Built with high-precision piezoelectric sensing element and built-in signal conditioning circuit, MTS5-311-10 converts vibration displacement and velocity generated during equipment operation into low-impedance standard output signals that can be directly accessed by GE monitoring racks and DCS modules. It sensitively captures abnormal vibration signals caused by shaft misalignment, structural looseness, mechanical friction and fatigue damage, being widely applied in thermal power plants, petrochemical factories and gas stations to build the front data acquisition unit of rotating equipment safety monitoring network.

The sensor adopts fully welded hermetic stainless steel housing, which effectively resists oil mist, dust, humid air and trace corrosive gas in complex industrial environments. Its working temperature ranges from -20°C to 70°C, maintaining stable measurement linearity under 95% non-condensing humidity during long-term uninterrupted running. Standard threaded mounting base supports rigid fastening installation, avoiding signal jitter induced by equipment resonance and ensuring the authenticity of collected vibration waveforms. Equipped with double-layer shielded cables, it effectively shields electromagnetic interference from on-site inverters, high-power motors and power distribution cabinets, preventing waveform distortion and data drift during long-distance signal transmission.

Each finished MTS5-311-10 is calibrated with standard vibration exciters before delivery, accompanied by insulation withstand voltage test and long-time powered aging screening to guarantee stable and unified measurement accuracy of individual products. Seal aging, internal component drift and cable damage of old sensors will lead to data fluctuation, false alarms or monitoring blind spots, bringing potential safety hazards to continuous production units. Replacement with certified original sensors supports plug-and-play installation without modifying system configuration parameters, significantly cutting maintenance downtime and production losses.

New sensors are matched for newly built equipment monitoring projects, while calibrated spare products are used for daily overhaul and emergency replacement of aging monitoring hardware. Vibration data collected by this transmitter helps maintenance staff identify incipient mechanical defects in advance and prevent unplanned shutdown accidents caused by sudden component failure. It reduces the overall maintenance cost of rotary machinery and provides continuous reliable data support for full-life health management of industrial rotating assets under long-cycle continuous production modes.