The Bently Nevada JNJ5300-08-045-00-00 is a highly specialized, non-contact eddy current proximity probe designed for continuous machinery protection and precision displacement diagnostics. By emitting a high-frequency electromagnetic field from its optimized 8 mm tip, this industrial sensor measures the micro-gap distance to a target conductive shaft without physical contact. It translates rapid mechanical fluctuations into stable analog signals, feeding key telemetry data regarding shaft vibration and axial position into predictive maintenance networks. Built with a rugged, hermetically sealed stainless steel barrel, it resists petroleum compounds, moisture, and intense physical stress.

Threaded Case Length (-045): Features a 45 mm case thread layout for specialized mechanical installation clearance.

Protective Armor Setup (-00): Configured as a standard cable variant without an extra flexible stainless steel outer armor sleeve.

Integral Lead Cable Length (-00): Equipped with a standard 1.0-meter integrated high-frequency connection cable terminating in a ClickLoc connector.

Operating Input Voltage: Operates on a standard nominal -24 Vdc power loop provided.

Maximum Current Consumption: Extremely efficient, drawing under 12 mA of current.

Operating Temperature Limits: Built to withstand demanding thermal swings from -51 °C up to +177 °C (-60 °F to +350 °F).

Radial Shaft Vibration Tracking:

Axial Position Monitoring:

Turbine Operational Safety Diagnostics:

Capturing continuous fluid-film bearing changes and dynamic cross-axis movements on industrial motors.

Continuously verifying internal rotor alignment and thrust bearing gaps on heavy-duty process compressors.

Monitoring shaft thermal growth and casing expansion patterns inside high-speed steam and gas turbines.