Time:2024-05-22 Browse: 383

Characteristics of Fluorescent Fiber Optic Temperature Measurement System for Ring Main Cabinet
Status monitoring, real-time warning: achieving "unmanned", risk warning, and prevention in advance;
Economical and affordable: unmanned, saving manual inspection costs, and all-round blind spot monitoring;
Accurate and efficient: The system can accurately locate the location of risks, facilitating the rapid handling of risk hazards.
The advantages of fluorescent fiber optic temperature measurement devices
Large measurement range
High measurement accuracy
Easy to install
Flexible and optional configuration
Convenient networking with optional number of channels
The application of fluorescent fiber optic temperature measurement system in switchgear ring main unit
Ensure ideal isolation of primary and secondary power, good linearity, and high accuracy;
Multi channel transmission: The information collected by the system can be uploaded and scheduled through the FTU, GPRS, or communication management unit inside the substation. The transmission method can be flexibly selected according to the on-site environment
Not reducing the safety level of electrical equipment: The temperature measuring fluorescent fiber optic fire detector has a small volume, a diameter of 2.8mm, no metal materials or electronic components, good insulation, and high voltage resistance.
Full year, 24/7 security protection: At least 25 years, 365 days a year, 24/7 real-time monitoring and analysis.
Reduced monitoring blind spots and improved equipment safety.
Cost saving: Directly installed in the temperature rise area, real-time recording and display of monitoring point data, achieving the goal of unmanned monitoring stations.
Established maintenance basis: comprehensively grasp the operation status of equipment, predict and predict equipment aging, and propose maintenance time and plan based on equipment operation status.
Intelligent judgment: able to quickly judge and analyze the normal temperature, abnormal temperature, and fire of the tested object.
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