DTS multimode temperature measurement fiber optic host

NegotiableUpdate on 11/09

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

DTS multimode temperature measurement fiber optic host product parameters (1) multimode short distance temperature measurement (2) multimode long-distance temperature measurement (3) 15KM+long-distance monitoring (4) based on Raman scattering temperature measurement technology (5) 30KM+ Single mode long-distance application scenarios are used for security surveillance in public safety places such as airports, prisons, and coastal ports, monitoring key industrial facilities such as oil wells, oil fields, and oil pipelines, and online consultation for modern buildings and key areas such as border ports and border security surveillance .....

Product Details

Distributed Temperature Sensor (DTS), a distributed fiber optic temperature measurement system, can detect the temperature distribution of a fiber optic cable that is several kilometers to tens of kilometers long. The spatial sampling interval is only 0.4m, and the detection cycle can reach seconds. The optical fiber itself is made of quartz and has excellent electromagnetic inertness. Therefore, DTS is an unprecedented "super temperature sensor" that is rapidly being applied in fields such as fire detection, power, petroleum and petrochemicals.

1. Working principle of fiber optic temperature measurement system

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The mechanism of fiber optic temperature measurement is based on the backward Raman scattering effect. Laser pulses interact with fiber molecules, causing scattering. There are various types of scattering, among which Raman scattering is due to the thermal vibration of fiber molecules, which produces a light longer than the wavelength of the light source, called Stokes light, and a light shorter than the wavelength of the light source, called Anti Stokes light. The modulation of external temperature on optical fibers causes a change in the anti Stokes intensity in the fibers, which can be used to achieve distributed measurement of the temperature field along the fibers.

2. Advantages of Shenzhou Taixun

(1) Multi mode short-range temperature measurement, Shenzhou Taixun has achieved a low-cost technical solution;

(2) Multi mode long-distance temperature measurement, Shenzhou Taixun has achieved long-distance monitoring of 15KM+;

(3) Based on Raman scattering temperature measurement technology (standard temperature measurement principle), Shenzhou Taixun has achieved 30KM+single-mode long-distance measurement