GE IC698CHS117C

  • Product Introduction: The IC698CHS117C is an 18‑slot wall‑mount I/O chassis for GE PACSystems RX7i PACs, built on a VME64 backplane with 4x standard VME bandwidth for high‑speed I/O throughput. It supports RX7i CPUs, RX7i I/O modules, Series 90‑70 I/O, and standard VME modules, with slot 0 dedicated to power modules, slot 1 for CPU (slot 2 used if dual‑width CPU with embedded Ethernet), and slots 3–18 for I/O. It features slot sensing, software configuration (no DIP switches/jumpers), and works with high‑power RX7i power supplies, delivering reliable, scalable I/O expansion for industrial control systems.
  • Manufacturer: GE Fanuc (General Electric Fanuc Intelligent Platforms, now part of Emerson Automation)
  • Chassis Type: 18‑slot wall‑mount I/O chassis for PACSystems RX7i

GE IC698CHS217

  • Product Overview: 18-slot rear-mounted rack for GE PACSystems RX7i PLC systems, featuring rear I/O access via offset brackets for back-panel wiring, 0.8-inch (20.3mm) slot spacing, and VME64 backplane compatibility. Slot 0 is for RX7i power supply, Slot 1 for CPU, and Slots 2-17 for RX7i, Series 90-70, and VME modules. It supports software configuration, slot sensing, high-wattage power supplies, and optional fan assembly for thermal management. It delivers reliable module interconnection, power distribution, and signal routing in industrial control systems.
  • Technical Specifications - Slot Configuration: 18 total slots; Slot 0 (power supply), Slot 1 (CPU), Slots 2-17 (I/O/VME modules)

GE IC698CMX016

  • Product Introduction: The IC698CMX016 is a reflective memory module for GE PACSystems RX7i PACs, enabling deterministic real-time data sharing across multiple CPUs and devices via fiber optic networks. It uses 16 MB reflective memory (SDRAM) to synchronize data between nodes with zero software latency, supporting VMIC5556-compatible reflective memory networks. Installed in RX7i main racks (slots 3/4), it connects via LC multi-mode fiber for daisy-chain or ring topologies, ideal for high-speed, deterministic control and data acquisition in industrial systems.
  • Manufacturer: GE Fanuc (General Electric Fanuc Intelligent Platforms, now part of Emerson Automation)
  • Module Type: Reflective memory (Control Memory Xchange) module for PACSystems RX7i

GE IC698CMX016-ED

  • Product Overview: Single-slot reflective memory communication module for GE PACSystems RX7i PLCs, using reflective memory technology to enable deterministic real-time data sharing across fiber optic networks. It has 16MB SDRAM with parity, LC fiber optic ports, 2.12 Gbaud transfer rate, supports up to 256 nodes per network, and redundant transfer mode. The ED firmware fixes false alarms in high-temperature/high-data-load conditions, ensuring stable operation in industrial environments. It is CPU-independent, requires +5VDC/1.8A, and mounts in RX7i main rack slots 3 or 4.
  • Technical Specifications - Memory: 16MB SDRAM with parity checking, 400ns typical access time

GE IC698CMX016-ED VMIVME-5567-000 350-005567-000 E

Technical Specifications

  • IC698CMX016-ED Control Memory Exchange Module
    • Memory: 16 MB SDRAM with parity for reflective memory data storage .
    • Communication:
      • Fiber Optic Interface: 2.12 Gbaud transmission rate over multimode fiber (LC connectors), supporting up to 300 meters .
      • Network Nodes: Up to 256 nodes in a daisy-chained loop configuration .
      • Packet Sizes: Dynamic 4–64 bytes, achieving 43–174 MB/s transfer rates .

