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Large-scale manufacturing sites running continuous extrusion lines or steel rolling mills turn to the GE IC698CPE010-FL when they need a robust central processing unit capable of handling complex motion coordination and high-speed data exchange over Ethernet without missing cycles. In these demanding industrial automation environments, operators face the dual challenge of maintaining legacy Series 90-70 I/O compatibility while adding modern networking for MES integration and predictive analytics—think automotive body shops sequencing robotic welders or pharmaceutical fillers tracking batch yields in real time. The GE IC698CPE010-FL fits perfectly here as the CPU for PACSystems RX7i racks, processing ladder logic at blistering speeds while its embedded dual Ethernet ports enable seamless EGD exchanges with peer controllers and SRTP/Modbus/TCP handshakes to SCADA hosts. Engineers specify it for upgrades where VME backplanes must support dense analog and motion modules without bottlenecks, keeping production flowing even as data volumes surge.
Power generation balance-of-plant controls or material handling sorters exemplify its strengths in applicable control systems, where 10 Mbytes of battery-backed RAM holds sprawling programs and the 300 MHz Celeron processor chews through 1000 Boolean instructions in just 0.33 ms. Brownfield plants migrating from older GE platforms appreciate how the GE IC698CPE010-FL reads existing discrete and analog I/O directly, supports web-based monitoring for up to 16 simultaneous connections, and syncs time via SNTP—all without rewiring field devices or retraining staff on new syntax.
The GE IC698CPE010-FL stands as a high-performance central processing unit module for Emerson PACSystems RX7i systems, built around a 300 MHz Celeron microprocessor with 10 Mbytes battery-backed user RAM and matching non-volatile flash for program storage. It slots into the RX7i VME64 backplane, executing Ladder Diagram, Structured Text, Function Block Diagram, or even C code while scanning I/O and smart options at user-defined rates. Within the rack architecture, the GE IC698CPE010-FL acts as the system master, coordinating up to 32K bits each for %I/%Q discretes and 32K words for %AI/%AQ analogs, with configurable %W bulk memory accessed via reference tables.
What draws integrators to the GE IC698CPE010-FL is its backward compatibility with Series 90-70 modules alongside native RX7i support, meaning one CPU handles legacy discrete I/O, high-density analogs, and VME cards without adapters. Dual 10/100 Mbps Ethernet ports with internal switching provide full TCP/IP services—EGD for cyclic peer data, SRTP channels for programming, Modbus/TCP client/server—plus three serial ports (RS-232, RS-485, dedicated Station Manager) for SNP or Modbus RTU fallbacks. Floating-point math accelerates loops, auto-located symbolic variables simplify large apps, and up to 512 program blocks (128 KB max each) scale from machines to processes.
Performance peaks with 0.33 ms/kilocontact execution, sub-second web data serving, and selective EGD consumption that filters only needed exchanges to cut bandwidth. Time-of-day clock drifts just 9 seconds daily, while elapsed timers hold 0.01% accuracy for sequencing. The embedded Ethernet auto-negotiates speed/duplex/crossover, supports redundant IP, and enables remote Station Manager over UDP—ideal for distributed sites.
Hardware packs ruggedness into a single-slot form: fan-cooled for 0-60°C (with tray), +5 VDC at 3.2 A plus minor +/-12 VDC rails, and VME64 compliance for hot/cold swaps on supported racks. LEDs flag run mode, faults, Ethernet activity, and serial status; battery backup spans weeks for RAM retention. Firmware release FL likely incorporates fixes for logic-to-flash writes, expander faults, and VME I/O expansions, ensuring stability in mission-critical deployments.
- IC698CPE010-FL
Detailed Technical Specifications
| Parameter | Value |
|---|---|
| Model | GE IC698CPE010-FL |
| Brand | GE Fanuc / Emerson |
| Product Type | RX7i Central Processing Unit (CPU) |
| Processor | 300 MHz Celeron |
| User Memory | 10 Mbytes battery-backed RAM; 10 Mbytes flash |
| Execution Speed | 0.33 ms per 1000 Boolean contacts/coils |
| Reference Table | %I/%Q: 32K bits; %AI/%AQ: up to 32K words |
| Ethernet Ports | 2 x 10/100BaseT RJ-45 (auto-sensing, internal switch) |
| Serial Ports | RS-232, RS-485, RS-232 Station Manager |
| Protocols | EGD, SRTP, Modbus/TCP, SNP, Modbus RTU Slave |
| Power Consumption | +5 VDC: 3.2 A; +12 VDC: 42 mA; -12 VDC: 8 mA |
| Operating Temperature | 0 to 60 °C (with fan tray) |
| Programming Languages | Ladder Diagram, C, Structured Text, Function Block Diagram |
| Backplane | VME64 standard |
| Floating Point | Yes |
| Time Sync | SNTP server support |
Related Modules or Compatible Units
IC698CPE020 – Higher-speed 700 MHz Pentium III variant for even denser RX7i applications alongside GE IC698CPE010-FL.
IC697ALG230 – Series 90-70 analog input module supported natively by GE IC698CPE010-FL for legacy expansions.
IC698ETM001 – Quad-port Ethernet module extending GE IC698CPE010-FL networking in multi-subnet racks.
IC698PWR322 – RX7i power supply delivering stable rails for GE IC698CPE010-FL and high-current I/O.
IC698CHS120 – 12-slot RX7i rack housing GE IC698CPE010-FL with VME and option modules.
IC697MDL241 – Compatible discrete input module scanned by GE IC698CPE010-FL in mixed-series setups.
IC698RAM001 – Additional RAM expansion pairing with GE IC698CPE010-FL for massive data tables.
Position the GE IC698CPE010-FL in slot 1 of a fan-equipped rack, securing Ethernet cables with ferrules and segmenting VLANs to isolate EGD traffic. Pre-load firmware FL via Proficy, verify battery voltage pre-startup, and cycle power twice to confirm self-tests pass before assigning exchanges—watch LAN LEDs for link/activity.
Monthly log reviews via Station Manager clear buffers and flag EGD overruns; trend execution times to preempt overloads. GE IC698CPE010-FL swaps require program store to flash first—restore from backup, as symbolic vars auto-relocate.
