Bently Nevada 16925-80 Interconnect Cable Without Armor

Product Overview

16925-80 is a Bently Nevada interconnect cable designed for signal transmission within industrial vibration monitoring systems where flexible routing is required. It connects system modules, proximity measurement chains, and monitoring interfaces in Bently Nevada architectures used for rotating machinery protection. The cable maintains stable electrical performance in environments with continuous vibration and electrical noise.

This model is commonly deployed in power plants, oil refineries, compressor stations, and heavy industrial facilities. It supports reliable communication between monitoring components while reducing installation complexity in non-armored routing applications. The absence of armor improves flexibility for cabinet and rack wiring layouts where mechanical protection is already provided by conduit or controlled installation paths.

Technical Configuration

• 16925 = Interconnect cable base model

• 80 = 80 ft fixed cable length option

• Without armor = flexible standard cable construction without mechanical steel protection

The cable is designed for internal system interconnection where routing flexibility is prioritized over mechanical reinforcement. It maintains stable impedance characteristics suitable for vibration signal transmission in Bently Nevada monitoring systems.

Technical Specifications

Technical FAQs

Where is the 16925-80 cable typically installed?
It is used inside control cabinets, racks, and protected industrial wiring paths for monitoring system interconnection.

Does this cable provide mechanical protection against crushing?
No. It is non-armored and relies on installation routing or conduit for mechanical protection.

Can this cable be used in high vibration environments?
Yes, but it must be installed in protected routing paths to avoid mechanical damage.

Is this cable compatible with all Bently Nevada systems?
It is compatible only when system interconnection specifications match the required length and connector configuration.

Engineering & Installation Guide

Install the cable inside protected conduits or cable trays when used in high vibration industrial environments. Avoid direct exposure to moving machinery or sharp edges.

Maintain separation from high voltage power cables and VFD output lines to reduce electromagnetic interference and signal distortion.

Use proper grounding for cable shielding at a single reference point to prevent ground loop noise in vibration monitoring systems.