Product Details: Bently Nevada 83024-00-16-90-02 is an eddy current proximity probe, used for non-contact relative shaft vibration, shaft displacement and thrust position monitoring in rotating machinery protection system. This Eddy Current Vibration Sensor adopts eddy current principle, which can continuously detect the clearance between probe tip and metal rotor surface, convert mechanical gap change into linear electrical signal and transmit to the matched proximitor module for data processing. The probe body is made of stainless steel, equipped with precision mounting thread, stable electromagnetic performance and good temperature resistance. According to ordering code 83024-00-16-90-02, the parameters define probe diameter, thread specification, cable length and tip configuration. During installation, technicians need to adjust the static gap of the probe within the linear working range, and lock the probe firmly to prevent loosening caused by vibration. The probe is matched with designated extension cable to form a complete transducer system, and supports built-in sensor fault diagnosis function to detect open circuit, short circuit and wiring failure. The signal cable must use low-noise shielded wire and be separated from high-voltage power cables to reduce electromagnetic interference. Regular maintenance checks probe tip wear, cable aging and connector corrosion. Widely used in power generation, petrochemical and heavy industrial fields, this Non-Clearance Shaft Transducer is used for real-time status monitoring of turbines, centrifugal compressors, generators, fans and pumps, provides reliable data for machinery protection, protects rotor and bearing assemblies and reduces unplanned equipment shutdown.

Core Attributes:

Brand: Bently Nevada

Model: 83024-00-16-90-02

Product Type: Eddy Current Proximity Probe

Measurement Principle: Non-contact eddy current displacement sensing

Housing: Stainless steel probe body

Application: Shaft vibration, thrust displacement and shaft eccentricity monitoring

Features: Non-contact measurement, stable linear performance, sensor fault detection compatible, high temperature resistance, easy field installation