The Bently Nevada 330130-045-00-05 serves as the primary 330130 Extension Cable utilized to execute non-contacting proximity displacement signal transmission across 3300 XL Series machinery protection platforms.

Cable Option Configurations

• 330130: 3300 XL Standard Extension Cable base model designation

• 045: 4.5 meters (14.8 feet) total physical cable length

• 00: Standard coaxial cable layout without connector protector options

• 05: Multiple global hazardous area agency approvals including CSA, ATEX, and IECEx certifications

Hardware Parameters

Eddy-Current Probe Scaling and Rotor Dynamics

The triaxial transmission path maintains precision within the transducer RF loop, transferring high-frequency analog signals between the probe tip and the proximity sensor block. Balanced electrical capacitance and resistance figures preserve exact eddy-current probe scaling over long distances, suppressing voltage distortions under heavy rotor dynamics shifts. Integrated shield layers manage environmental electromagnetic field noise to sustain continuous gap voltage validation parameters.

Delivery Content Log

• 1 x 330130-045-00-05 Extension Cable

Installation and Cable Management Guidelines

• Connection Interface Integration

  Join the gold-plated click type miniature coaxial connectors together by hand until tight. Do not use structural hand tools to secure the locking mechanism to prevent internal link distortion.

• Bend Geometry Constraints

  Route the 4.5 m length through protective steel conduit paths. Ensure any routing orientation curves adhere strictly to the minimum 25.4 mm bend radius restriction to preserve shielding behavior.

• Isolation and Terminal Guarding

  Apply high-dielectric insulation sleeves over uninsulated coaxial connector shells. Separate the transducer cable layout paths from high-voltage active motor supply lines to reduce noise cross-talk.

Field Infrastructure Verification

• Is this proximity sensor extension cable hot-swappable?

  Yes, the cable component can be uncoupled or replaced while the corresponding monitor rack channel loop remains energized.

• What is the consequence of violating the minimum bend radius specification?

  Bending sharper than 25.4 mm permanently alters the core-to-shield capacitance, shifting the loop impedance and degrading calibration accuracy.

• Can this 4.5 meter cable be paired with any probe length option?

  No, the extension cable length and the proximity probe length when combined must match the exact total electrical system length calibrated for the Proximitor.

• Does this specific part code include factory-installed connector protectors?

  No, the 00 configuration defines a standard cable variant lacking external composite mechanical connector protectors at the junction points.

• How does moisture contamination affect the coaxial connector connection?

  Moisture ingress inside the uninsulated click type connection layer leaks current to ground, resulting in a systemic Not OK monitor status.

• What type of signal shielding protection is provided by this architecture?

  The hardware utilizes a specialized FEP jacketed design containing an internal shield layer to eliminate stray industrial field cross-talk.

• What target material is this extension cable system matched to?

  The entire transducer array is factory tuned to track standard AISI 4140 steel target surfaces within the linear range window.

• Does the coaxial connector assembly require regular torque verification?

  No, the ClickLoc connection mechanism features a click style lock design meant for secure finger-tight execution without instrumentation tools.