Bently Nevada 22810-00-05-05-00 Interconnect Cable

The Bently Nevada 22810-00-05-05-00 facilitates precise electrical communication within proximity transducer systems. This interconnect cable carries a voltage signal directly proportional to the gap between the probe and target. It captures both steady-state position data and high-frequency dynamic vibration levels. Consequently, operators can monitor machinery health with extreme accuracy in real-time. This specialized link ensures that raw sensor data reaches monitoring hardware without interference.

Primary Industrial Applications

Engineers typically deploy this cable on critical rotating assets using fluid-film bearings. It serves as a vital component for measuring shaft vibration and axial thrust position. Furthermore, the cable supports Keyphasor reference inputs and rotational speed monitoring. This versatility makes it essential for comprehensive machine protection strategies in power plants. It also performs reliably in oil, gas, and petrochemical processing environments.

Design Standards and Compatibility

This 5-meter system adheres strictly to the American Petroleum Institute (API) 670 requirements. Compliance ensures standardized mechanical configurations, linear accuracy, and thermal stability. Moreover, the 22810 series supports full hardware interchangeability across compatible Proximitor sensors and probes. This design choice removes the requirement for specialized bench calibration during component replacement. Therefore, maintenance teams can swap parts quickly to minimize system downtime.

Reliability and Installation

Bently Nevada builds these cables to withstand the rigors of industrial conduit and tray environments. The robust insulation resists chemical exposure and moisture ingress over long service periods. Additionally, the lightweight construction simplifies the routing process during large-scale system integration. These cables provide a stable platform for predictive maintenance programs in complex industrial facilities. They ensure consistent high-level performance under various operational loads.

Key Technical Specifications