Bently Nevada 330103-00-05-10-02-00 Proximity Probe

Unthreaded Length: 0 mm.

Overall Case Length: 50 mm.

Total Length: 1.0 metre.

Connector and Cable - type: Miniature coaxial click loc™ connector, standard cable (option 02).

Agency Approval: Not required (option 00).

Probe Tip Material: Polyphenylene sulfide (PPS).

Probe Case Material: AISI 303 or 304 stainless steel.

Probe Pressure: Designed to seal differential pressure between the probe tip and case, with a Viton® O - ring as the sealing material. Not pressure - tested prior to shipment.

Dynamic signal fusion: Bently Nevada 30103-00-05-10-02-00 improves the accuracy of fault diagnosis by cross-validating the correlation between different parameters. For example, in the case of misalignment fault, the vibration acceleration anomaly and axis trajectory deviation characteristics can be captured synchronously, and the false alarm rate is reduced by more than 60% compared with the traditional solution.

Multi-sensor compatibility: Supports multiple inputs such as velocity sensor, acceleration sensor, eddy current probe, etc., and can simultaneously monitor shaft vibration, shaft displacement (static/dynamic), key phase and temperature signals.

Harmonic feature tracking: For early mechanical faults, Bently Nevada 30103-00-05-10-02-00 can capture the change trend of 2X and 3X harmonic components in the vibration signal and issue an early warning 1-2 weeks in advance.

Monitoring of the tilting mechanism of steelmaking converters: By measuring the shaft displacement and speed of the converter tilting mechanism, accurate control and monitoring of the converter tilting process can be achieved by Bently Nevada 30103-00-05-10-02-00. Shaft displacement monitoring can ensure that the transmission shaft of the tilting mechanism does not excessively displace during operation, and prevent problems such as gear wear and coupling damage caused by excessive displacement.

Monitoring of blast furnace blowers: Bently Nevada 30103-00-05-10-02-00 can monitor parameters such as shaft vibration, axial displacement and expansion difference of blast furnace blowers. Shaft vibration monitoring can promptly detect problems such as scaling and wear of the blower impeller, and avoid equipment damage caused by excessive vibration; axial displacement monitoring can prevent the blower shaft from moving due to excessive axial force, ensuring the normal operation of the equipment; expansion difference monitoring can ensure that the expansion and contraction of the rotor and casing of the blower are coordinated under different working conditions, thereby improving the reliability of the equipment.