제조업체는 광섬유 온도 센서, 온도 모니터링 시스템, 전문적인 OEM/ODM 공장, 도매업자, 공급자.맞춤형.

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광섬유 온도 센서/

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  3. 광섬유 온도 센서
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광섬유 온도 센서 형광형

온도 범위:-40°C~+240°C(더 높은 온도 범위에 맞게 맞춤화 가능)

 

해결:0.1°C

 

응답 시간≤ 1 두번째

 

온도 측정 정확도:±1℃ (더 높은 정확도를 위해 맞춤화 가능)

 

채널 수:1-64(채널 수는 사용자 정의 가능)

 

길이:5M(맞춤형 길이)

 

섬유 종류:석영 광섬유

 

통신방식:RS485/모드버스-RTU

 

전력 소비:6W 이하

 

작동 전압 :AC/DC220V

 

고전압 저항:100KV

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  • 제품 세부정보
  • 적용 범위에는 다음이 포함되지만 이에 국한되지는 않습니다.

형광 온도 센서는 모든 광 측정 장치에 속합니다.;

전기 신호가 없는 광학 신호만이 진정한 패시브 프로브입니다.;

높은 절연성과 내전압성, 100kV 상용주파 전압을 견딜 수 있음;

본질적으로 전자기 간섭에 면역;

감지의 정확성과 데이터 전송의 안정성은 전혀 영향을 받지 않습니다..

광섬유 온도 센서의 장점

강력한 오염 방지 플래시오버 능력

센서는 시스템의 안전성을 보장하기 위해 강력한 내오염성을 지닌 PTFE 재킷으로 덮여 있습니다..

온도에 민감한 재료는 신뢰성이 높습니다.

The temperature sensing material of the temperature sensor is rare earth material, which has long-term stability. 그만큼 광섬유 온도 센서 does not require maintenance, has reliable performance, and a service life of over 30 연령.

Accurate positioning measurement

The temperature sensing probe has a small volume and can accurately locate the installation position, making it widely used for temperature monitoring in power equipment and harsh special environments.

Temperature measurement cycle is less than, with high real-time performance

온도 측정주기는 다음보다 작습니다. 1 두번째, which can fully ensure the timeliness of the alarm.

형광성 광섬유 온도 프로브는 전기 절연성이 좋습니다., 전자기 간섭 방지, 화학적 내식성, 오염이 없으며 다른 많은 기존 온도 센서의 장점과 비교할 수 없습니다..
형광성 광섬유 온도 센서 probe will monitor the part of the temperature information is converted into light signals and transmitted to the fiber optic temperature transmitter, fiber optic sensor probe can be installed directly on the measured point, 정확한 온도 측정, 신속한 대응: its pigtail selection of soft, strong, specially designed optical fiber, with anti-electromagnetic interference, bending resistance, impact resistance and high strength; fiber optic sheath using PTFE, 고온, 노후화 저항, 부식 방지, with high temperature resistance, 노후화 저항, 내식성, high insulation, non-adhesion and other characteristics, can be adapted to high pressure, 고온, strong electromagnetic and other harsh environments. Not only in the electric power industry, ~와 같은: high-voltage electrical equipment instrumentation temperature measurement, generator diagnostic system and transformer winding temperature measurement, high-voltage circuit breaker contact temperature measurement, cable joint temperature measurement, 등., widely used, but also in biology, medicine and other areas that require high-precision temperature measurement should also be suitable.

Introduction of fluorescent fiber optic sensing probe

 

Fiber optic probe consists of three parts: ST connector, 광섬유 케이블, and end temperature sensing end; ST connector is the connection part with the photoelectric module; fiber optic cable is the light transmission part, internal quartz fiber, quartz fiber external coating and cladding, the most external Teflon protective sleeve; end temperature sensing end contains temperature-sensitive rare earth materials, used to generate optical signals containing temperature information; fiber optic is resistant to high temperature of 200 ℃ as a whole, with the diameter of 3mm; long-term bending radius is 13.2cm; short-term bending radius is 4.4cm. Long-term bending radius is 13.2cm, short-term bending radius is 4.4cm, and the fiber optic lead wire is 0.4m from the ground, it can withstand the industrial frequency voltage of 100KV for 5min.

Measurement of hotspots in high-voltage power switchgear, including copper busbars, 연락처 이동, static contacts, incoming and outgoing lines, 등;
Temperature monitoring of GIS cabinets, medium voltage cabinets, and low-voltage cabinet drawer cabinets;
Cable joints for ring main cabinets and temperature monitoring for box type substations;
Hot spot monitoring of dry-type transformer coils and oil immersed transformer windings;
Measurement of stator pressure index and collector ring temperature for water turbines/thermal/wind turbines;
Temperature measurement of enclosed busbars and cables;
Temperature monitoring in oil;
IGBT or chip surface temperature measurement;
Temperature measurement of fan blades; Temperature measurement at the connector connection point;
Medical hyperthermia human contact temperature measurement;
Nuclear magnetic resonance, ERFI, EMI, NMR, RF, 마이크로파;
Etching machines, deposition equipment, small gaps, chemical liquids, vacuum environments;
Ring network cabinet head, hot spot temperature online monitoring;
Temperature monitoring for other harsh special environments.

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