GE MTS-351-10 is a hermetically sealed industrial vibration pickup designed for long-term fixed installation on rotating machinery bearing housings. The built-in high-precision piezoelectric sensing chip integrates an internal charge amplifier circuit, which converts tiny vibration mechanical changes generated during equipment operation into low-impedance standard output signals. The output signal can be directly accessed by GE monitoring rack modules without extra signal conditioning boards, simplifying field wiring and debugging work for on-site instrument personnel.

The whole probe adopts an integral stainless steel fully sealed shell structure with outstanding water resistance, dust resistance and weak corrosion resistance, coping with humid air, oil mist and tiny corrosive gas inside equipment compartments of power plants and petrochemical workshops. Its normal working temperature ranges from -20°C to 70°C, and stable linear measurement performance can be maintained under 95% non-condensing non-dewing environment for years of continuous operation. The base is equipped with standard threaded installation holes for rigid fastening; firm installation effectively avoids measurement jitter caused by equipment vibration resonance and ensures the authenticity of collected vibration waveforms. The matched shielded cable restrains electromagnetic interference from surrounding frequency converters and high-power motors, preventing data drift and waveform distortion in long-distance signal transmission.

Each MTS-351-10 undergoes professional calibration via standard vibration shakers, insulation withstand voltage testing and continuous powered aging screening before factory delivery to keep consistent measurement precision among individual products. Sensor failure or performance degradation will lead to monitoring signal loss and false system alarms, bringing hidden dangers to the safe operation of large rotating units. Adopting qualified original replacement sensors supports plug-and-play installation without modifying system configuration parameters, greatly shortening maintenance downtime and production loss risks.

Brand-new sensors are used for the construction of new equipment monitoring systems, while calibrated spare sensors are widely used in daily overhaul and emergency fault replacement of old vibration monitoring cabinets. Timely vibration data fed back by MTS-351-10 helps operation staff capture incipient equipment faults, prevent unexpected unit shutdown accidents triggered by sudden mechanical damage, reduce the overall maintenance cost of rotary equipment, and offer reliable data basis for full-life health management of industrial rotating machinery under long-cycle continuous production conditions.