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Recommended fiber optic sensing monitoring products/Fluorescent Fiber Optic Temperature Measurement Device/Fiber optic temperature monitoring system/

Fiber optic temperature measurement display integrated host

Ambient Temperature -20°C~+65°C
Ambient Humidity ≤95% (25°C)
Operating Voltage 100 ~ 240VAC
Communication Method/Protocol RS485/Modbus-RTU
Measurement Range -40°C~260.0°C (Customizable)
Measurement Accuracy ±1°C (Customizable)
Resolution 0.1°C
Number of Measurement Channels 1~24 Channels (Customizable)
Sensor Type Quartz Fiber, Standard 5m (Customizable Length)
Fiber Probe Pressure Resistance 80KV (20cm Withstand Length)
Storage Temperature -40°C ~ 70°C
Fiber Probe Diameter 2.5mm/3mm (Customizable)
Management Certification ISO9001:2015 International Quality Management System Certification
Testing and Experiment Standards IEC61000-4:1995 International Standard
GB/T17626-2008 “Electromagnetic Compatibility Testing and Measurement Techniques” Standard
  • Product Details

The integrated fiber optic temperature measurement host has unique technical advantages in measuring temperature in special environments such as high voltage and strong electromagnetic interference. It supports RS485 communication, 4 to 20mA current output analog communication, Ethernet communication MODBUS TCP protocol, and can be easily connected to the power system with IEC61850 protocol converter. The device also supports 8 relay dry contact signal outputs, and the trigger alarm value of each relay can be independently set. It can also map which channels’ temperatures are associated with this alarm value, achieving intelligent control with free configuration. Product functions, number of temperature measurement channels, temperature measurement range, temperature measurement accuracy, fiber optic temperature sensor probe diameter, etc. can all be customized and developed.

Integrated system for fiber optic temperature monitoring of transformer windings

Introduction to Display Integrated Fiber Optic Temperature Measurement Host

The integrated fiber optic temperature measurement host is wall mounted and has unique technical advantages for temperature measurement in special environments such as high voltage and strong electromagnetic interference; The temperature hotspot of the fluorescent fiber optic temperature sensor used in the host is not electrically connected to the measurement signal receiving part, which can work with high precision and stability for a long time, greatly improving its application range; The temperature measuring equipment has high accuracy and sensitivity, high pressure resistance, corrosion resistance, remote monitoring, long service life, and small size, making product maintenance simple and convenient, and transportation safe; Its internal modular design is aesthetically pleasing and reasonable.

Integrated system for fiber optic temperature monitoring of transformer windings

 

    •  Installation method: Wall mounted installation [diverse installation methods]
    • Temperature measurement channels: 1-24 channels [customizable number of channels]
    • Dimensions: 256 × 158 × 75mm [Customizable appearance size]
    • Wall mounted hole installation size: 243 × 118mm

Characteristics of Fluorescent Fiber Optic Temperature Measurement System

 

    1. Fiber optic end probe attached to the surface of the measured object to measure temperature
    2. Temperature measurement fiber immunity to electromagnetic field interference
    3. For high-voltage insulation, flame and explosion prevention
    4. Single point temperature measurement, digital signal output

Fluorescent fiber optic temperature probe

fluorescent fiber optic temperature sensor

The fiber optic probe consists of three parts: ST connector, fiber optic cable, and end temperature sensing end. The ST connector is the connection part with the optoelectronic module; Fiber optic cable is the transmission part, with quartz fiber inside. The quartz fiber has a coating and cladding on the outside, and a PTFE protective sleeve on the outermost part; The temperature sensing end contains temperature sensing rare earth materials, which are used to generate optical signals containing temperature information;

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