16925-23| Bently Nevada | Interconnect Cable

Product Overview

16925-23 is a Bently Nevada interconnect cable designed for reliable signal transmission between vibration monitoring components in industrial protection systems. It forms part of the signal path used in proximity, velocity, and condition monitoring architectures where stable electrical continuity directly affects measurement accuracy and machine protection response time.

This cable is widely used in turbine systems, compressors, pumps, and rotating machinery installations across power generation, oil and gas, and heavy industrial plants. It ensures consistent signal integrity between field sensors and monitoring modules, reducing the risk of data loss caused by electromagnetic interference or mechanical stress in harsh environments.

Technical Configuration

• 16925 = Interconnect cable base model

• 23 = 23 ft cable length configuration

The cable is designed for direct interconnection within Bently Nevada monitoring systems. It maintains controlled electrical characteristics suitable for vibration signal transmission and supports stable operation under continuous industrial vibration and electrical noise conditions.

Technical Specifications

Technical FAQs

Where is the 16925-23 cable used in a monitoring system?
It is used as an interconnect link between vibration monitoring modules and system components in Bently Nevada architectures.

Can this cable be used in high noise environments?
Yes. It is designed with shielding suitable for industrial electromagnetic interference environments.

Is the cable length fixed at 23 ft?
Yes. The “23” suffix defines a fixed 23 ft factory configuration.

Can this cable replace other interconnect models?
Replacement is possible only if electrical and length specifications match system requirements.

Engineering & Installation Guide

Route the cable away from high voltage power lines and VFD output cables to minimize induced electrical noise. Separation improves signal stability in vibration monitoring systems.

Avoid tight bending near connectors and junction points. Excess mechanical stress can degrade shielding performance and reduce long-term reliability.

Ensure proper grounding of cable shielding at a single system reference point to prevent ground loop interference in turbine and compressor monitoring environments.