Product Overview

The IC695NIU001 is an Ethernet Network Interface Unit (NIU) used to connect distributed I/O assemblies to a control system over an Ethernet network. In PACSystems architectures, the NIU functions as a remote I/O communications node, exchanging I/O data and status information between networked controllers and the installed I/O modules once the configuration is established.

This unit is commonly applied where remote racks or distributed I/O stations are required to reduce field wiring, extend system reach, and support scalable automation layouts. It is designed for industrial networks where deterministic data exchange and ongoing link diagnostics are important for continuous operation.

Hardware Parameters

• Brand: GE

• Product Family: PACSystems

• Module Category: Ethernet Network Interface Unit (NIU)

• Model / Order Number: IC695NIU001

• Primary Function: Ethernet-based remote I/O interface and data exchange node

• Supported Architectures (as stated): PACSystems RX3i and Series 90-30 networked I/O configurations (system-dependent)

• Network and Protocol Support (as specified):

  • Ethernet Speed: 10/100 Mbps

  • Ethernet Global Data (EGD) capability for cyclic data exchange (application-dependent)

  • Provides continuous communication status reporting for controller-side diagnostics

• Port and Communication Features:

  • Dual Ethernet port design for network connectivity and flexible installation topologies

  • Automatic background handling of I/O data transfers after configuration

  • Status visibility allows controller logic to monitor NIU health and network conditions

• Supply and Logistics:

  • Condition: Brand New

  • Availability: In Stock

  • Lifecycle Status: Active

  • Product Origin: USA

  • Minimum Order Quantity: 1

  • HS Code: 8537101190

  • Weight: 0.44 kg

  • Dimensions: 7.0 × 13.2 × 13.7 cm

  • System Type: DCS / PLC Networked I/O

• Integration Notes:

  • Used as part of a configured PACSystems Ethernet remote I/O solution

  • Configuration, node addressing, and data mapping are completed in the PACSystems engineering environment

  • Network design should follow industrial Ethernet best practices for grounding, segregation, and cable routing

Industrial Applications

• Remote I/O stations in manufacturing cells and conveyor systems to reduce home-run wiring

• Distributed automation skids and packaged systems requiring modular I/O expansion

• Utility and water/wastewater facilities using Ethernet-connected remote panels

• Retrofit projects where legacy I/O and newer PACSystems controllers share a common network design

• Systems requiring network health monitoring and diagnostic visibility from the controller