Il produttore di Sensore di temperatura a fibra ottica, Sistema di monitoraggio della temperatura, Professionale OEM/ODM Fabbrica, Grossista, Fornitore.personalizzato.

E-mail: web@fjinno.net |

Rilevamento della temperatura distribuito in fibra ottica/Fibra ottica distribuita/

Sistema di misura distribuito della temperatura in fibra ottica per cavi

Modello:IF-DTS-01

Measure distance:0-30Km (customizable for longer distances)

Numero di canali:1-16 (more channels can be customized)

Sampling interval :1 metro

precisione di posizionamento :± 1℃

Risoluzione della temperatura :0.1℃

Single channel measurement time :2s-15s seconds (depending on the length of the temperature sensing optical cable)

Tipo di fibra :Fibra multimodale

Maximum working altitude :4000 metri

Fiber optic interface :FC/APC

Campo di misura :-40 ℃~120 ℃ (conventional fiber) -40 ℃~250 ℃ (special fiber)

Dimensioni (W x H x D) :484 X 88 X 454 mm

Interfaccia di comunicazione :RS232、RS485、LAN

Source :AC220V/50Hz

Laser radiation level :1M

  • Dettagli del prodotto
  • Solution for Cable Fiber Optic Temperature Measurement System

Product Introduction of Distributed Fiber Optic Cable Temperature Measurement System:

Why do cables need to monitor temperature?

During the operation of power cables, the conductor, strato isolante, and metal shielding layer will be damaged, causing the cable to heat up and increasing the working temperature of each part. Excessive temperature can affect the insulation performance of the insulation material, cause insulation aging, shorten the service life of the cable, and in serious cases, lead to fire and power outage accidents. Basato sul principio dell'effetto di diffusione Raman, Fuzhou Yinuo Technology has developed a technology for installing fibra ottica distribuita temperature measurement in power cables, which can achieve full monitoring of cable temperature. It has the ability to resist electromagnetic interference, continuously measure the temperature points of the fiber optic cable along each point, timely detect local temperature anomalies, analyze insulation problems of the line, and prevent cable fires, ensuring the continuous and safe operation of the cable.

Caratteristiche del sistema di misurazione della temperatura distribuito in fibra ottica

Completamente distribuito: DTS distributed fiber optic temperature measurement can detect the complete distributed temperature along the entire fiber optic line in seconds without any omissions.

Long distance monitoring: The distributed optical fiber temperature measurement system of optoelectronics can monitor a distance of up to 30KM, and can customize longer distance temperature measurements.

Forte anti-interferenza: The temperature measuring optical fiber is composed of quartz, elettricamente isolato, e non è influenzato da alcuna interferenza elettromagnetica né emette onde elettromagnetiche, especially suitable for various complex and strong electrical environments.

Sicurezza intrinseca: L'elemento sensibile alla temperatura è una fibra ottica che misura la temperatura, e la potenza media del segnale ottico trasmesso internamente è al livello dei microwatt; Sicurezza intrinseca.

Posizionamento accurato: The positioning accuracy reaches ± 1M.

Risposta rapida: Alta sensibilità, risposta rapida, and short single channel scanning time.

Installazione semplice: The analyzer is easy to install and has flexible layout.

Application of Distributed Fiber Optic Cable Temperature Monitoring

Function of distributed fiber optic cable temperature measurement system

Alarm functions: constant temperature alarm, regional differential temperature alarm, allarme di aumento rapido della temperatura, allarme rottura fibra, allarme di anomalia del dispositivo, ecc;

Funzione di visualizzazione: Display the entire process zoning map, curva di distribuzione della temperatura, and temperature variation curve over time at key monitoring points;

Funzione di interrogazione: Query, display, and print historical data; Can directly query device information, parametri operativi, informazioni statistiche, ecc. sullo schema del sistema;

Funzione di analisi: Display historical trends, evaluate future trends, and provide maintenance reference information;

TCP/IP access: Multiple controller signals can be analyzed and processed on a single PC, making the system powerful and efficient;

Multi system networking function: The system adopts network interfaces for data communication and has good compatibility, which can be easily extended to multiple hosts for simultaneous monitoring;


Temperature sensing fiber optic temperature measurement laying scheme

The laying method of temperature sensing optical fibers in cable interlayer and cable body
Temperature monitoring is required for each cable. The cable is fixed using surface mounted (esterno) cavi ottici. The laying of optical cables is fixed with optical cable fixing parts (insulation ties) to tightly bond the optical cable with the outer surface of the cable.

Temperature sensing fiber optic laying diagram

Progettazione complessiva dello schema: Based on the actual situation of the cable, a complete fiber optic temperature monitoring system will be constructed for the monitoring cable, achieving real-time monitoring of temperature at various locations of the cable, allarme di superamento del limite, e segnali di allarme in uscita.
Use one distributed fiber optic temperature sensing system to achieve online monitoring and fire alarm of the entire cable.
design scheme
The cable temperature measurement and monitoring system adopts distributed fiber optic fire detectors. Optical cables are laid on the cables, and a temperature sensing detector host is installed in the system management center. The host leads the detection optical cables to the cables. Utilizzando una piccola porzione della luce diffusa diffusa riflessa lungo la fibra ottica quando la temperatura cambia, the signal of this backscattered light is collected and analyzed in the photoelectric device to provide information about temperature, determine the location of the rapid temperature change, and determine the point of fire occurrence. When the distributed fiber optic temperature sensing host detects a fire anomaly, the fire alarm host immediately displays an alarm.

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