GE IC698CPE030 PACSystems RX7i 600 MHz VME CPU Module,

Description

Hardware & Electrical Specifications

‑ Model: IC698CPE030 ‑ Part Number: IC698CPE030 ‑ Module Type: PACSystems RX7i VME CPU Module, occupies dedicated CPU slot of RX7i chassis ‑ Mounting: RX7i main rack VME CPU slot ‑ Backplane power consumption:  • +5 VDC: 3.2 A maximum  • +12 VDC: 0.003 A maximum  • −12 VDC: 0.003 A maximumManualsLib ‑ Processor: 600 MHz Intel Pentium‑M, hardware floating‑point unit ‑ Memory: 64 MB battery‑backed RAM; 64 MB non‑volatile flash memory ‑ I/O capacity: 32 K discrete bits (%I, %Q); 32 K analog words (%AI, %AQ) ‑ Program blocks: Max 512 blocks; max 128 KB per block ‑ Boolean execution speed: 0.069 ms per 1000 boolean instructions ‑ Ethernet interfaces: Dual RJ45 10/100 Mbps auto‑negotiation, internal layer‑2 switch ‑ Serial interfaces:  • RS‑232 Station‑Manager port: local configuration and diagnostics  • Configurable RS‑232 / RS‑485 serial port ‑ Supported protocols: SRTP, EGD, Modbus‑TCP Client/Server, Modbus‑RTU, SNTP, Web‑server, FTP ‑ Redundancy: Hot‑standby CPU redundancy support ‑ Real‑time clock: Battery‑backed time‑of‑day clock, SNTP synchronization capable ‑ Battery type: IC698ACC701 lithium battery for RAM data retention ‑ Diagnostics: Comprehensive module self‑test, system fault logging, web‑based diagnostic status, fault reporting via VME backplane ‑ PCB treatment: Standard non‑conformal coated base version; conformal‑coated variants available with suffix‑JP /‑JX ‑ Compatibility note: Requires compatible RX7i firmware version. Hot‑swap prohibited. After replacement, download hardware configuration and user application program, verify battery health, real‑time clock, Ethernet and serial communication, validate redundant synchronization if hot‑standby architecture is applied.

Environmental Specifications

‑ Operating temperature: 0 ℃ ~ +50 ℃; +60 ℃ maximum with RX7i fan‑tray installed ‑ Storage temperature: −40 ℃ ~ +85 ℃ ‑ Relative humidity: 5%‑95% non‑condensing ‑ Installation location: Indoor control cabinet, IP20 protection class ‑ EMC compliance: IEC 61000‑6‑2 ‑ Certifications: CE, UL Class I Div 2 hazardous‑location certification

Mechanical Data

‑ Weight: approx 0.80 kg ‑ Dimension: RX7i standard single‑slot VME module form‑factor

Main Functions

1. Executes IEC‑61131‑3 user control logic, floating‑point calculation, processes local and remote I/O data over VME backplane bus. Supports online program modification without stopping controller operation.
2. Dual‑port embedded Ethernet enables program download, SCADA/HMI connection, EGD peer‑to‑peer data exchange and Modbus‑TCP third‑party device communication. Internal network switch eliminates external hub for dual‑Ethernet setup.
3. Supports hot‑standby redundant CPU configuration to achieve bumpless switch‑over upon primary‑CPU failure. Larger memory footprint supports complex, large‑size application projects.
4. Front‑panel LED indicators:   ‑ OK: Module power‑on self‑test passed   ‑ RUN: CPU executing user application logic   ‑ LAN1 / LAN2: Corresponding Ethernet port link‑activity status   ‑ FAULT: Hardware error, program fault or battery‑low warning

Installation & Wiring Requirements

1. Cut off full rack power supply before installation or replacement. Hot‑swap is not permitted. Apply ESD protection during module handling.
2. Insert IC698CPE030 into dedicated CPU slot of RX7i VME chassis and fasten module latch. Confirm IC698ACC701 lithium battery is properly seated.
3. Network and serial wiring comply with reference manual GFK‑2438W. Use shielded CAT5e cables for Ethernet communication. Reliable protective‑ground connection for rack chassis is mandatory.
4. After replacement: Power‑on rack power and check front‑panel LED status. Download hardware configuration and user application. Verify real‑time clock, battery status, Ethernet IP setup, EGD data exchange and serial‑port communication. For hot‑standby redundant system, perform redundancy synchronization and bumpless switch‑over validation test.
5. Replacement note: Monitor lithium‑battery aging periodically to prevent loss of RAM program and data. Fan‑tray must be functional for CPU operation at elevated ambient temperature. Full‑system commissioning test is mandatory before putting into service.