GE IC698CPE010-JU

Description

Product Description

The GE IC698CPE010-JU is a central processing unit (CPU) module for the GE Fanuc RX7i PLC, a high-performance controller within the PACSystems family. This specific “-JU” suffix denotes a particular region-specific variant or a specific firmware/hardware revision of the base CPE010 model. As the core computational engine, the GE IC698CPE010-JU executes user-defined control logic, manages data exchange with I/O modules, and handles communications with networks and programming devices. It determines the performance, memory capacity, and capabilities of the entire RX7i control system. Designed for demanding, high-speed automation tasks in industries like automotive, material handling, and complex process control, the reliable operation of the entire system hinges on the stability of this CPU. Programming and configuration of the GE IC698CPE010-JU are performed using GE’s Proficy Machine Edition software. Selecting the correct CPU variant, such as the GE IC698CPE010-JU, is a foundational decision in designing a robust PACSystems RX7i automation solution.

Product Parameters

• Controller Family: GE Fanuc PACSystems RX7i.
• Module Type: Central Processing Unit (CPU).
• Processor: Features a high-performance microprocessor.
• Memory:
  • User Logic Memory: Significant capacity for storing control programs (ladder logic, structured text, etc.).
  • Data Memory: Volatile and non-volatile memory for variables and retentive values.
• I/O Capacity: Supports a large number of discrete and analog I/O points (typically in the thousands) across local and remote racks using networks like Genius.
• Communication Ports:
  • Serial Port: RS-232/485 for programming, HMI, or modem communication.
  • Ethernet Port: 10/100 Mbps Ethernet for programming (SRTP), peer-to-peer communication, and SCADA integration.
• Backplane: Connects via the high-speed VME64 bus to the RX7i rack.
• Real-Time Clock: Integrated for time-stamping and scheduling.
• Battery Backup: Requires a battery (typically a BR2335 or equivalent) to retain data memory during power loss.
• Status Indicators: Comprehensive LEDs for power, run mode, fault, battery status, and communication activity.

Advantages and Features

• High Performance & Determinism: Engineered for fast scan times and efficient execution of complex logic and PID loops, suitable for high-speed machine control and synchronized applications.
• Large Memory Capacity: Ample user memory supports extensive control programs, enabling consolidation of multiple control tasks into a single controller.
• Robust Connectivity: Built-in serial and Ethernet ports provide flexible options for system integration, HMI connectivity, and plant network communication.
• Scalable I/O System: As the heart of the RX7i platform, the GE IC698CPE010-JU can manage a vast, distributed I/O system via Genius bus, Ethernet I/O, or other fieldbus networks.
• Proven Reliability in Demanding Environments: The RX7i platform is known for its ruggedness and reliability in harsh industrial settings like automotive plants and steel mills.

Application Cases in Application Fields

• Automotive Manufacturing Body Shops: Controls entire welding and framing lines, coordinating hundreds of robots and clamps with high-speed, synchronized sequencing.
• Airport Baggage Handling Systems: Acts as the central controller for large-scale sortation systems, coordinating conveyors, diverts, and scanners across vast distances.
• Metals Processing (Rolling Mills): Executes critical control logic for main drive coordination, gauge control, and coil handling requiring nanosecond-level precision.
• Large Packaging and Palletizing Lines: Manages complex, high-speed packaging machinery with integrated robotics and vision systems.

Comparisons with Competing Products

• Vs. Siemens SIMATIC S7-400 CPU (e.g., 417-4): Both are high-end, rack-based PLCs for large, complex applications. The GE IC698CPE010-JU is part of the RX7i/VME architecture, while S7-400 uses a proprietary backplane. Choice depends on site standards, networking (Genius vs. Profinet), and software (TIA Portal vs. Proficy Machine Edition).
• Vs. Allen-Bradley ControlLogix 1756-L7x: ControlLogix is a key competitor. The GE IC698CPE010-JU and RX7i are often chosen for applications demanding extreme determinism and high-speed synchronization, while ControlLogix is renowned for seamless integration within the Rockwell ecosystem.
• Vs. GE’s newer PACSystems RX3i CPE305/CPE310: The RX3i is the newer, more cost-effective PACSystems platform. The GE IC698CPE010-JU (RX7i) represents the older, higher-performance VME-based line. New projects typically select RX3i unless they require the specific performance or legacy compatibility of the RX7i.

Selection Suggestions and Precautions

1. Verify the Exact Suffix (“-JU”): The suffix is critical. It may indicate a specific firmware load, geographic market, or hardware revision. Ensure the GE IC698CPE010-JU is the exact variant specified for your system or replacement need to guarantee compatibility.
2. Firmware Version Management: The CPU’s firmware version must be compatible with the Proficy Machine Edition software version and all other modules in the system. Mismatched firmware is a common source of configuration and communication issues.
3. Battery Maintenance is Critical: The battery on the GE IC698CPE010-JU is essential for retaining the program and data during a power outage. Implement a preventive maintenance schedule to replace it periodically (e.g., every 3-5 years) to avoid catastrophic data loss.
4. Adequate Heat Dissipation: This high-performance CPU generates significant heat. Ensure the control cabinet has adequate ventilation. Do not block the vents on the module, and respect the maximum ambient temperature specifications.
5. Legacy Platform Consideration: The RX7i platform is mature. For new projects, evaluate if the newer PACSystems RX3i meets requirements. The GE IC698CPE010-JU should be selected for upgrading existing RX7i systems or for applications demanding its specific high-performance characteristics.

3BSE002540R1 ABB PLC
DSDX452 ABB PLC
MCX913-5-5-1 PLC
DSTD108 57160001-ABD ABB PLC
DSTDW113 57160001-ZL ABB PLC