16925-25 Interconnect Cable

Overview

Place of Origin:	USA
Brand Name:	Bently Nevada
Model Number:	16925-25
Minimum Order Quantity:	1
Packaging Details:	Original new Factory Sealed
Delivery Time:	5-7 days
Payment Terms:	T/T
Supply Ability:	In stock

Quick Detail

Description

The 16925-25 Interconnect Cable is a high-performance industrial interconnect cable engineered for reliable signal transmission in automation and instrumentation systems. Designed with a 25 ft (7.6 m) length and male-to-female connector configuration, this 16925-25 interconnect cable ensures stable connectivity between sensors, control modules, and monitoring equipment. Utilizing high-purity stranded copper conductors with 22 AWG multi-core construction, the 16925-25 interconnect cable delivers low signal loss, consistent impedance, and enhanced flexibility for complex routing in control cabinets. The PVC insulation and jacket, combined with overall foil shielding and drain wire, provide ≥85% shield coverage, effectively reducing EMI and RFI interference in electrically noisy industrial environments. With 100 Ω nominal impedance and a low-capacitance design, the 16925-25 interconnect cable supports accurate data transmission, making it ideal for vibration monitoring, PLC communication, and distributed automation architectures where reliability and long-term stability are critical.

Applications

Application 1: PLC and I/O Module Interconnection

In automated control panels, the 16925-25 interconnect cable connects PLC processors to remote I/O modules over a 7.6 m distance, maintaining 100 Ω impedance to ensure signal integrity. The 22 AWG stranded copper minimizes voltage drop, improving response accuracy in real-time control loops.

Application 2: Vibration Monitoring Systems

Used in vibration and condition monitoring systems, the 16925-25 interconnect cable transmits low-level sensor signals with low capacitance, reducing waveform distortion. The ≥85% shielding coverage significantly lowers EMI impact from nearby motors and drives.

Application 3: Industrial Instrumentation Networks

For pressure, temperature, and flow instrumentation, the 16925-25 interconnect cable provides stable analog and digital signal paths. The male-to-female industrial circular connectors enable quick installation and secure mating in harsh automation environments.

Application 4: Distributed Control Systems (DCS)

Within DCS architectures, the 16925-25 interconnect cable supports long-term continuous operation. Its PVC jacket offers mechanical protection, while the foil shield with drain wire ensures reliable communication between field devices and controllers.

Application 5: Machinery Signal Transmission

In rotating machinery and packaged equipment, the 16925-25 interconnect cable accommodates movement and vibration due to its stranded conductor construction, maintaining electrical stability and reducing maintenance intervals.

Specifications

Competitive Advantage

Competitive Advantage 1: High Signal Integrity Performance

With 100 Ω nominal impedance and low capacitance, the 16925-25 interconnect cable minimizes signal reflection and attenuation, improving data accuracy in high-speed automation and monitoring systems.

Competitive Advantage 2: Superior EMI/RFI Resistance

The overall foil shield plus drain wire provides ≥85% coverage, reducing electromagnetic interference by a measurable margin compared to unshielded cables, especially in inverter-driven motor environments.

Competitive Advantage 3: Industrial-Grade Mechanical Reliability

The PVC insulation and jacket offer strong resistance to abrasion and mechanical stress, supporting long service life in control cabinets and industrial machinery installations.

Competitive Advantage 4: Flexible and Easy Installation

The stranded high-purity copper conductors improve bending flexibility, allowing the 16925-25 interconnect cable to be routed through tight spaces without compromising electrical performance.

Competitive Advantage 5: Optimized Length for System Integration

The 25 ft (7.6 m) standardized length reduces the need for splicing or extensions, lowering installation time and minimizing potential connection losses in automation systems.