Woodward 5417‑040 10‑Foot Netcon Low‑Density Analog Cable for Industrial Control Networks
Woodward 5417‑040 10‑Foot Netcon Low‑Density Analog Cable for Industrial Control Networks
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Brand:Woodward Item No.:Woodward 5417‑040 Product Origin:USA Product Dimensions:76 × 127 × 76 mm Product Weight:0.60 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
The Woodward 5417‑040 is a rugged, low‑density analog cable specifically engineered to support analog signal transmission in industrial control environments. This 10‑foot (≈3 m) Netcon cable is commonly used within Woodward generator, turbine, and PLC control systems to link controllers with peripheral modules and sensor arrays. Its durable design and OEM compatibility ensure dependable performance in legacy and modern automation architectures.
Technical Specifications
Parameter
Specification
Model
Woodward 5417‑040
Product Type
Netcon Low‑Density Analog Cable
Compatibility
Woodward Netcon / 4700 / MicroNet Networks
Function
Analog signal transmission
Connector Type
37‑pin male to female
Cable Length
3,048 mm (10 ft)
Cable Jacket Color
Grey
Operating Temp. Range
–40 °C to +70 °C (typical industrial)
Insulation
Polyethylene/Polyurethane shielded
Conductor Material
Copper alloy
Dimensions (Packaged)
76 × 127 × 76 mm
Weight
0.60 kg
Note: Actual insulation and electrical ratings depend on system configuration and industry standards.
Recommended Related Models
Woodward 5417‑175 – 12 ft high‑density analog/discrete cable
Woodward 5417‑176 – 16 ft MicroNet high‑density cable
Woodward 5417‑413 – RS‑232 shielded serial extension cable
Woodward 5417‑028 – 10 ft low‑density analog cable (alternate connector style)
Woodward 5400 series termination and field harness kits
Popular Woodward Connectivity & Cable Options
MicroNet & Netcon analog/discrete harnesses for control cabinets
High‑density signal cables for extended analog network paths
Shielded communication cables for RS‑232/serial diagnostics
OEM‑grade channel termination and field breakout kits
Application Areas
The 5417‑040 cable is widely used where consistent analog signal integrity and industrial stability are critical:
Interfacing analog sensors and transducers with Netcon/PLC controllers
Linking I/O modules in Woodward MicroNet and legacy systems
Industrial generator and turbine instrumentation networks
Control panel signal routing in power generation, petrochemical, and manufacturing
Retrofit and maintenance on existing control system cabling
Key Advantages
OEM Compatibility – Designed to integrate seamlessly with Woodward Netcon and related control systems.
Optimized Length – 3 m reach balances cabinet routing and signal performance.
Precision Connectivity – 37‑pin male/female interface ensures reliable analog signal continuity.
Easy Installation – Plug‑in connectors and robust build make setup straightforward.
Technical FAQs
1. What is the primary use of the Woodward 5417‑040?
It’s an analog transmission cable used to connect controllers and peripheral modules in Woodward Netcon or MicroNet systems.
2. What length is the 5417‑040 cable?
Approximately 3 m (10 ft).
3. What type of connectors does it use?
37‑pin male to female industrial connectors for secure analog signal connections.
4. Is this cable shielded for noise suppression?
Yes, it typically features shielded insulation to protect against electromagnetic interference.
5. Can it be used outdoors?
It’s designed for indoor industrial control environments; outdoor use requires proper environmental protection.
6. What environments is this cable suited for?
Industrial control rooms, generator/v turbine control panels, and signal distribution networks.
7. Does it support digital signals?
No — it is designed for analog signal transmission; use digital communication cables for digital networks.
8. How heavy is the cable?
Approximately 0.60 kg with connectors.
9. What materials improve its reliability?
Copper alloy conductors with polyethylene/polyurethane insulation provide electrical stability and environmental resistance.
10. Why choose an OEM cable over a generic alternative?
OEM‑specified cables ensure correct pin‑out, signal fidelity, and long‑term reliability aligned with system standards.
