Bently Nevada 130539-30 Interconnect Cable

Description

Engineered for demanding industrial monitoring environments, the Bently Nevada 130539-30 is a high-integrity interconnect cable designed to ensure seamless signal transmission between machinery sensors and critical monitoring systems. This industrial-grade assembly is constructed with a 3-conductor shielded 18 AWG (1.0 mm2) cable, offering robust physical protection and excellent resistance to electromagnetic interference (EMI). One end of the assembly features a specialized 3-socket plug encased in a protective fluorosilicone elastomer boot, providing optimal environmental sealing at the sensor connection point. The opposite termination consists of terminal lugs, allowing clean, secure connections within terminal boxes or control panels.

Features

• Heavy-duty 3-conductor 18 AWG (1.0 mm2) copper wiring for high-fidelity signal transmission.
• Integrated shielding layer to mitigate electrical noise and maintain signal purity in harsh industrial environments.
• Fluorosilicone elastomer boot at the connector end for superior chemical and moisture resistance.
• Robust 3-socket connector pre-terminated for reliable, vibration-resistant mating.
• Convenient terminal lugs on the system end to facilitate quick installation in junction enclosures.

Applications

• Vibration and thrust position monitoring systems.
• Connection of dynamic sensors and velocity transmitters in power generation facilities.
• Oil and gas refining machinery protection systems.
• Industrial rotating machinery diagnostics.

Technical Specifications

Installation Guidelines

• Ensure the cable is routed with appropriate bend radiuses to prevent mechanical stress on the inner conductors and shield.
• For complete installation, routing, and termination details, refer to the Bently Nevada technical manual (part number 133080-01).
• Avoid routing signal cables parallel to high-voltage power lines to minimize potential cross-talk and electromagnetic interference.
• Verify that the fluorosilicone elastomer boot is fully seated and sealed over the sensor mating interface to protect against fluid ingress.