Product Description

Allen-Bradley 1734 Series EtherNet/IP Adapter and I/O Module Stack

The Allen-Bradley 1734 Series EtherNet/IP Adapter and I/O Module Stack is a robust industrial automation I/O system engineered for reliable network integration and high-performance control. This unit features advanced EtherNet/IP connectivity with a base adapter module that includes dual Ethernet ports (Link 1 and Link 2), fully supporting flexible network topologies such as Device Level Ring (DLR) and daisy-chaining. Configuration is streamlined through accessible hardware rotary switches (X1, X10, X100) for quick and easy IP address assignment, while dedicated status LEDs provide instant visual diagnostics for Network (NET) and Module (MOD) activity. Designed for demanding environments, the system utilizes multiple rugged M12 circular connectors (numbered 0-15) for secure digital I/O interfacing and is powered via a top-mounted circular connector, ensuring dependable operation across your Rockwell Automation architecture.

Technical Specifications:

  • Brand/Manufacturer: Allen-Bradley (Rockwell Automation)

  • Series: 1734 Series

  • Communication Protocol: EtherNet/IP

  • Network Ports: Dual Ethernet Ports (Link 1, Link 2) supporting advanced network topologies

  • I/O Interface: 16 x M12 Circular Connectors (Channels 0-15) for Digital I/O

  • IP Configuration: 3 x Rotary Switches (X1, X10, X100)

  • Diagnostics: Integrated Status LEDs for Module (MOD), Network (NET), and Link activity

  • Power Connection: Top-mounted circular power connector

Allen-Bradley 1734 Series EtherNet/IP Adapter and I/O Module Stack Description

Allen-Bradley 1734 Series EtherNet/IP Adapter and I/O Module Stack

Upgrade your industrial control system with the Allen-Bradley 1734 Series EtherNet/IP Adapter and I/O Module Stack. Featuring dual Ethernet ports for flexible network topologies, rugged M12 circular connectors for secure digital I/O, and simple rotary switch IP configuration, this Rockwell Automation unit ensures seamless connectivity and reliable performance in demanding manufacturing environments.