CAN Wiring for DeviceNet Networks — Quality & Reliability in Industrial Automation

In the field of industrial automation, manufacturing wiring harnesses with CAN-specific cables for DeviceNet networks is a key factor in ensuring reliable connections between sensors, actuators, and PLCs.
Our company specializes in the production of custom-made wiring solutions, designed to meet the high standards required by modern industrial systems.

Features of CAN Cable for DeviceNet

We use only extra-low voltage cables designed for critical industrial applications. The main technical features include:

• Self-extinguishing sheath for increased safety in case of fire.

• Shielding against electromagnetic interference (EMI) to ensure signal stability

• High resistance to industrial oils for reliable use in harsh environments

Phases of the Wiring Manufacturing Process

Our production process includes several fundamental stages, carried out with precision and under strict quality control.

• Cable cutting according to the technical specifications of the project.
• Crimping of terminals for a secure and durable mechanical and electrical connection.
• Soldering of conductors, when required by the type of connection
• Assembly of M12 circular connectors, ideal for rugged industrial applications.
• Complete electrical test to verify signal continuity and absence of short circuits.
• Final visual inspection to ensure the aesthetic and functional quality of the wiring.

Why choose our DeviceNet wiring?

Relying on an experienced partner in the manufacturing of wiring for CAN/DeviceNet industrial networks means obtaining customized, secure, and durable solutions. Thanks to our expertise and careful selection of materials, we are able to offer products suitable for even the most demanding environments.

If you’re looking for certified industrial wiring, contact us for a consultation or a customized quote.

What are M12 connector cables used for?

Here are the main uses:

Sensors and actuators
➤ Quick and secure connection of proximity sensors, limit switches, photocells, etc.

Industrial automation
➤ Used in PLCs, I/O boxes, control modules, etc.

Industrial communication networks
➤ For protocols such as Profibus, CANopen, EtherCAT, Profinet, etc

Machinery and robotics
➤ To connect modules in motion or in critical environments.

Transportation and railway
➤ Ideal for applications subject to vibrations, such as railway vehicles or mobile machinery

Why are they used?

➤ High degree of protection (IP65, IP67, IP68…)
➤ Quick connection (M12 standard thread)
High reliability in harsh environments
➤ Coded fomats (A, B, D, X ecc.) to avoid connection errors