Application fields of fluorescence fiber optic temperature measurement

The application scope of fluorescence fiber optic temperature measurement:

1. Fiber optic temperature measurement for power equipment

In the field of power energy, real-time temperature monitoring of high-voltage live critical equipment is often required. High voltage electrical equipment such as large motors, transformers, and high-voltage cables are key equipment in the power system. The safety, reliability, and service life of these equipment are crucial for the safe and reliable operation and service life of the entire system. State Grid of China established the fiber optic temperature measurement standard in 2016, and gradually recommended the use of fluorescent fiber optic temperature measurement schemes for high-voltage switchgear. In addition, large oil immersed transformers, high-voltage reactors, etc. need to use fluorescent fiber optic temperature measurement methods. However, traditional measuring instruments are prone to bias due to high voltage and strong electromagnetic interference (EMI). Inno Technology's fluorescent fiber optic temperature sensor has inherent insulation characteristics, allowing for precise online temperature monitoring of components that withstand high voltage or strong currents.

2. Scientific experimental equipment optical fiber temperature measurement

Fiber optic temperature measurement manufacturers and major research institutes across the country have established good cooperative relationships to provide fiber optic temperature measurement for many of their projects. Fluorescent fiber optic sensing products have the characteristics of intrinsic safety, small size, no electromagnetic interference, and extremely high corrosion resistance. They have been widely used in higher research institutions such as universities, metrology institutes, and laboratories across the country, and have received unanimous praise.

3. Thermal therapy magnetic resonance equipment

Many medical instruments require real-time and accurate monitoring of local temperatures in high-frequency electromagnetic environments to avoid unnecessary damage to equipment and even the human body. Traditional PT100 temperature measurement and other temperature measurement instruments are easily affected by electromagnetic interference and cannot achieve accurate temperature measurement. Our fluorescent fiber optic temperature sensor has the characteristic of fearless interference and can be widely used for temperature monitoring in clinical hyperthermia and various high-frequency electromagnetic devices.

In addition, it also includes fiber optic temperature measurement in petroleum and petrochemical, flammable and explosive, and high-risk and harsh environments.

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