16710-33 Interconnect Cable

Overview

Place of Origin:	USA
Brand Name:	Bently Nevada
Model Number:	16710-33
Packaging Details:	Original new Factory Sealed
Delivery Time:	5-7 days
Payment Terms:	T/T
Supply Ability:	In stock

Quick Detail

Description

The 16710-33 Interconnect Cable is a high-performance fiber-optic signal cable designed for Bently Nevada vibration monitoring systems. The 16710-33 Interconnect Cable supports lengths from 12 ft (3.7 m) to 99 ft (30.2 m) in 1 ft increments, with standard lengths like 33 ft (10.1 m). It features oxygen-free copper conductors (<0.1 Ω/ft), XLPE insulation for high-temperature operation (-40°C to +85°C), and a flexible, abrasion-resistant polymer jacket. The 16710-33 Interconnect Cable includes standardized connectors with gold-plated contacts (<5 mΩ) for fast tool-free integration with Bently Nevada P/N 16710-33 sensors. Shielding with double-layer foil and braid ensures EMI/RFI protection, while the cable maintains <0.5% signal attenuation per 10 ft at 10 kHz. Rated 300 V RMS, the 16710-33 Interconnect Cable supports precise vibration signal transmission in industrial automation environments. With a minimum bend radius of 3× diameter and 95% non-condensing humidity tolerance, the 16710-33 Interconnect Cable is ideal for turbine, compressor, and generator monitoring applications requiring high-fidelity signal routing.

Applications

Connect Vibration Sensors to 3500 Monitoring Systems

The 16710-33 Interconnect Cable directly connects Bently Nevada P/N 16710-33 vibration sensors to 3500 monitoring modules. With lengths up to 99 ft (30.2 m) and oxygen-free copper conductors (<0.1 Ω/ft), the 16710-33 Interconnect Cable maintains precise signal transmission for turbines, compressors, and generators.

Route Signals over Long Distances

The 16710-33 Interconnect Cable supports lengths from 12 ft (3.7 m) to 99 ft (30.2 m) in 1 ft increments, allowing precise routing in complex industrial layouts. Its XLPE insulation and polymer jacket enable operation at -40°C to +85°C while maintaining <0.5% attenuation per 10 ft at 10 kHz, ensuring accurate vibration readings.

Integrate Sensor Signals into Predictive Maintenance Systems

The 16710-33 Interconnect Cable transmits high-fidelity vibration data through 300 V RMS rated conductors and shielded fiber paths. Operators can feed real-time sensor data into condition monitoring software, enabling early fault detection and precise maintenance planning.

Replace or Reconfigure Sensor Connections Quickly

Standardized connectors with gold-plated contacts (<5 mΩ) allow tool-free integration. The 16710-33 Interconnect Cable supports repeated plug/unplug cycles while keeping signal loss below 0.1 Ω/ft, minimizing downtime in live automation systems.

Specifications

Competitive Advantage

Maintain Low Signal Loss and High-Fidelity Data

The 16710-33 Interconnect Cable features oxygen-free copper and gold-plated contacts (<5 mΩ) to minimize resistance (<0.1 Ω/ft) and ensure signal attenuation below 0.5% per 10 ft at 10 kHz, delivering accurate vibration measurements for industrial machinery.

Flexible Installation Across Industrial Layouts

The 16710-33 Interconnect Cable has a minimum bend radius of 3× cable diameter and a flexible polymer jacket, allowing routing up to 99 ft (30.2 m) without damaging conductors or insulation.

Protect Signals from EMI and RFI Interference

Double-layer foil and braid shielding in the 16710-33 Interconnect Cable reduces electromagnetic interference, ensuring high-quality signal capture from Bently Nevada P/N 16710-33 sensors even in electrically noisy environments.

Operate in Harsh Temperatures and Humidity

The 16710-33 Interconnect Cable operates from -40°C to +85°C and tolerates 95% non-condensing humidity, maintaining signal quality in turbine halls, compressor rooms, and other industrial sites.

Fast Sensor Integration and Maintenance

Tool-free connectors on the 16710-33 Interconnect Cable enable quick sensor installation or replacement. The cable’s 300 V RMS rating and high-quality construction allow repeated connection cycles while preserving low resistance and <0.5% attenuation per 10 ft at 10 kHz.