Distributed Temperature Sensing
Distributed Temperature Sensing (DTS) is a sophisticated technology that utilizes optical fibers to remotely measure and monitor temperature variations over extensive distances.
The technology harnesses the Raman backscatter phenomenon to detect and precisely map thermal changes along the fiber with high accuracy.
Industry-leading Technology
DTS transforms fiber optic cables into precise temperature monitors spanning extensive distances. Utilizing Raman scattering, continuous laser pulses are sent through the fiber, and the backscattered light is meticulously analyzed.
This enables DTS systems to provide real-time thermal profiling along the entire length of the cable, offering invaluable insights into temperature variations.
DTS Features
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Continuous Temperature Monitoring
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Precision Thermal Profiling
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Wide Area Coverage
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Rapid Thermal Anomaly Detection
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High Durability
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Integration Capabilities
Applications
Data Center
Fiber optic temperature monitoring is employed to continuously map thermal variations in data centers in real-time. By precisely detecting hotspots and cooling inefficiencies, energy usage is optimized and equipment overheating is prevented.
Relay Room
Thermal anomalies are continuously detected and mapped in real time through optical fibers installed within the relay rooms, enabling prompt intervention to prevent equipment failure and enhance safety.
Fire & Smoke
Rapid increases in temperature are identified in real time, triggering immediate alerts and enabling swift emergency responses to prevent the spread of fire.
Conveyor Belt
Temperature monitoring is applied along conveyor belts using fiber optic sensors to detect overheating and potential fires. Identification of hotspots to prevent equipment damage.
Tunnel
Temperature variations within tunnels are continuously monitored using fiber optic sensing technology. Thermal anomalies are detected in real time, enabling immediate identification of overheating and fires