Bently Nevada 18622-015-01 Interconnect Cable Assembly

Product Overview

The 18622-015-01 interconnect cable from Bently Nevada provides reliable signal transmission between vibration monitoring system components in industrial machinery protection applications. It is widely used in power generation plants, oil refineries, petrochemical facilities, and heavy industrial equipment where stable communication between proximity probes, extension systems, and monitoring modules is required for continuous machine condition monitoring.

This interconnect cable is designed for integration within Bently Nevada monitoring architectures and supports stable electrical signal transfer under high vibration and harsh environmental conditions. The 15 ft (4.572 m) cable length provides flexible installation routing between enclosure systems and field-mounted instrumentation. The armored Teflon cable construction improves resistance to abrasion, chemical exposure, and mechanical stress, making it suitable for demanding industrial environments. The compact design supports clean cable management inside control cabinets and machinery protection systems, helping maintain signal integrity and reducing the risk of unplanned shutdown events caused by wiring degradation.

Technical Configuration

Technical Specifications

Technical FAQs

What is the main function of this interconnect cable?

It provides stable signal transmission between vibration monitoring components in Bently Nevada machinery protection systems.

Why is Teflon insulation used in this cable?

Teflon improves resistance to high temperature, chemical exposure, and industrial environmental stress.

Can this cable be used in high vibration environments?

Yes. The armored construction is designed for industrial vibration and mechanical stress conditions.

Is this cable compatible with all Bently Nevada systems?

It is designed for use within compatible Bently Nevada monitoring and proximity measurement architectures.

Engineering & Installation Guide

Route the cable separately from high power conductors and VFD output lines to minimize electromagnetic interference in monitoring signals.

Ensure proper mechanical fixation along cable trays to prevent vibration-induced fatigue at connector points in rotating machinery environments.

Avoid tight bending near termination points to maintain long-term shielding integrity and stable signal performance in industrial applications.