Na vinaka duadua Fiber Bragg Grating Thermal fire detection system manufacturer

iVakatakilakila ni katakata ni kakaseresere ni kakaseresere, iVakarau ni dikevi vakavuku, Veisoliyaka na buli waqa ni mata e Jaina

Why do switch cabinets need fiber optic grating temperature sensing fire detection systems

The switchgear is a key equipment in the substation, and its internal switch contacts complete the execution of power dispatching. Due to excessive load, aging of contacts, and improper contact, the temperature of the contacts in switchgear can rise. Na katakata vakasivia e rawa ni vakavuna na kama, power supply failures, power outages, and personal and property losses. The current temperature measurement method in substations mainly uses handheld infrared thermometers to measure temperature, and conducts daily inspections of each switchgear to obtain temperature status information. Each substation urgently needs an online temperature measurement technology that can automatically collect the temperature of each contact in real time, raica na veisau ni ivakarau ni katakata ena kena gauna donu ka dodonu, ka solia na ivakasala ni bera ni sa rui levu na katakata, so that managers have sufficient time to take corresponding measures to avoid power outages and fires.

Fiber optic temperature sensing technology can develop a fiber optic grating temperature sensing fire detection system, which can monitor the temperature of switchgear in real time and provide early warning and alarm. E vakayagataka na ivakarau oqo e dua na iwalewale ni vakarautaki ni ivakarau ni kakaca ni kakana kece sara, kauta laivi na rerevaki ni tataqomaki ni ivakarau ni vakadikevi ka vakatorocaketaka vakalevu na kena rawati na ivakarau ni vakadikevi ni kaukauwa me baleta na kena dikevi na katakata ni kaukauwa. Na ivakarau ni ivakarau ni katakata ni mataqali kakana oqo e dau vakayagataki mai vei ira e levu na kau kaukauwa kei na kabani ni livaliva, vakalailaitaka vakalevu na yaco ni vakacalaka ni kama ka rawata vakaidina na kena tarovi ni bera ni yaco, me salavata kei na vakasama ni tataqomaki ni “taqomaki taumada, tarovi e vakanamata” ena cakacaka ni kaukauwa.

What are the main functions of the fiber Bragg grating temperature measurement system host

1. Na iyaya ni vakayagataki ni katakata e sega ni yameyame rawa ka sega ni kacabote na kena kacabote.

Na tiki ni ivakarau ni ivakarau ni katakata e vakayagataka e dua na ivakarau taucoko ni kakana, ka kila vakaidina na vakadikevi ni katakata. E sega ni beitaki, sega ni vakavurea na katakata, ka na sega ni vakavuna na rerevaki ni tataqomaki ena vuku ni kena vakayagataki na ivakarau ni vakilai ni iyaya.

2. Dodonu ni ivakarau ni katakata kei na kena saumi vakatotolo.

The temperature measurement host has high temperature resolution and high temperature measurement accuracy. The full channel scanning time is short, with a temperature detection time of about 2 seconds for 16 sala ni veiqaravi.

3. Gauna dina ni vakadikeva ena initaneti.

Monitor the temperature of all measuring points in the substation switchgear continuously for 7×24 auwa, and regularly save the temperature measurement data to provide auxiliary data for the health monitoring of each switchgear.

4. Accurate spatial positioning.

Fiber Bragg grating temperature sensing corresponds to each measurement point position, and each sensor has global uniqueness. The upper computer monitoring software can accurately locate the location of the sensor that triggered the alarm.

5. Lewai ni alamu ni wasewasei rawarawa.

Mai na parokaramu ni vakadikevi ni itukutuku ena kompiuta e cake, different temperature measurement points can be managed in different zones according to customer needs. E kena ivakarau, the contacts inside the same switchgear are set as one zone. Set different alarm parameters for each temperature measurement point, me vaka na ivakasala ni katakata, ivakasala ni tubu ni katakata, alamu ni katakata, kei na alamu ni tubu ni katakata, me vakaduiduitaka vakavinaka na kama dina kei na kama lasu, kauta laivi na alamu lasu kei na vakawelewele.

6. Cakacaka ni kilai koya vakai koya.

Each temperature sensor in this system has wavelength uniqueness, and the system database can remember its precise location. At the same time as each temperature measurement, the system performs self testing and diagnosis to detect sensor faults in real time for timely repair and maintenance.

7. Veika kaukauwa ni parokaramu ni komipiuta.

Vakaraitaki ni gauna dina ni vanua, yavunilewa ni katakata, kei na veisau ni ivakarau ni vanua yadua ni vakadikeva ena veisemati ni misini ni tamata. Kevaka e vakaiyaragitaki tu na kompiuta e cake ena dua na SMS alamu module, na itukutuku ni alamu e rawa ni vakau ki na talevoni veikauyaki nei vakailesilesi era sa lesi tu me vakadeitaki kina na kena qaravi na veika rerevaki ni kama. Ena kompiuta e cake, na itukutuku ni draki makawa kei na ivolatukutuku ni alamu e rawa talega ni tarogi me rawa ni caka kina na ripote ni veitaqomaki.