BECKHOFF ZB7304-0050 EtherCAT P Cable

Description

Industrial automation networks requiring robust power and high-speed data transmission in dynamic applications rely on the ZB7304-0050 hybrid EtherCAT P cable. Developed specifically to support the one-cable solution philosophy, this cable integrates EtherCAT communication and auxiliary power supply lines within a single outer jacket. This integration reduces installation complexity, minimizes routing footprint, and simplifies overall machine architecture by eliminating the need for independent power and data runs.

Constructed with a highly durable polyurethane (PUR) outer jacket, this cable provides exceptional wear resistance in demanding industrial environments. The physical structure comprises four Ethernet conductors and five power conductors, optimizing it for multi-channel power delivery alongside reliable communication signals.

Features

• Hybrid design combining high-speed EtherCAT communication and auxiliary power.
• Drag-chain suitability for continuous-motion and robotic applications.
• Abrasion-resistant, halogen-free polyurethane (PUR) jacket material.
• Distinctive black outer jacket with a red stripe to quickly identify EtherCAT P lines in complex control cabinets.
• Excellent mechanical resistance against torsion, bending cycles, and typical industrial lubricants.

Applications

• Dynamic drag-chain installations in packaging and material handling systems.
• Automated assembly lines and multi-axis robotic motion systems.
• CNC machine tools and industrial woodworking machinery.
• Wind power generation and distributed control system backbones.

Technical Specifications

Connections and Interfaces

Installation Guidelines

• Ensure the minimum dynamic bending radius is maintained during design and installation in energy drag chains.
• Avoid twisting or torsional stress during installation; lay the cable flat into the drag-chain carrier.
• Provide sufficient strain relief at both ends of the moving cable assembly.
• Isolate from high-voltage standard AC cables when running parallel over long distances to maintain signal integrity.