Beckhoff ZB7100-1000 EtherCAT P Cable

Description

Designed to support demanding modern automation architectures, the ZB7100-1000 functions as a highly durable, raw EtherCAT P cable engineered to transmit both deterministic communication signals and auxiliary power lines in a single integrated run. This hybrid cabling approach streamlines field level wiring by bundling high-performance Ethernet data conductors with dedicated power cores, reducing overall installation time and physical space requirements in cable trays.

Constructed with a robust polyurethane (PUR) outer jacket, this raw cable is highly optimized for dynamic industrial environments, including continuous-motion drag chain systems. The composition provides high resistance against mechanical stress, abrasion, and typical industrial oils or chemicals, ensuring long-term signal integrity and system uptime in demanding multi-axis machinery setups.

Features

• Hybrid design combining EtherCAT communication and power supply conductors within one raw cable envelope.
• Highly flexible outer PUR (polyurethane) jacket suitable for continuous dynamic movement in energy drag chains.
• Engineered without an overall shield, optimizing diameter and flexibility for applications where space and bending radiuses are critical.
• High-contrast black jacket with a distinct red stripe to ensure fast identification and trace-routing in complex control cabinets.

Applications

• Industrial robotics and multi-axis articulation cells.
• Decentralized fieldbus installations and automated logistics systems.
• Packaging, food-processing, and material handling machinery.
• Machine tool manufacturing requiring energy chains.

Technical Specifications

Connections and Interfaces

Installation Guidelines

• Bending Radius: When installing in drag chains, maintain the minimum bending radius recommended for flexible applications to prevent internal conductor fatigue.
• Tension Management: Avoid exceeding the maximum tensile limits during cable routing and installation. Cables should be laid without twists or kinks.
• Chain Layout: Ensure proper weight distribution and spacing clearance inside the energy chain, avoiding placement directly adjacent to high-voltage power cables without adequate shielding or separation.