NX-AD2203 Analog Input Unit | 2-Point Current Input | EtherCAT Slave Terminal | NX Series
SKU: NX-AD2203Omron NX-AD2203 2-point analog input unit for the NX Series. EtherCAT slave terminal for current signal acquisition with 8 connectors, supporting free-run refresh and Modbus communication.
Key Features
- 2-point analog current input for precise process signal monitoring
- EtherCAT slave terminal with 8 connectors for easy network expansion
- Supports free-run refresh mode for synchronized data exchange
- Modbus communication protocol compatibility for versatile integration
- Part of the scalable and integrated Omron NX Series automation platform
NX Series EtherCAT Analog Input Unit for Precise Current Signal Acquisition
The Omron NX-AD2203 is a high-performance 2-point analog input unit designed for the scalable NX Series machine automation controller system. Functioning as an EtherCAT slave terminal, this module provides reliable acquisition of current input signals (typically 0-20mA or 4-20mA) for process monitoring and control applications. It features 8 EtherCAT connectors for flexible system expansion and daisy-chaining within a network. The unit supports free-run refresh mode for synchronized data exchange and is compatible with Modbus communication protocols, ensuring seamless integration into diverse industrial automation architectures. Engineered for precision and stability, the NX-AD2203 is ideal for applications requiring accurate current loop measurement in manufacturing, packaging, and assembly systems, enhancing data acquisition capabilities within the powerful NX ecosystem.
Technical Specifications
| Product Series | NX Series |
|---|---|
| Function | Analog Input Unit |
| Number of Input Points | 2 points |
| Input Signal Type | Current Input (e.g., 0-20mA, 4-20mA) |
| Network Type | EtherCAT Slave Terminal |
| Connectors | 8 EtherCAT Connectors |
| Communication Support | Modbus |
| Refresh Mode | Free-Run Refresh Supported |
| Primary Application | Current Input / Output (I/O) for Machine Automation |