Distributed Fiber Optic Temperature Measurement System for Heating Pipelines-INNO

Functions and advantages
Surveillance en ligne en temps réel: capable of 24-hour uninterrupted real-time temperature monitoring of heating pipelines, capturing small changes in pipeline temperature in a timely manner, and achieving dynamic tracking of pipeline operation status.
Mesure distribuée: It can achieve continuous distributed temperature measurement along the entire heating pipeline distributed along the optical fiber, comprehensively and accurately reflecting the temperature distribution along the pipeline, avoiding the monitoring blind spot problem of traditional point based temperature measurement methods, and is of great significance for early detection of local overheating, leakage and other abnormal situations in the pipeline.
Positionnement précis: Once a temperature anomaly is detected, the system can quickly and accurately determine the location of the anomaly, making it easier for maintenance personnel to quickly locate the fault location for repair, shorten repair time, reduce repair costs, and minimize the impact on the surrounding environment.
Longue distance de mesure: It can achieve long-distance temperature monitoring, generally up to several kilometers or even tens of kilometers, which can meet the monitoring needs of large-scale heating pipelines and reduce the number and cost of monitoring equipment deployment.
Forte capacité anti-interférence électromagnétique: Optical fibers themselves have good electrical insulation and anti electromagnetic interference performance, are not affected by external electromagnetic fields, and can work stably and reliably in complex industrial environments, ensuring the accuracy and reliability of temperature measurement data.
Mesure de température de haute précision: It has a high temperature measurement accuracy, generally up to ± 1 ℃, which can meet the temperature monitoring accuracy requirements of heating pipelines and effectively monitor the temperature changes of pipelines.
High safety: There is no need to install invasive temperature sensors on the pipeline, which will not have any impact on the structure and operation of the pipeline, nor will it change the stress state and insulation performance of the pipeline, ensuring high safety.
Longue durée de vie: the optical fiber has good corrosion resistance and aging resistance, and its service life is long, usually more than 20 années, reducing the cost of system maintenance and replacement.
High degree of intelligence: It can be combined with computer control systems, data communication systems, etc.. to achieve remote monitoring, stockage de données, analyse des données, fault alarm and other functions, improving the management level and operational efficiency of heating pipelines.