不受电磁干扰的磁共振设备光纤温度传感器

Microwave belongs to ultra-high frequency electromagnetic waves and has a strong electromagnetic field. 使用传统温度传感器时 (如热电偶, PT100 thermoelectric resistors, 等。) for temperature measurement, metal temperature probes and wires generate induced currents under the high-frequency electromagnetic field, causing serious interference to the accuracy and stability of temperature measurement, resulting in temperature value errors or unstable temperature measurement. 因此, the fluorescence fiber temperature measurement system independently developed by Fuzhou INNO is a non-interference temperature sensor in the microwave field. The microwave 光纤测温系统 utilizes the characteristics of fiber optic fluorescence temperature measurement, 不受电磁辐射场的影响, 以超高频精确测量微波腔内被加热物体的温度, 强电磁场, 和重干扰环境; 并通过荧光温度传感器的探头实现了精确的温度测量. 光纤温度传感器本质上是安全的, 抗强电磁干扰, 具有良好的电绝缘性, 性能稳定, 耐腐蚀性, 使用寿命长; 高温测量精度高, 宽温度测量范围, 以及温度测量通道的灵活配置; 安装方便, 灵活的组网, 标准化数据传输, 高性价比, 和稳定的质量; 高频微波设备温度监测的首选产品.

光纤温度传感器, 智能监控系统, 中国分布式光纤制造商