GE IC698CPE010

  • Product Introduction: The IC698CPE010 is a single‑width CPU module for GE PACSystems RX7i PACs, powered by a 300 MHz Celeron microprocessor. It delivers real‑time control for industrial machinery and processes, communicating with I/O/smart modules via a VME64 backplane. It includes 10 MB battery‑backed RAM, 10 MB non‑volatile flash memory, 2 Ethernet ports, 3 serial ports, and supports multiple IEC 61131‑3 programming languages, with web‑based monitoring and firmware updates without disassembly.
  • Manufacturer: GE Fanuc (General Electric Fanuc Intelligent Platforms, now part of Emerson Automation)
  • Processor: 300 MHz Intel Celeron microprocessor, 32‑bit, supports floating‑point operations

GE IC698CPE010 – Control Processor Module

The GE IC698CPE010 (also referred to as the PACSystems RX7i VME CPU) is a high-performance industrial controller designed for real-time automation and process control in mission-critical environments. As part of GE’s PACSystems RX7i platform, it combines robust hardware with flexible programming capabilities to meet the demands of complex industrial applications.

GE IC698CPE010-AA Central Processing Unit (CPU) Module

Product Overview: The GE IC698CPE010-AA is a high-performance central processing unit (CPU) module designed for industrial automation and control systems. Based on the PACSystems RX7i platform, it serves as the "brain" of the system, executing control logic and managing communication with other modules. This module is engineered to handle complex industrial tasks with high reliability and efficiency, making it suitable for demanding applications in sectors such as petrochemical, power generation, metallurgy, and manufacturing.

GE IC698CPE020 Central Processing Unit

Technical Specifications:
  • Processor Performance: Features a powerful processor capable of handling complex logic, motion control, and process control tasks efficiently.
  • Memory Capacity: Comes with substantial memory to support large-scale applications, including program storage and execution, as well as data logging and historical information.
  • Communication Interfaces: Supports various communication protocols such as Ethernet/IP, Modbus TCP, Profibus, and serial communications, ensuring compatibility with a broad array of devices and systems.
  • I/O Capabilities: Designed to connect with multiple types of input/output modules, supporting both discrete and analog signals for comprehensive control over field devices.
  • Redundancy Options: Offers redundancy features that enhance system reliability and ensure continuous operation in critical applications.
  • Environmental Tolerance: Engineered to withstand harsh industrial environments, featuring resistance to temperature extremes, vibration, and electrical noise.

GE IC698CPE030

  • Product Introduction: The IC698CPE030 is a single‑width CPU module for GE PACSystems RX7i PACs, powered by a 600 MHz Intel Pentium M microprocessor. It provides high‑performance real‑time control, connecting to I/O and smart modules via a VME64 backplane. It features 64 MB battery‑backed RAM and 64 MB non‑volatile flash memory, dual 10/100BASE‑TX Ethernet ports, three isolated serial ports, and supports IEC 61131‑3 programming languages. It works with Series 90‑70 I/O modules and VME modules, and allows online logic modification without stopping the CPU, minimizing downtime in critical applications.
  • Manufacturer: GE Fanuc (General Electric Fanuc Intelligent Platforms, now part of Emerson Automation)
  • Processor: 600 MHz Intel Pentium M microprocessor, 32‑bit, supports floating‑point operations

GE IC698CPE030-GK Central Processing Unit

Product Brief The GE IC698CPE030-GK is a high-performance central processing unit module for the GE Fanuc PACSystems RX7i series of programmable automation controllers . This module serves as the core component of the control system, responsible for executing user programs, processing data, and managing all connected I/O modules . As part of the advanced RX7i PACSystems platform, this CPU delivers exceptional processing power, extensive memory capacity, and robust communication capabilities for demanding industrial automation applications .

GE IC698CPE030-GK Central Processing Unit (CPU) Module

Product Overview The GE IC698CPE030-GK is a high-performance CPU module designed for industrial automation systems. It serves as the core component of the PACSystems RX7i series, offering powerful processing capabilities, flexible communication interfaces, and high reliability. This module is engineered to handle complex control tasks, real-time data processing, and seamless integration with other industrial devices.