BECKHOFF ZB7203-R003 EtherCAT P Cable

Description

The BECKHOFF ZB7203-R003 is a high-quality, raw hybrid cable engineered for demanding industrial environments utilizing EtherCAT P technology. By integrating both high-speed communication cores and power supply conductors within a single cable sheath, this cable simplifies network layout and reduces the wiring footprint in modern automated systems.

Constructed with a highly flexible polyurethane (PUR) outer jacket, the BECKHOFF ZB7203-R003 is optimized for dynamic applications, including continuous motion inside cable carriers and drag chains. The robust PUR jacket provides reliable protection against mechanical wear, industrial oils, and environmental factors, ensuring long-term operational stability in motion control and fieldbus installations.

The visual design features a black jacket with a prominent yellow stripe, adhering to standardized industrial color codes for easy identification of EtherCAT P lines. This helps prevent cross-connection issues during system installation, expansion, or maintenance routines.

Features

• Hybrid design combining EtherCAT Ethernet data and auxiliary power in a single sheath
• Polyurethane (PUR) outer jacket offering excellent mechanical and chemical resistance
• Suitable for dynamic applications and continuous flexing in drag chains
• Clear visual identification with a black jacket and a yellow stripe
• Optimized conductor construction for reliable signal integrity during motion

Applications

• EtherCAT P (One Cable Automation) machinery and device connections
• Dynamic drag chains and moving machine gantries
• Industrial manufacturing lines and robotic assemblies
• Control cabinet-to-field device hybrid wiring

Technical Specifications

General and Physical

Electrical and Conductor Data

Installation Guidelines

1. Verify that the BECKHOFF ZB7203-R003 cable specifications match the structural and electrical demands of your industrial system.
2. De-energize all power sources and machinery associated with the installation path before handling or routing the cable.
3. Inspect the length of the cable for any surface cuts, abrasions, or jacket damage before routing.
4. Adhere strictly to the minimum bending radius limits during installation, particularly inside moving drag chains, to prevent internal core damage.
5. Lay the cable flat and tension-free within the drag chain, ensuring it is not twisted or clamped too tightly.
6. Complete terminal connections using compatible EtherCAT P field-assembly connectors, matching the appropriate color-coded cores to the respective pins.