Technical Specifications Probe Tip Diameter: Standard 6000 series probe tip Linear Measurement Range: Matched to probe specification Insulation Material: PTFE Operating Temperature:-55℃ ~ +177℃ Connector: Microdot connector Frequency Response:0~10kHz
Functional Features Special design for Bently 6000 monitoring system. Stable linear gap measurement for rotating shaft vibration and thrust displacement. High temperature resistant probe and cable for industrial hot measuring points. Stable signal output under strong vibration field environment. Stainless steel threaded body with lock nut for gap adjustment and locking. Must be matched with Bently 6000 series supporting proximitor preamplifier.
Application Scenarios Shaft vibration monitoring of medium rotating machinery. Axial thrust displacement measurement of compressor and fan. Industrial rotating equipment condition monitoring system. Petrochemical and power plant auxiliary machinery protection. Non-contact displacement measurement for general industrial rotating rotor.
Performance Parameters Full scale linearity error: ≤2.5% Measurement repeatability: Stable for long-term continuous online monitoring Shock withstand:10g peak; vibration withstand:2g,10~1000Hz
Structural Characteristics Stainless steel threaded probe body with lock nut. PTFE insulated integral cable. Hermetically sealed coil assembly inside probe tip. Microdot metal connector at cable terminal. Anti-vibration locking nut to prevent gap drift.
Working Principle The matched 6000 series proximitor sends high-frequency alternating excitation signal to probe coil. Coil impedance changes as the gap between probe tip and rotor surface changes. The impedance variation signal returns to proximitor and is converted into linear analog voltage signal to realize real-time displacement and vibration measurement.
Installation Requirements Screw probe into threaded mounting hole of equipment casing. Tighten lock nut firmly after gap setting to prevent loosening caused by machine vibration. Arrange cable route to avoid sharp bending and pulling force.
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