Product Details: Bently Nevada 330130-080-10-05 is an 8-meter 3300 XL series FluidLoc Extension Cable, designed for matching with 8mm proximity probe and 3300 XL proximitor sensor to build a complete eddy current transducer system for Bently Nevada TSI machinery protection system. This Proximity Transducer Cable adopts 75Ω triaxial FEP insulated double shielded low-noise construction with FluidLoc oil sealing structure, which can prevent lubricating oil from penetrating along the cable core inside machine casings. It transmits the tiny gap signal between probe tip and metal shaft to the proximitor unit without signal attenuation and distortion, supporting non-contact high-precision measurement of shaft radial vibration, thrust displacement, shaft eccentricity and differential expansion of rotating machinery. According to ordering code 330130-080-10-05, this cable is equipped with ClickLoc coaxial connectors on both ends for stable and reliable connection, and has ATEX and IECEx certifications for hazardous area application. During installation, technicians need to keep the minimum bending radius, avoid sharp bending, pulling and extrusion to prevent damage to internal conductors. The whole transducer system supports built-in fault detection to identify cable open circuit, short circuit and connector poor contact, and report fault status to rack monitoring modules. Widely used in power generation, petrochemical and heavy industrial fields, this FluidLoc Signal Cable provides stable signal transmission for turbines, centrifugal compressors, generators and pumps, helping operators capture early rotor abnormal conditions and avoid unplanned equipment shutdown.

Core Attributes:

Brand: Bently Nevada

Model: 330130-080-10-05

Product Type: 3300 XL FluidLoc Proximity Transducer Extension Cable

Cable Length: 8 meters

Cable Structure: 75Ω triaxial FEP insulation, double shielded low-noise cable

Connector: ClickLoc miniature coaxial connector

Matched Probe: 8mm 3300 XL proximity probe

Certification: ATEX, IECEx

Features: FluidLoc oil sealing design, low signal attenuation, EMI suppression, high temperature resistance, built-in transducer fault monitoring