GE Fanuc IC695CPK400 CPU 1.2 GHz RX3i

IC695CPK400 High-Performance CPU Module

Product Introduction

The GE Fanuc IC695CPK400 represents a significant advancement in programmable automation control for the RX3i PACSystem platform. This standalone CPU module eliminates the need for a traditional baseplate or chassis, offering a compact and rackless design. It delivers exceptional processing power through its 1.2 GHz AMD G-Series quad-core processor, enabling rapid execution of complex control algorithms. The unit includes 64 MB of RAM and 64 MB of storage, providing ample resources for large-scale applications.

This controller supports up to 32K bits of discrete I/O and 32K words of analog I/O, making it suitable for medium to large industrial systems. Furthermore, the IC695CPK400 comes equipped with an energy pack that maintains operation during brief power interruptions. Its embedded field agent capability allows for remote monitoring and diagnostics, enhancing overall system visibility. Consequently, this CPU is an excellent choice for modern smart factories requiring high availability and connectivity.

Communication and Connectivity Features

The GE Fanuc IC695CPK400 offers extensive communication options to integrate seamlessly with various industrial networks. First, it provides one 10/100/1000 Mbps Ethernet port for primary network connectivity. Additionally, it includes a two-port switch that also supports 10/100/1000 Mbps transmission rates, enabling daisy-chaining of multiple devices without external switches. This built-in switch simplifies wiring and reduces overall hardware costs.

Moreover, the module supports multiple Ethernet protocols, including SRTP Client/Server, Modbus TCP/IP, OPC-UA Server, Ethernet Global Data (EGD), and PROFINET. Such protocol diversity ensures compatibility with a wide range of HMIs, SCADA systems, and other controllers. The IC695CPK400 also implements advanced network topologies, specifically Media Redundancy Protocol (MRP) and PROFINET System Redundancy (PNSR). These features enhance network reliability by providing automatic failover in ring or redundant configurations.

Additional Interfaces and Expansion Options

Beyond Ethernet, the IC695CPK400 includes several other interfaces to expand its functionality. A single RS-232 serial port is available for connecting legacy devices or serving as a debugging console. Two USB 3.0 ports facilitate fast firmware upgrades and data transfers, significantly reducing maintenance time. Furthermore, a Micro SD card slot supports non-volatile removable storage, ideal for program backups or data logging.

The GE Fanuc IC695CPK400 also supports both simplex and redundant configurations. This flexibility allows engineers to choose between standard single-controller setups or high-availability dual-controller arrangements. The module accommodates incremental frame rates as fast as 3 minutes in any configuration, ensuring timely data updates for time-sensitive processes.

Advanced Processing and Memory Architecture

At the heart of the IC695CPK400 lies a 1.2 GHz AMD G-Series quad-core processor, which delivers exceptional computational throughput. This multi-core design enables parallel execution of control tasks, communication stacks, and diagnostics functions without compromising performance. The 64 MB of RAM ensures smooth operation even with large user programs, while the 64 MB of non-volatile storage retains configuration data during power cycles.

The controller's memory management supports both program and data storage, accommodating complex logic sequences and extensive data tables. For applications requiring additional capacity, the Micro SD card provides expandable storage for historical data or recipe management. The energy pack, a distinctive feature of the IC695CPK400, sustains operation during momentary voltage dips, preventing unexpected shutdowns and protecting valuable process data.

Environmental Specifications and Durability

The GE Fanuc IC695CPK400 is built to withstand harsh industrial environments. Its operating temperature range spans from -40°C to 70°C (-40°F to 158°F), making it suitable for both freezing cold storage facilities and hot manufacturing plants. This wide thermal tolerance ensures reliable performance across diverse geographic locations and seasonal conditions. Additionally, the module's robust construction resists vibration and shock commonly found in heavy machinery settings.

Proper thermal management remains essential for optimal operation. Ensure adequate ventilation around the IC695CPK400 to prevent localized overheating, especially when mounted in densely populated panels. The energy pack inside the module should be inspected periodically according to the manufacturer's recommendations to guarantee its readiness during power disturbances.

Programming and Software Support

Programming the IC695CPK400 is accomplished using Proficy Machine Edition software, a comprehensive development environment from GE Fanuc. This tool supports efficient application creation through its intuitive interface, extensive library of function blocks, and powerful debugging capabilities. It enables engineers to write ladder logic, structured text, and function block diagrams, catering to various programming preferences.

The software also facilitates configuration of the controller's communication parameters, I/O mapping, and redundancy settings. Furthermore, Proficy Machine Edition integrates with the embedded field agent feature, allowing remote access to the IC695CPK400 for monitoring and diagnostics. Regular software updates from Emerson Automation ensure continued compatibility with evolving industrial standards.

Installation Guidelines

Installing the GE Fanuc IC695CPK400 is straightforward due to its rackless standalone design. Begin by mounting the unit on a DIN rail or directly onto a panel using the integrated mounting clips. Ensure the mounting surface is flat and provides adequate support. Next, connect the necessary power supply, observing correct polarity and voltage requirements. Attach Ethernet cables to the primary port and the two-port switch as needed for your network topology.

For redundant configurations, connect both controllers appropriately and configure the synchronization link. Insert the Micro SD card if additional storage is required. After all connections are secured, apply power and use Proficy Machine Edition to download the application program. Verify LED indicators for proper startup and network status. Finally, perform comprehensive testing to confirm all I/O and communication functions operate as intended.

Packaging List

Each GE Fanuc IC695CPK400 unit includes the following items:

• One IC695CPK400 CPU module with integrated energy pack

• One DIN rail mounting clip set

• One quick-start installation guide

Please note that power cables, Ethernet cables, and Micro SD cards are not included. All shipments are handled via Fedex, UPS, or DHL to ensure safe and timely delivery.

Frequently Asked Questions

1. Does the IC695CPK400 require a backplane or chassis?
No, this CPU features a rackless standalone design. You can mount it directly on a DIN rail or panel without any backplane.

2. What is the purpose of the energy pack included with the module?
The energy pack provides short-term power backup during brief voltage sags, preventing unexpected controller resets and protecting ongoing processes.

3. Can the IC695CPK400 be used in redundant configurations?
Yes, this module supports both simplex and redundant setups. It offers MRP for media redundancy and PNSR for PROFINET system redundancy.

4. What programming software is required for this CPU?
You need Proficy Machine Edition software to program and configure the IC695CPK400. This tool supports ladder logic, structured text, and function block diagrams.

5. Is the Micro SD port used for program execution or just storage?
The Micro SD port is primarily for non-volatile removable storage, such as program backups or data logging. Program execution runs from the internal 64 MB memory.