Moreover, even in the camp of optical fiber temperature sensors, due to the different technical routes adopted, fluorescence, fiber grating, Raman/Brillouin, Fabry cavity and semiconductor optical fiber temperature sensors show many differences in the application field, signal demodulation, performance index, parameter drift, stability and reliability, probe structure and life, external dimensions, production technology, cost and so on. Compared with other technical routes, the fluorescent optical fiber temperature sensor is the best, with a measuring range of -40℃~200℃ and an accuracy of 0.05? C, showing excellent long-term stability and reliability, showing strong comprehensive advantages (see table).
According to the above characteristics, the market segment of fluorescent optical fiber temperature sensor is located in: high-voltage electrical equipment monitoring (such as generators, transformers, switchgear, transformers, etc. ), industrial microwave (such as food processing, vulcanization technology, microwave digestion/extraction equipment, disinfection/drying equipment, etc.). ), magnetic medical equipment (such as nuclear magnetic equipment, tumor hyperthermia instrument, etc. ), petrochemical industry/coal, aviation/ships/and other explosion-proof industrial environments.
Fluorescent optical fiber temperature module is widely used in industrial applications because of its stable performance and high reliability. It breaks through the constraints of high-voltage and electromagnetic environment on electronic components, fills the technical gap of safe temperature monitoring and detection in high-voltage and electromagnetic environment such as industrial microwave and high-power equipment, and is a revolutionary breakthrough of online temperature monitoring technology in special industrial environment such as high-voltage, electromagnetic, flammable and explosive.
Beijing Prodi Technology Co., Ltd. provides you with