GE Fanuc IC695SPC100 PROFINET Scanner Module RX3i

IC695SPC100 GE Fanuc RX3i PROFINET Scanner Module – Dual RJ45 + SFP

Product Introduction

The IC695SPC100 serves as a dedicated PROFINET scanner and transceiver module for the RX3i PacSystem controller family. This module connects I/O devices and remote racks to the PROFINET network, enabling high-speed data exchange across the automation system. It offers two RJ45 ports and two SFP cages, providing flexible media options for copper or fiber connections. Supporting 10, 100, and 1000 Mbps speeds, the IC695SPC100 adapts to various network infrastructures. An onboard SD card slot facilitates data transfer between I/O modules, while a USB port handles firmware updates efficiently. The module installs directly into RX3i backplanes and operates under Proficy Machine Edition software, making it a versatile communication solution for modern industrial networks.

Technical Specifications

The IC695SPC100 operates at selectable speeds of 10, 100, or 1000 Mbps, auto-negotiating with connected network devices for optimal performance. Its dual RJ45 connectors support standard twisted-pair copper cabling with a maximum segment length of 100 meters. Additionally, the two SFP cages accept small form-factor pluggable transceivers, enabling fiber optic connections for longer distances or electrically noisy environments. The module requires a supply voltage of 3.3 to 5 VDC from the backplane. It includes a USB port that serves exclusively for firmware upgrades, keeping the IC695SPC100 current with the latest features and security patches. The module also accommodates an SD card, which simplifies data exchange and configuration transfer between multiple I/O modules or controllers.

Mechanical and Environmental Parameters

The IC695SPC100 mounts directly into any available slot of an RX3i backplane, occupying a single position. Its compact form factor allows dense system configurations without sacrificing rack space. The module is constructed with a copper-base-T controller, optimized for short-range links typical in industrial control cabinets. It operates reliably within a temperature range of 0 °C to 60 °C (32 °F to 140 °F). Users should avoid exposing the IC695SPC100 to higher temperatures or frequent overheating, as such conditions may degrade performance or cause permanent damage. Proper ventilation and cabinet cooling are recommended for installations in warm environments.

Communication and Network Integration

A primary strength of the IC695SPC100 lies in its flexible network connectivity. The two RJ45 ports support standard Ethernet cabling for direct connections to switches, controllers, or other PROFINET devices. Meanwhile, the two SFP cages offer expansion options for fiber media, which is particularly useful for installations spanning large distances or operating in high-electromagnetic-interference areas. The IC695SPC100 supports PROFINET protocols, enabling seamless integration with Siemens and other PROFINET-compliant equipment. Its gigabit capability ensures sufficient bandwidth for demanding applications involving large data volumes or multiple remote I/O stations. Additionally, the SD card slot provides a convenient method for backing up configurations or transferring application data between modules without requiring network access.

Software Compatibility and Configuration

Configuration of the IC695SPC100 is performed through Proficy Machine Edition software, the standard development environment for RX3i systems. This software provides intuitive tools for setting network parameters, mapping I/O addresses, and diagnosing communication status. The USB port on the IC695SPC100 simplifies firmware updates, allowing users to apply new releases without removing the module from the backplane. Furthermore, the SD card can store configuration files that are automatically loaded upon power-up, reducing setup time for replacement units. The module's LED indicators offer clear visual feedback for power, link status, and data activity, which assists operators in rapid troubleshooting during system commissioning and daily operations.

Installation Guidelines

Installing the IC695SPC100 follows a simple and repeatable process. First, power down the RX3i backplane to prevent electrical damage. Next, select an available slot and slide the module into the card guides until it securely engages the backplane connector. Fasten the retaining screws to lock the module in place. Then, connect network cables to the RJ45 ports or insert SFP transceivers into the cages as required by your network topology. For twisted-pair connections, use CAT5e or CAT6 cable with a maximum length of 100 meters. After wiring, reapply power and use Proficy Machine Edition to configure the IC695SPC100 for your specific application. The LED indicators will illuminate to confirm proper initialization and network connectivity.

Packaging List

• 1 × IC695SPC100 PROFINET Scanner Module

• 1 × Product identification and quick-start guide

• 1 × Anti-static protective packaging bag

• Shipping via FedEx, UPS, or DHL (with full tracking information)

Frequently Asked Questions (FAQ)

1. Which software is required to configure the IC695SPC100?
The IC695SPC100 is configured using Proficy Machine Edition software, the standard programming environment for RX3i PacSystem controllers.

2. What types of network connections does this module support?
The IC695SPC100 offers dual RJ45 ports for copper Ethernet and dual SFP cages for optional fiber optic transceivers, providing flexible media choices.

3. Can I use the USB port for regular data communication?
No, the USB port on the IC695SPC100 is dedicated exclusively to firmware updates and should not be used for standard data transfer operations.

4. What is the maximum cable length for copper connections?
For twisted-pair copper cables, the IC695SPC100 supports a maximum segment length of 100 meters as per standard Ethernet specifications.

5. Does this module support SD cards and what is their purpose?
Yes, the IC695SPC100 includes an SD card slot for transferring configurations and data between I/O modules or backing up system parameters.