The advantages and applications of high-precision fluorescent fiber optic temperature measurement system

Characteristics of high-precision fluorescent fiber optic temperature measurement system:

Anti electromagnetic interference, high-voltage insulation, stable and reliable

High precision, high sensitivity, and small size

Long lifespan, corrosion resistance, and strong adaptability

Calibration free, sturdy and durable

Contact temperature measurement

Flexible system networking and high reliability

Application fields of high-precision fluorescent fiber optic temperature measurement system:

Temperature measurement of power plant units/cable contacts/switchgear/contacts;

Industrial microwave temperature measurement, including medical, chemical research, food processing, material heat treatment, etc;

Biomedical engineering applications;

Online temperature monitoring of high-voltage transmission and transformation lines;

Aerospace high-precision temperature measurement;

The advantages of high-precision fluorescent fiber optic thermometer over other temperature measurement methods:

1. Good insulation: The material of the optical fiber itself is not a conductor (plastic), which has good insulation and transmission of optical signals, so it can resist the interference caused by electromagnetic field changes in the heating plate due to current changes during the heating process. However, using PT100 platinum resistance for temperature measurement cannot be used.

2. Fast and accurate temperature measurement: Fluorescent fiber optic temperature measurement has fast temperature judgment speed, fast response, high accuracy of temperature measurement, and can achieve within ± 1 ℃.

3. Fast and high-precision channel: Fluorescent fiber optic temperature transmitter products have passed temperature calibration before leaving the factory, and do not require calibration on site. Platinum resistance temperature measurement requires temperature calibration and calibration after a certain period of time.

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