
UC20-RTU-EC
Compact PUSH-IN Type adapter / coupler for modular DIN-rail I/O applications.



Certifications
Core Applications
UC20-RTU-EC
Compact PUSH-IN Type adapter / coupler for modular DIN-rail I/O applications.
Product Overview
The UC20-RTU-EC is part of the PUSH-IN Type range and is designed as an adapter / coupler for modular IP20 distributed I/O systems. It supports DIN-rail mounted automation cabinets and machine-control applications where compact signal, power or communication modules need to be combined by station. Key specifications include communication protocol EtherCAT, PUSH-IN terminal blocks, 24V DC +20 % / -15 %, IP20. The module uses PUSH-IN terminal blocks wiring to simplify installation and maintenance. Use it with compatible UTRIO I/O adapters and extension modules according to the required bus protocol, signal type and channel count.
Product Family

Key Features
Fast PUSH-IN Wiring
Tool-free PUSH-IN terminals simplify field wiring and help reduce installation time in control cabinet applications.
Flexible Modular Expansion
The adapter supports up to 32 I/O modules, allowing flexible combinations of digital, analog, temperature, relay, and power modules.
Reliable Industrial Communication
Supports PROFINET, EtherCAT, and Modbus/TCP adapters for stable connection with mainstream PLC and automation systems.
Typical Applications
Control Cabinet I/O
Ideal for compact IP20 cabinet installations, centralized wiring, and distributed signal acquisition.
PLC Expansion Systems
Expands PLC I/O capacity with 8/16/32-channel DI/DO, analog input/output, relay output, RTD, and thermocouple modules.
Machine Automation
Suitable for packaging machines, assembly equipment, conveyor systems, and OEM automation control.
Maintenance & Retrofit Projects
Pluggable terminal design, LED status indication, and clear wiring diagrams help improve troubleshooting and maintenance efficiency.
Similar Products




Need a custom solution?
Our engineering team is ready to help you find the right connectivity solution for your application.