QEC-RXXD0FK

The QEC-RXXD0FK from ICOP is a compact, high-reliability EtherCAT SubDevice designed for digital input/output (DI/DO) applications. Supporting both NPN and PNP configurations, it offers up to 16 isolated digital channels, making it ideal for a wide range of industrial automation environments.

Certified by the EtherCAT Conformance Test Tool (ET9400), the QEC-RXXDXXK ensures seamless integration with EtherCAT masters, delivering robust performance and interoperability across various systems.

Flexible I/O Configurations with Industrial-Grade Specs

Available in three configurations—16 DI, 8 DI + 8 DO, or 16 DO—each module supports sink-type input compatible with both NPN and PNP sensors, operating at up to 3000 Hz. The output stage can drive loads up to 60 VDC, with a typical current of 500 mA and peak current of 1 A, making it suitable for relay control, actuator triggering, or machine interfacing. With 2,500 Vrms (DI) and 1,500 Vrms (DO) isolation, it ensures safe and noise-immune operation.

Precision with Distributed Clocks

The QEC-RXXDXXK supports Distributed Clock (DC) mode, enabling high-precision synchronization across EtherCAT nodes. This is crucial for time-sensitive applications such as motion control or synchronized I/O operations. With a minimum cycle time of 1 ms, the module balances speed and determinism.

Compact, Robust, and Easy to Integrate

Housed in a DIN-rail–mountable enclosure (107.45 × 77.4 × 34 mm) and weighing just 240 g, the module features rugged Euroblock terminals for secure wiring. It operates reliably in harsh environments with a wide temperature range of -20°C to +70°C, and includes built-in monitoring for temperature, voltage, current, and startup diagnostics.

Scalable, Reliable I/O for EtherCAT Automation

Whether you’re building a flexible I/O station or upgrading to EtherCAT-based control, the QEC-RXXDXXK offers a scalable and standards-compliant solution. Its compact design, high-frequency support, and comprehensive protection features make it a perfect fit for modern industrial systems.