Advantages of fiber optic temperature sensors for switchgear-INNO

In the classification of temperature sensors and fiber optic sensors, fiber optic temperature sensors are a type of sensor device. The principle of fiber optic temperature sensors is to develop sensors based on the principle that light sources absorbed by different substances will also change with temperature. By analyzing the spectrum transmitted by fiber optic, real-time temperature of the measured object can be obtained. The main three types of fiber optic temperature sensors are розподілене оптоволокно датчики температури, волоконно-оптичні датчики температури грат, and fiber optic fluorescence temperature sensors. The most cost-effective one that can be applied to switchgear is the флуоресцентний волоконно-оптичний датчик температури.

FJINNO independently develops various fiber optic temperature sensors, which are widely used in various fields such as power cable industry systems, аерокосмічний, нафто-нафтохім, bridges and dams. In addition to fiber optic temperature sensors, поширені включають волоконно-оптичні датчики деформації, волоконно-оптичні датчики переміщення, fiber optic grating tension sensors, і волоконно-оптичні датчики тиску.

Які переваги волоконно-оптичних датчиків температури

Технологія моніторингу температури волоконно-оптичних датчиків температури має важливе практичне застосування в галузі промислового вимірювання температури. Основна практична причина полягає в тому, що передавач оптоволоконного датчика має характеристики малого об'єму, легка вага, high electrical insulation, певний ступінь вигину, стійкість до корозії, широкий діапазон вимірювання температури, і швидка реакція чутливості, які відіграють важливу роль у розширенні та вдосконаленні датчика температури PT100, дозволяючи традиційним датчикам температури відігравати додаткову роль у додатках вимірювання температури. Крім перерахованих вище переваг, Технологія оптоволоконного датчика використовується в системах вимірювання температури. Compared with infrared temperature measuring instruments or wireless temperature measuring instruments, it also has significant characteristics such as fast response, wide temperature measurement field, explosion-proof fiber optic temperature measurement, non flammable and explosive, and anti electromagnetic interference.

Торгова марка волоконно-оптичний датчик температури

FJINNO, a domestic fiber optic temperature sensor brand company, has independently developed multiple fiber optic temperature sensors with advanced quality and performance, which are applied in different temperature control fields. The latest fiber optic temperature sensors are very suitable for measuring temperature in extreme environments, focusing on the IF-C model fiber optic temperature sensor, as well as special fiber optic temperature sensors developed specifically for measuring dangerous environmental temperatures that conventional temperature sensors cannot achieve.

Application of system components for fiber optic temperature sensors in switchgear

The main equipment of power companies includes switchgear, including temperature measurement of switchgear in nuclear power plants, temperature measurement of switchgear in photovoltaic power plants, and switchgear in substations. Because there are many components and accessories inside the switchgear, including many switches, instrument contacts, тощо, which can generate temperature rise and emit significant heat, especially during peak loads and high temperatures in summer. The existing heat dissipation measures for switchgear mainly involve setting up heat dissipation holes on the cabinet body. There are many drawbacks to heat dissipation holes. З одного боку, they cannot truly quickly reduce the temperature of the switchgear, і з іншого боку, they are prone to causing dust and other biological effects, including the invasion of rainwater on rainy days. The electrical equipment inside the switchgear may not be properly implemented due to the temperature rise standards of the switchgear, or short circuits may be caused by water stains, which will reduce the service life of the switchgear and cause more serious safety hazards. тому, we have independently developed and produced a switchgear temperature monitoring system to ensure that the switchgear is used under normal temperature rise.

What are the consequences of an increase in switchgear temperature

In the current situation where the electricity consumption of power enterprises is increasing and the number of switchgear is increasing, it is easy for switchgear to operate under high load for a long time. The main reason for the temperature increase in the switchgear is that the internal knife switch can cause overheating during long-term use due to oxidation or weak contact, and high load operation. The reason why the temperature is particularly easy to rise is that the switchgear is a fully enclosed structure, which often makes it difficult for ordinary power equipment inspectors to detect the overheating of the knife switch. тому, after prolonged overheating of the knife switch, it is easy to cause the contact parts of the switch to burn out, causing large-scale power outages of the switchgear equipment, thereby increasing the likelihood of the switchgear being burned out and exploded.

Temperature monitoring system for switchgear

The temperature monitoring system for switchgear mainly includes: switchgear body, волоконно-оптичний датчик температури, волоконно-оптичний передавач температури, display, люмінесцентна волоконна оптика, тощо. The temperature monitoring system for switchgear mainly monitors the temperature inside the cabinet through temperature sensors and transmits it to the controller and alarm. The output of the controller is connected to the fan. З одного боку, the temperature inside the cabinet is controlled by the fan, і з іншого боку, alarm information is displayed through the alarm device, achieving the integration of temperature control and monitoring, and overall improving the automation level of the switchgear.