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bently nevada 16710 14 interconnect cable-0

Bently Nevada Cables

Home >  Products >  BENTLY NEVADA >  Bently Nevada Cables

Bently Nevada 16710-14 Interconnect Cable

Product Name: Interconnect Cable

Brand Name: Bently Nevada

Model Number: 16710-14

Place of Origin: United States

Warranty: 12 Months

Whatsapp:+86 18020776782

Email:[email protected]

  • Overview
  • Get in Touch
  • Specifications
  • Description
  • Core Parameters
  • Advantages
  • Applications
  • Diagnostics & Protection
  • Recommended Products

overview

Product Name Interconnect Cable
Brand Name Bently Nevada
Model Number 16710-14
Place of Origin USA
Warranty 12 months
Payment Methods T/T
Shipment DHL/UPS/EMS/Fedex...

Get in Touch

Sales:

Email:

Whatsapp:

Jim Pei

[email protected]

+86 18020776782

Specifications

Product Name Bently Nevada 16710-14 Interconnect Cable
Manufacturer Bently Nevada
Product Type Interconnect Cable
Part Number 16710-14
Dimensions 25x23.5x4.1cm
Weight 0.38kg
Place of shipment Xiamen, China
Country of origin USA
Condition New & Original in Factory Packing
Conductor Resistance ≤ 58 Ω/km @ 20 °C
Characteristic Impedance 120 Ω ±10 %
Signal Range ±10 V (±5 V differential)
Shield Coverage ≥ 90 %
Max. System Length 30 m (99 ft)

Description

The Bently Nevada 16710-14 Interconnect Cable is a high-performance shielded industrial signal cable designed for reliable data transmission between sensors, monitoring systems, and measurement equipment. It provides stable electrical connectivity for vibration and condition monitoring applications, ensuring accurate signal transfer in demanding industrial environments.

Built with three shielded 22 AWG (0.5 mm²) copper conductors, the cable features a 3-pin connector on one end and terminal lugs on the other, enabling flexible integration with industrial instrumentation systems. Its armored and shielded construction ensures strong resistance to electromagnetic interference and mechanical stress.

Core Parameters

The Bently Nevada 16710-14 Interconnect Cable has a conductor resistance of ≤ 58 Ω/km at 20°C and a characteristic impedance of 120 Ω ±10%. It supports ±10 V signal transmission (±5 V differential) and provides shielding coverage of ≥ 90% for enhanced noise protection.

The maximum system length is 30 m (99 ft), with available lengths ranging from 0.9 m to 30 m. It is designed for stable performance in industrial environments, maintaining reliable electrical characteristics under continuous operation. The cable uses a 3-socket connector on one end and terminal lugs on the other for flexible installation.

Advantages

High shielding effectiveness (≥90%) ensures strong resistance to electromagnetic interference (EMI)

Stable impedance (120 Ω ±10%) supports accurate and low-distortion signal transmission

Flexible installation options with multiple length configurations (0.9 m to 30 m)

Durable armored and shielded construction improves mechanical strength and service life

Reliable performance for ±10 V differential signals in industrial environments

Compatible with Bently Nevada monitoring and sensor systems for seamless integration

Applications

Vibration monitoring and condition monitoring systems

Industrial sensor signal transmission

Rotating machinery such as turbines, compressors, pumps, and motors

Power generation plants

Oil and gas and petrochemical industries

Heavy industrial manufacturing environments

Data connection between proximity probes, sensors, and monitoring modules

Diagnostics & Protection

The Bently Nevada 16710-14 Interconnect Cable plays a critical role in ensuring accurate and stable signal transmission within machinery monitoring systems. By minimizing signal loss and electromagnetic interference, it ensures high-integrity data transfer from sensors to control and protection systems.

This stable communication supports precise vibration and condition monitoring, enabling early detection of mechanical faults such as imbalance, misalignment, and bearing degradation. As a result, it enhances predictive maintenance capability, reduces unplanned downtime, and improves overall equipment protection and operational reliability.

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