EK1110-0008 Beckhoff
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The Beckhoff EK1110-0008 is part of the EK EtherCAT Couplers series and features a bus interface with a shielded M8 screw type connector. It supports a maximum station distance of 100 meters, transmits at 100 Mbit per second, and mounts on a 35 mm DIN rail. The coupler has a polycarbonate housing, uses an IP20 protection rating, and is powered from the E-bus.
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Product Description:
The EK1110-0008 is an EtherCAT coupler produced by Beckhoff within the EK EtherCAT Couplers series. It serves as the head station that converts an incoming EtherCAT line to the internal E-bus used by Beckhoff I/O terminals, allowing compact chains of digital or analog modules to appear as a single node to the network master. The unit links field-level signals to real-time Ethernet, so it is installed in control cabinets where decentralized I/O must be aggregated before reaching the machine controller.
The coupler measures 44 x 100 x 68 mm, a footprint that fits between standard terminal blocks without obstructing airflow in a cabinet. Its enclosure carries an IP20 rating, indicating finger-safe openings but no sealing against liquids, so the device is intended for dry, enclosed environments. Installation is on a 35 mm DIN rail, allowing tool-free mounting in standard control cabinets. Data exchange takes place at 100 Mbit/s, the fixed EtherCAT baud rate that supports distributed clocks and sub-millisecond cycle times. Segment length can reach 100 m between stations when Cat-5 shielded cable is used, giving flexibility for conveyor, packaging, or material-handling layouts. The coupler draws its logic power from the E-bus, eliminating the need for an external supply and reducing wiring.
The field bus enters through a 1 x M8 shielded screw-type connector to maintain signal integrity in electrically noisy areas. A Polycarbonate housing keeps weight low and provides inherent insulation without requiring a metal ground. The coupler supports Any EtherCAT Protocol, so process data, mailbox services, and vendor-specific commands are routed transparently. For dense racks, side-by-side placement is secured by the double-slot-and-key connection, which locks adjacent couplers together to resist vibration while maintaining module-to-module bus continuity.