Tabia na matumizi ya mifumo ya kipimo cha joto la nyuzi ya nyuzi

Tabia ya DTS kusambazwa fiber optic mfumo wa kipimo cha joto

Gridi mahiri ya mfumo wa nguvu ni pamoja na mitambo ya nguvu, Gridi ya voltage ya juu, substations, Vituo vya usambazaji, Nk., hasa ikiwa ni pamoja na jenereta, transfoma, nyaya za umeme, swichi na vifaa vingine vya nguvu. Vifaa vya nguvu kawaida hufanya kazi katika mazingira kama vile voltage ya juu, mashamba ya umeme yenye nguvu, na mizigo ya joto, Mazingira ya kazi hayana kazi na hayana ufuatiliaji. Kama miundombinu ya uhandisi, gridi mahiri inahusisha mahitaji ya umeme ya maelfu ya kaya, na joto la uendeshaji wa vifaa vya nguvu ni jambo muhimu katika kuhakikisha uendeshaji salama wa gridi ya taifa ya smart. Ikiwa ni transfoma, nyaya za umeme, au vifaa vingine vya nguvu, Kama sehemu muhimu ya mfumo wa nguvu, zinaweza kusababisha joto la ndani au cheche za arc kutokana na matatizo fulani ya mzunguko au mambo ya nje, kusababisha moto na kusababisha hasara kwa uzalishaji na maisha ya watu. Basi, ili kuepusha tukio baya kama hilo, Ni muhimu kufanya ufuatiliaji kamili wa joto la vifaa vya umeme. For cable tunnels used to accommodate a large number of cables laid on cable supports in corridors or tunnel structures, the environmental temperature and cable operating conditions can only
When a malfunction occurs, it is found that the longer the operating time, the more prone it is to overheating and burning accidents, which may cause huge economic losses.

Application of distributed fiber optic temperature measurement system in fiber optic temperature sensors

The existing electronic temperature sensors use point type temperature measurement, which is prone to electromagnetic interference and is not suitable for strong electromagnetic scenarios, while fiber optic temperature sensors are not affected by electromagnetic interference and are very suitable for temperature monitoring in power systems. Fiber optic temperature sensors include single point temperature sensors and quasi distributed fiber optic temperature sensors. A single point temperature sensor measures a certain point in the temperature field with high measurement accuracy and reliability, but it is difficult to measure the distribution of multiple points in the temperature field. To solve the measurement problem of temperature field multi-point distribution, a quasi distributed Sensor ya joto ya fiber optic composed of a multiplexed fiber optic temperature sensor and an array of fiber optic temperature sensors has emerged. The quasi distributed fiber optic temperature sensor uses a single point fiber optic sensor array to form a spatial network distribution, achieving distributed fiber optic temperature measurement.

Distributed fiber optic thermometer is an optical time-domain temperature monitoring system, which is a widely used distributed fiber optic temperature measurement system both domestically and internationally. The system consists of a temperature measurement host, temperature sensing fiber optic, and DTS backend analysis software.

The distributed temperature measurement fiber optic system is based on the principle of Raman scattering in light, integrating optical time-domain reflection (OTDR) technology and the temperature sensitive characteristics of scattered light. It detects temperature changes at different positions along the fiber optic and achieves truly distributed measurement through intelligent analysis of DTS backend software data. It can continuously measure the temperature at any point along the fiber optic.

Sifa za kusambazwa fiber optic mfumo wa kipimo cha joto

The measurement distance of the distributed fiber optic temperature measurement system ranges from a few kilometers to several tens of kilometers, and the spatial positioning accuracy can reach the level of 1m. It can conduct uninterrupted real-time online monitoring and transmit real-time data remotely, timely warning of fire hazards, and accurately locate the location of the fire. It can achieve distributed real-time measurement of temperature in a wide range of space, na faida kama umbali mrefu wa kipimo, hakuna matangazo ya upofu ya kipimo, Ufuatiliaji wa wakati halisi, na nafasi sahihi. It is widely used in fields such as transportation tunnels, njia ndogo, Nguvu, kemikali ya petrochemicals, na uhifadhi wa maji.

Mfumo wa kipimo cha joto la fiber optic

The distributed fiber optic temperature measurement system adopts an embedded system solution to complete the design of the temperature measurement host

The temperature measurement host adopts a fanless cooling design, which has a low failure rate and low noise during operation

Distributed real-time measurement, kufunika 100% of the detection area, without measurement blind spots, accurately locating the location of fires

Full process visualization display, real-time display of fire development trends and spreading directions

365 x 24 hours uninterrupted online monitoring throughout the year, fundamentally eliminating accidents caused by personnel negligence

Long measurement distance and rich measurement information. High measurement accuracy and fast response speed. High reliability and low false alarm rate

The alarm method is flexible and can achieve differential temperature and multi-level alarm, kuhakikisha kengele ya kuaminika katika hatua ya awali ya moto

Multiple different alarm control areas can be set up for environmental changes, and the alarm control area is programmable

Design according to user requirements, each individual alarm area can be set with different alarm values

Temperature sensing fiber optic is both a signal transmission carrier and a temperature sensing element, making installation convenient

The temperature sensing optical fiber adopts a durability design, with a long working life and low maintenance costs in the later stage. Optical signal measurement, Usalama wa ndani

Uingiliaji wa anti electromagnetic, suitable for long-term operation under harsh conditions such as flammability and explosion

The fiber optic temperature measurement system adopts an embedded system design with composite industrial grade reliability requirements, and has network access and remote transmission functions

With network interface, it can be connected to the management network to achieve information sharing and further data processing functions

Distributed fiber optic temperature measurement industry applications:

Petroleum industry: monitoring of oil and gas pipelines, gas storage tanks, mizinga ya kuhifadhia mafuta, and permanent underground monitoring

Sekta ya petrochemical: monitoring of liquid storage tanks and transmission pipelines

Sekta ya nguvu: monitoring of cables and transmission lines, mitaro ya cable, vichuguu vya cable, and cable trays

Grain industry: granary monitoring

Security Industry: Fire Detection for Tunnels and Special Fire Hazard Buildings

Transportation industry: cable and transmission line monitoring

Other industries: Distributed fiber optic temperature measurement systems can also be used in military depots, Bidhaa hatari maghala, mabwawa, transmission belts, coal handling bridges, coal storage yards, and other situations that require continuous temperature measurement in space. They are an ideal upgrade substitute for traditional temperature measurement methods (nyaya za kuhisi joto, temperature measurement cables).

The manufacturer of distributed temperature sensing fiber optic cable and temperature measurement host can contact FJINNO for quotation

Temperature measurement fiber optic cable model, temperature measurement fiber optic cable manufacturer specifications, production customization, supply as needed

Application comprehensive pipe gallery/tunnel/highway/oil tank/warehouse/mine/cable/oil and gas pipeline

Advantages include practical application cases/direct sales from manufacturers/complete qualifications

Kihisio cha joto la macho ya Fiber, Mfumo wa ufuatiliaji wa akili, Kusambazwa fiber optic mtengenezaji katika China