光ファイバー温度センサー, 応用, characteristics-INNO

センシング技術の継続的な開発により、, センサー技術に対する人々の需要も日々高まっています. Fiber optic sensors that meet the conditions of high sensitivity, 低コスト, 簡単な準備プロセス, and good stability are rare. センシングと検出のプロセス中, 感度と安定性が主な技術的影響要因, 一方、製造プロセスとコストは工業生産に影響を与える重要な要素です. Sensors that combine these advantages are receiving increasing attention and favor.

Fiber optic sensors are sensors that convert the state of the object being measured into measurable optical signals. 光ファイバーセンサーの応用範囲は非常に広いです, involving almost all important fields of national economy and defense, 人々の日常生活と同様に, especially for safe and effective use in harsh environments. The working principle of fiber optic sensors is to send the incident light beam from the light source into the modulator through an optical fiber. The interaction between the modulator and the external measured parameters changes the optical properties of the light, 強度などの, 波長, 頻度, 段階, 偏光状態, 等, becoming the modulated optical signal. It is then sent through the optical fiber to the optoelectronic device and demodulated to obtain the measured parameters.

In the existing technology, there are many methods for temperature detection, and the sensors used mainly include bimetallic temperature sensors, thermistor temperature sensors, and infrared temperature detection devices. These temperature sensors all have different drawbacks, such as bimetallic temperature sensors being sensitive to electromagnetic radiation and not suitable for electromagnetic scenarios; Thermistor temperature sensors require a current source to be loaded during use, which can generate self heating over time. Thermistor temperature sensors are highly sensitive to self heating, causing self heating errors; Infrared temperature detection devices should be vertically incident on the surface of the object being detected during temperature measurement, which is inconvenient to use in narrow spaces.

光ファイバー温度センサー have a wider range of applications due to their advantages of anti electromagnetic radiation and passive detection. The existing 光ファイバー温度センサー can be pre embedded in narrow spaces to achieve temperature measurement. For objects without temperature measuring optical fibers, when temperature measurement is required, the optical fiber temperature sensor can also be pushed into the object through a traction device;

Accurate temperature measurement is crucial in engineering application systems such as aerospace, high-power stable lasers, and high-precision CNC machine tools. Fiber optic temperature sensors are mainly used to detect changes in external environmental temperature. Compared with ordinary electrical sensors, fiber optic sensors have no electromagnetic interference, 強い耐食性, easy manufacturing, 低コスト, 速い応答, and high detection sensitivity.

The advantages of 光ファイバー温度センサー

1. Traditional temperature sensors cannot function properly in electromagnetic/radio frequency environments due to severe interference;

2. There are particularly high requirements for accuracy, 感度, lifespan, stability/reliability, 等;

3. The installation environment is narrow and there are special requirements for the sensor size;

4. Flammable, 爆発物, and corrosive environments have special requirements for safety/corrosion resistance.

5. In harsh environments such as lightning strikes and wilderness.

6. Places where energy supply is inconvenient during testing.

FJINNO provides fluorescent fiber temperature sensors, distributed fiber temperature measurement systems, そして fiber Bragg grating sensors with a wide range of applications, accurate temperature measurement accuracy, そしてリーズナブルな価格. ようこそお問い合わせください