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In sprawling semiconductor fabs coordinating wafer etchers across cleanrooms or automotive body shops juggling paint booths and weld cells, the GE IC695CPE330 orchestrates the data deluge that keeps lines unbreakable. Picture a pharmaceutical filling suite where batch recipes sync over Ethernet to filler heads and vision inspectors—any hiccup cascades into compliance nightmares and scrapped lots. Or envision offshore platforms where redundant CPUs mirror safety logic amid storms, ensuring ESD valves snap shut on first fault. This powerhouse drives industrial automation cores, anchoring PACSystems RX3i racks with 1GHz dual-core muscle for 32K I/O points and hot-standby redundancy via PROFINET or EGD. In power plants, it fuses turbine controls with grid ties; in logistics sorters, it times diverters flawlessly. Engineers load 64MB user memory via Proficy over LAN1/LAN2, scaling blocks up to 128KB while OPC UA serves trends to historians. Why it commands control systems? Embedded PROFINET scans 32 devices at 1ms rates, with SoE buffering 128K events for forensics. From battery gigafactories profiling cells to rail transit fusing signals, the GE IC695CPE330 welds raw compute into seamless uptime, turning complexity into clockwork.
Controller Capabilities
The GE IC695CPE330 stands as a dual-slot RX3i CPU for Emerson PACSystems, blending 64MB RAM/NVRAM with Gigabit Ethernet for high-throughput apps in main racks. It supports hot-standby pairs over EGD/Genius, PROFINET via PNC001 (up to 512ms updates), and OPC UA for 12.5K variables across five sessions—programmed through Proficy Machine Edition over dual LANs (LAN1 single, LAN2 switched). Up to 768 blocks handle ladder/FBD/ST/CFC, with USB for data dumps to RDSDs.
Systems builders tap its dedicated Ethernet core for 48 SRTP/16 Modbus servers plus 255 EGD exchanges, offloading comms from scans. Metal enclosure blocks noise, run switch toggles STOP/RUN modes, and LEDs track CPU/EGD/PROFINET health. Firmware like 9.4+ unlocks SoE with PNS101 scanners (1ms IRIG-B sync). Whether greenfield HART meshes or retrofits, the GE IC695CPE330 scales from simplex to redundant fortresses.
- IC695CPE330
- IC695CPE330
Processing Powerhouse
Control room leads in multi-axis syncs bank on the GE IC695CPE330 for zero-downtime swaps—hot-standby flips in 20ms, mirroring memory/state over fiber without program halts. 1GHz cores chew floating-point math for loops, with energy pack retaining vars on flicker. Faceplate pushbuttons force reference/sync, status LEDs (OK, RUN, FAULT, etc.) diagnose busys or EGD fails at arm’s reach.
Two-slot footprint draws 0.625A at 24VDC, thriving passively at 60°C with 30g shock rating for skid vibes. USB 2.0 ports flash configs fast, serial backs Modbus RTU/SNP for legacy. Diagnostics stream %S faults to HMIs, preempting hangs.
Longevity? Flash storage endures cycles, self-tests boot reliably. In mission-critical grids or sorts, it logs decades juggling terabytes. The GE IC695CPE330 redefines PAC reliability.
Technical Specifications
| Parameter | Value |
|---|---|
| Model | GE IC695CPE330 |
| Brand | GE Emerson (PACSystems) |
| Type | RX3i Dual-Core CPU with Ethernet/PROFINET |
| Power Supply | 5/3.3 VDC backplane, 24 VDC (0.625A max) |
| Operating Temperature | 0 to 60 degrees Celsius |
| Mounting | RX3i Main Rack (2 slots) |
| Dimensions | 5.5″ H x 2.2″ W x 5.9″ D (dual-slot) |
| Weight | Approximately 1.2 lbs |
| Interfaces | 2x RJ-45 Ethernet (1Gbps), USB 2.0 |
| Certifications | CE, UL/cUL 508, ATEX |
| Cooling | Passive (convection) |
| Environmental Rating | IP20, shock/vibration resistant |
| Memory | 64 MB RAM + 64 MB NVRAM |
Compatible Modules
IC695PNC001 – PROFINET interface for redundancy and fast I/O scans with CPE330.
IC695NIC002-SS – Dual Ethernet NIC for EGD extensions in high-traffic nets.
IC695PWR058 – High-capacity PSU stabilizing dual-slot CPE draws in expansions.
IC695ALG626 – HART analog inputs feeding process data to CPE logic.
IC695CMX128 – Reflective memory sharing datasets across CPE clusters.
IC695HSC308 – High-speed counters timestamping events for SoE.
IC695ACC402 – Energy pack retaining CPE330 memory on power loss.
Integration Practices
Mount the GE IC695CPE330 in rack slot 1, securing with captive screws and linking LAN2 switch for daisy-chains—test EGD pings pre-live, setting redundant IPs uniquely. Download via Ethernet post-energy pack install; cycle power to latch, verifying SoE buffers with test drops. Ground cabinet fully, segregate LAN1 control from LAN2 plant.
Weekly, poll FAULT LEDs and %S for scan overruns; firmware via USB during outages—retain symbols first. Clean ports quarterly in greasy environs. This locks the GE IC695CPE330 into flawless execution.
