges, tunnels, and large buildings;
A professional fiber optic sensing team can provide flexible and innovative customized solutions according to customer requirements.
Main applications
Power industry: temperature monitoring, fault point detection, and fire alarm for power cables, cable tunnels, power plants, and substations;
Water conservancy and civil engineering construction industry: long-term structural health and safety monitoring of dams, tunnels, and bridges, as well as geological hazard monitoring;
Highway and subway tunnel industry: fire monitoring and alarm for tunnels, subways, and highways, deformation and settlement warning and fault location of tunnels, strain monitoring and fault location of railway tracks;
In the field of smart cities and the Internet of Things:
Oil and gas industry: oil and gas transmission pipelines or storage tanks leakage and pipeline deformation, temperature monitoring, and fault location.