Weidmuller 1334920000 Ethernet/ip Fieldbus Coupler

Product Description

The WEIDMULLER 1334920000, model UR20-FBC-EIP, is an EtherNet/IP fieldbus coupler designed for use with the u-remote UR20 remote I/O system. It serves as the network interface between an EtherNet/IP control network and the UR20 I/O module station, translating process data between the fieldbus protocol and the connected input/output modules. Licensed electricians, industrial controls technicians, and automation integrators typically specify and install this component in machine control and process automation panels.

The UR20-FBC-EIP is suited for industrial automation applications requiring distributed I/O over EtherNet/IP networks. It is used in both discrete manufacturing and process environments where remote I/O stations are mounted in the field or in distributed control panels. The coupler connects to the EtherNet/IP network via standard RJ45 Ethernet ports and communicates with a PLC or DCS acting as the network scanner.

Key Features

• EtherNet/IP fieldbus coupler for the WEIDMULLER u-remote UR20 remote I/O platform
• Provides network interface between EtherNet/IP scanner and UR20 I/O modules
• Supports distributed I/O architectures for machine and process automation
• Designed for DIN-rail mounting in industrial control enclosures
• Compatible with standard EtherNet/IP network infrastructure and topology

Compatibility

Designed as a fieldbus coupler head station for the WEIDMULLER u-remote UR20 remote I/O system, compatible with UR20 series I/O modules on EtherNet/IP networks.

Installation Notes

Installation should be performed by a qualified industrial electrician or controls technician familiar with EtherNet/IP network configuration and remote I/O systems. De-energize the control panel and disconnect network power before installing or removing the coupler. Follow applicable NEC guidelines for industrial control panel wiring and grounding. Refer to the WEIDMULLER UR20 system documentation for module addressing, network configuration, and I/O mapping procedures before commissioning.