Description

The 330101-00-10-15-02-05 is a high-performance 8 mm eddy current proximity probe designed for non-contact measurement of shaft vibration and displacement in rotating machinery. It is part of the 3300 XL proximity transducer system, widely used in industrial condition monitoring and machinery protection applications.The probe operates by generating a high-frequency electromagnetic field at its sensing tip. Variations in the distance between the probe and conductive shaft surface induce changes in coil impedance, which are converted into proportional electrical signals representing shaft motion.Engineered for harsh industrial environments, the 330101-00-10-15-02-05 features rugged encapsulation, EMI-resistant construction, and stable performance under vibration, thermal cycling, and contamination exposure. It is widely deployed in turbines, compressors, pumps, and other critical rotating machinery within monitoring systems provided by Bently Nevada.

Advanced Engineering FAQ

1. What is the fundamental electrodynamic sensing principle governing the operation of the 330101-00-10-15-02-05 proximity probe?

The 330101-00-10-15-02-05 operates based on the eddy current induction principle, where a high-frequency electromagnetic field interacts with a conductive target surface, producing impedance variations proportional to shaft displacement.

2. How does the 330101-00-10-15-02-05 achieve high-resolution non-contact displacement transduction in rotating machinery systems?

The 330101-00-10-15-02-05 utilizes a precision-calibrated coil geometry and optimized electromagnetic coupling efficiency to ensure linear voltage output corresponding to micrometer-scale shaft movement.

3. In what manner does the 330101-00-10-15-02-05 integrate into a complete 3300 XL proximity measurement chain?

The 330101-00-10-15-02-05 functions as the primary sensing element within a three-component architecture (probe, extension cable, Proximitor® sensor) in the Bently Nevada 3300 XL monitoring ecosystem.

4. How does the 330101-00-10-15-02-05 maintain metrological stability under high-vibration turbomachinery environments?

The 330101-00-10-15-02-05 is engineered with mechanically stabilized encapsulation and rigid probe tip construction to preserve consistent probe-to-target geometry under severe vibration conditions.

5. What does the configuration code “00-10-15-02-05” represent in the 330101-00-10-15-02-05 specification structure?

In the 330101-00-10-15-02-05, the segmented code defines parameters such as probe length, cable assembly configuration, armor type, connector termination, and certification or compliance options.