GE MTS5 serves as a core sensing component for mechanical health monitoring, designed to capture real-time vibration, axial displacement and relative motion data of rotating equipment such as turbines, compressors, fans and large pumps. The sensor adopts mature contact measurement structure with stable mechanical contact layout, featuring excellent linearity and low signal distortion during long-term continuous operation. Built-in internal damping and anti-interference circuit can filter high-frequency electromagnetic clutter generated by inverters, motors and power distribution cabinets in industrial fields, ensuring the authenticity of collected physical signals.

The product supports matched access to GE epoch series flaw detectors and Panametrics monitoring host equipment, with unified electrical signal output specifications, realizing seamless data transmission between sensing end and upper monitoring system. It has complete overvoltage, surge and short-circuit protection inside the circuit, avoiding instantaneous grid impact and wiring errors from damaging internal precision components. The working temperature range adapts to the internal environment of industrial equipment cabins, with good temperature drift suppression ability, and measurement accuracy will not fluctuate obviously under normal temperature changes of the unit.

Standard industrial shell structure has certain dust-proof and oil-proof performance, adapting to the harsh working conditions of oil mist, dust and slight humidity in power plants, petrochemical plants and metallurgical workshops. The overall structure is compact and easy for on-site fixed installation and later calibration maintenance. The collected measurement data is transmitted to the monitoring system for real-time analysis, abnormal vibration early warning and fault diagnosis, effectively avoiding major equipment failure caused by mechanical wear, shaft deviation and loose components. It is a necessary front-end sensing device for the predictive maintenance of key rotating equipment in process industries, greatly improving the safe operation cycle of industrial units and reducing unplanned shutdown losses.