The Bently Nevada 330130-045-13-05, also cataloged as the 330130 Extension Cable, operates as a dedicated hardware component for high-frequency proximity signal transmission within 3300 XL Series platforms. The hardware module links the proximity transducer probe to the remote Proximitor sensor unit, routing electrical capacitance and impedance data paths without modifying physical signal properties.

Part Number Nomenclature Breakdown

The multi-segmented engineering option codes specify precise physical attributes for the hardware assembly:

• 330130: Base model designator for the 3300 XL standard extension cable group.

• 045: Specifies an absolute hardware cable length of 4.5 meters.

• 13: Denotes a fluid-resistant coaxial cable structure equipped with stainless steel armor plating.

• 05: Assigns standard miniature coaxial male and female connector configurations on opposing terminal ends.

Mechanical and Electrical Parameters

Eddy-Current Probe Scaling and Gap Voltage Validation

The physical length and capacitive matching profile of the cable core directly influence eddy-current probe scaling characteristics within the complete transducer system loop. To prevent measurement errors inside the 3500 monitoring rack registers, the total electrical length matching the sensor circuit must remain fixed. This strict tuning factor enables stable gap voltage validation routines, maintaining the precise -10 VDC targets required to linearize rotor dynamics tracking and minimize cross-talk suppression failures when proximity sensors are deployed adjacent to active rotating elements.

Transducer Circuitry Inquiries

Q: Is this extension cable rated for online hot-swap insertion while the Proximitor sensor loop is powered?

A: No, disconnecting or reconnecting the transducer cable while the monitor circuit is energized causes immediate loop registry disruption and can trip downstream machinery safety protection logic.

Q: How does mechanical deformation of the armor shield alter electrical performance?

A: Any crushing or sharp bending alters the internal coaxial distance parameters, changing local capacitance metrics and distorting the calibration profile of the linked eddy-current probe scaling network.

Q: Does this cable assembly require external power lines or separate signal shielding grounds?

A: No, it is a fully passive coaxial component that routes ground shielding through its integrated outer metallic braid architecture.

Field Configuration and Rigging Procedures

• Route the coaxial armor runs through dedicated structural conduit channels to bypass sharp industrial component boundaries.

• Maintain the minimum specified physical bend radius of 25 mm throughout all routing phases to protect the inner conductor elements.

• Torque the miniature coaxial connectors using appropriate mechanical tools to ensure complete moisture-proof seating.

• Insulate the connection interfaces using oil-resistant elastomeric boots to stop external fluid entry.

Delivery Package Inclusions

• Bently Nevada 330130-045-13-05 Armored Extension Cable

• Factory Coaxial Connector Protective Terminal Cap Set

Logistics Packaging Framework

Delivery time: 2-7 days when payment finish through established premium global freight structures including DHL, FEDEX, and UPS. All instrumentation hardware parts are sealed within dry anti-static industrial packaging sleeves surrounded by custom shock-insulating structural foam contours to ensure component preservation over global transport channels.