The Distributed Optical Fiber Temperature & Strain Integrated Monitoring System can simultaneously detect the temperature and strain of optical fibers. It is a new generation of distributed optical fiber sensing monitoring system based on the stimulated Brillouin scattering effect. This device enables ultra-long-distance continuous distributed measurement of temperature and strain of the object under test. The product features high detection accuracy, excellent consistency and repeatability, and supports distributed measurement with stability and efficiency. It is suitable for non-electrical detection sites, offering intrinsic safety, resistance to electromagnetic interference, and protection against lightning strikes. It is particularly well-suited for fault monitoring in long-distance oil and gas pipelines, submarine optical-electrical composite cables, power overhead lines, and subsea oil and gas infrastructure.

Product Overview:

The Distributed Optical Fiber Temperature & Strain Monitoring System can simultaneously detect the temperature and strain of optical fibers. It is a new generation of distributed optical fiber sensing monitoring system based on the stimulated Brillouin scattering effect. This device enables ultra-long-distance continuous distributed measurement of temperature and strain of the object under test. The product features high detection accuracy, excellent consistency and repeatability, and supports distributed measurement with stability and efficiency. It is suitable for non-electrical detection sites, offering intrinsic safety, resistance to electromagnetic interference, and protection against lightning strikes. It is particularly well-suited for fault monitoring in long-distance oil and gas pipelines, submarine optical-electrical composite cables, power overhead lines, and subsea oil and gas infrastructure.

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