Time:2024-06-11 Browse: 376
Fiber optic thermometer is an integrated temperature measurement control system based on the principle of fiber optic temperature measurement. This product has unique technical advantages in industrial temperature measurement under special environments such as high voltage and strong electromagnetic interference.
The fluorescent fiber optic temperature measurement system adopts a fluorescent fiber optic temperature measurement module and probe, which has the advantages of intrinsic safety, strong electromagnetic interference resistance, good electrical insulation, lightning protection, high precision, stable performance, long service life, corrosion resistance, and small volume. Its signal processing unit adopts internationally advanced digital demodulation technology and has real-time online signal acquisition, processing, and transmission functions. The temperature information of the tested body is fully realized through optical signals from sensing, demodulation to transmission, fully realizing non electric detection and intrinsic safety. It can be widely used in various industrial environments and research fields such as power generation, power transmission, aerospace, industrial microwave, medical, food processing, petrochemical, plastic rubber industry, microwave chemistry, etc.
This product does not require calibration during its lifespan and is particularly suitable for real-time temperature monitoring in special industrial environments such as high voltage and strong electromagnetic (EMI/RFI/EMP). At the same time, the design of this fiber optic thermometer is flexible and highly reliable, capable of completing multi-point temperature monitoring with complex topological structures, and has high environmental adaptability.
Multi channel fiber optic temperature measurement is a standard universal thermometer, especially suitable for industrial environments such as high-voltage transformers, high-voltage frequency converters, and switchgear; Real time measurement of temperature at the measured point; Network output is achieved through RS-485 bus, and multi-point real-time temperature monitoring is achieved under microcomputer control using standard computer software; A dedicated display module can also be used to display the measured temperature; Suitable for intelligent matching of high-voltage switchgear, transformers, frequency converters, reactors and other equipment; Intrinsic safety, direct measurement of charged body temperature, resistance to strong electromagnetic interference, strong insulation, stable performance, corrosion resistance, and long service life; High temperature measurement accuracy and wide temperature measurement range; Easy installation, flexible networking, moderate cost, and standardized data transmission.
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