How to monitor temperature of distributed fiber optic heating pipeline leakage-INNO

Rangkaian saluran paip pemanasan perusahaan penjanaan kuasa berfungsi sebagai sumber pemanasan berpusat untuk menghantar dan mengedarkan media saluran paip tenaga haba dengan keperluan parameter yang berbeza (seperti tekanan, suhu, kadar aliran, dll.) kepada pengguna. Strukturnya sering menggunakan parit, kaedah pengebumian terus atau di atas kepala, dan terdapat masalah praktikal seperti jarak talian panjang, garis cawangan kompleks, susun atur berselerak, pemantauan terhad, dan ketepatan kedudukan yang lemah. Secara khusus, ia boleh dikaitkan dengan kesukaran mengunci lokasi sumber penurunan suhu; Kesukaran untuk memeriksa kebocoran dalaman injap saluran paip; Kurang pemantauan kesan penebat saluran paip.

Pengesan suhu gentian optik teragih teknologi telah digunakan dalam sistem rangkaian saluran paip pemanasan perusahaan penjanaan kuasa, dan rangkaian pemantauan yang boleh memenuhi keperluan jarak jauh, pelbagai cawangan, berketepatan tinggi, and real-time performance of the system has been designed and implemented.
The heating network monitoring system using pengesan suhu gentian optik teragih technology embodies the design concept of distributed centralized control. With its own performance advantages, it can stably, efficiently, and continuously meet the monitoring needs of the system. By adopting a new installation process of internal and external insulation material laying and valve winding laying, monitoring and degradation analysis of pipeline valve leakage and insulation failure have been achieved.

1. Real time monitoring of the temperature at various points of the monitored object, which can be used to measure both lines and points.
2. Fiber optic cables are inherently safe, flame resistant, kalis letupan, and corrosion-resistant.
3. The monitor intuitively displays the specific location and name of each tested part. Perform real-time continuous temperature monitoring.
4. The system can intelligently analyze the fault trends of each monitored area and monitoring point, and accurately locate them.
5. The system has a LAN interface and can be connected to the enterprise LAN system or other network systems to achieve information sharing.
6. The system has a self diagnostic function that can instantly determine optical fibers and cables.