General Electric IC695PNS001 RX3i PROFINET Scanner Module

The GE IC695PNS001 is a PROFINET Scanner Module specifically designed for the PACSystems RX3i platform by GE Automation & Controls (now part of Emerson). Acting as a PROFINET IO Device (Class 2), this module enables the RX3i controller to communicate with a PROFINET IO Controller (Class 1) over a standard Ethernet network. It provides a streamlined way to integrate RX3i systems into broader PROFINET-based automation infrastructures.

The IC695PNS001 allows the RX3i controller to operate as a distributed I/O station within a larger PROFINET architecture. By doing so, it brings flexibility to system architectures in which multiple controllers need to share data or interact with centralized supervisory systems. Its rugged construction, wide operating range, and real-time capabilities make it ideal for deployment in industrial environments including manufacturing, processing, and utilities.

Technical Specifications

Product Advantages

• Seamless PROFINET Integration

  Integrates RX3i systems into PROFINET networks as a standard IO Device, enabling hierarchical and distributed control.

• Real-Time Communication

  Supports both cyclic and acyclic communication, ensuring timely data transfer for mission-critical operations.

• Dual Ethernet Ports

  Offers reliable network topologies such as star and line configurations with built-in redundancy options.

• Industrial-Grade Durability

  Designed for harsh industrial environments with an extended temperature range and robust housing.

• Modular System Compatibility

  Easily fits into the RX3i backplane, making upgrades and integration straightforward.

• Reduced Integration Time

  Configured through Proficy Machine Edition, facilitating fast deployment and minimal engineering effort.

Applications

The IC695PNS001 is widely applicable in networked automation environments that require reliable communication between distributed systems. Use cases include:

• Distributed Control Systems (DCS)

  Integrating RX3i modules as remote IO under a central controller for power, water, or utility plants.

• Machine-Level Networking

  Connecting multiple machines or work cells into a unified PROFINET system with decentralized processing.

• Process Automation

  Enabling bidirectional data exchange between PACSystems RX3i and SCADA or DCS environments.

• Redundant Systems Communication

  Allowing dual RX3i systems to interface with supervisory controllers or PLCs via Ethernet.

• OEM Equipment Integration

  Connecting RX3i-based OEM control systems with end-user PROFINET-enabled architectures.

FAQs

1. What is the role of the IC695PNS001 in a PROFINET network?

   It allows the RX3i system to act as an IO Device (Class 2) under a PROFINET IO Controller (Class 1).

2. Can this module be used simultaneously with other Ethernet modules?

   Yes, the RX3i backplane supports multiple communication modules operating in parallel.

3. Does the IC695PNS001 support redundant connections?

   While it supports dual ports, redundancy behavior depends on network design and the IO Controller’s capabilities.

4. What configuration software is needed?

   Configuration is done using Proficy Machine Edition (PME) with PROFINET Device configuration capability.

5. What is the maximum length for Ethernet cables?

   Standard Ethernet limitations apply—100 meters (328 feet) per segment using Cat5e or better.

6. What happens if the IO Controller goes offline?

   The module safely holds or resets IO values based on user-configured fail-safe parameters.

7. Can I monitor communication status on the module directly?

   Yes, the module features onboard LED indicators for power, status, and network activity.

8. What industrial certifications does it meet?

   CE, UL, cUL, RoHS, and ATEX Zone 2 compliance (depending on model variant).

9. What is the physical footprint of this module?

   Dimensions are 35.6 × 125 × 150 mm, and it weighs 0.513 kg.

10. Can this be used in high-vibration environments?

    Yes, it is built to operate reliably in demanding industrial applications, including high-vibration conditions.