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GE IC695CRU320-EN RX3i Redundancy CPU (1GHz Celeron-M)

The GE IC695CRU320-EN delivers as a dual-slot Redundancy CPU for Emerson PACSystems RX3i, packing 1GHz Celeron-M processing with 64MB battery-backed RAM and 64MB flash for mission-critical duplex setups. It mates primary/standby units over IC695RMX modules, syncing memory/state in max 1 scan (3.133ms min switchover), programmed through Proficy Machine Edition supporting ladder/FBD/ST up to 128KB blocks. Slots into PCI main racks, extending to remote via serial backplane for 90-30 legacies.

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Description

In refineries where a single pump trip cascades through distillation towers or wastewater plants juggling sludge thickeners across basins, the GE IC695CRU320-EN ensures control never blinks by mirroring logic across redundant pairs. Imagine a steel continuous caster where roll speeds must sync flawlessly—if one CPU stumbles on a sensor fault, the backup seizes in under 4 milliseconds, dodging slab defects worth thousands per ton. Or think of pharmaceutical autoclaves holding sterilize cycles amid power flickers; lost steps mean revalidation and FDA headaches. This CPU powers industrial automation at its toughest, anchoring PACSystems RX3i main racks with hot-standby redundancy over fiber or EGD, supporting up to 512 blocks of ladder logic for real-time discrete and process loops. In transit systems, it fuses rail signals; in mining conveyors, it times overload sheds. Operators program via Proficy over serial ports, loading 64MB RAM/Flash while diagnostics stream to HMIs. Why it owns control systems? Celeron-M at 1GHz crunches 0.047ms per 1000 Booleans, with PCI/serial backplanes migrating 90-30 I/O seamlessly. From gas compression stations to bottling fillers, the GE IC695CRU320-EN turns single points of failure into ironclad pairs, keeping output steady when chaos strikes.

Redundancy Engine

The GE IC695CRU320-EN delivers as a dual-slot Redundancy CPU for Emerson PACSystems RX3i, packing 1GHz Celeron-M processing with 64MB battery-backed RAM and 64MB flash for mission-critical duplex setups. It mates primary/standby units over IC695RMX modules, syncing memory/state in max 1 scan (3.133ms min switchover), programmed through Proficy Machine Edition supporting ladder/FBD/ST up to 128KB blocks. Slots into PCI main racks, extending to remote via serial backplane for 90-30 legacies.

Integrators lean on its RS-232/RS-485 ports for SNP/Modbus RTU programmer ties or RTU polls, offloading comms from scans. Eight front LEDs (CPU OK, RUN, Outputs Enabled, I/O Force, Battery, Sys Flt, COM1/2) flag states instantly, with %S points logging overruns or sync fails. Firmware enables floating-point and high-speed backplanes, scaling to 8K discrete/1K analog I/O. For upgrades demanding zero downtime, the GE IC695CRU320-EN rebuilds trust in redundancy.dosupply+2

Core Strengths

Operators in dual-CPU water systems hail the GE IC695CRU320-EN for bumpless transfers—standby shadows outputs actively, flipping on heartbeat loss without ladder tweaks. LEDs pinpoint battery low or force overrides at a glance, while serial ports daisy legacy HMIs sans Ethernet. Processing hits 3.66ms scans for 1K I/O + 125 analog, parity-protected memory shrugs EMI.

Rugged two-slot chassis draws 1.0A at 3.3V/1.2A at 5V, passively cooled through 60°C with PCI 2.2 compliance for module floods. Self-tests boot reliably, supporting up to 2MB Ethernet data or RMX links for ultra-low latency.

Over decades, flash endures 100K cycles, outlasting electromechanical relays in harsh vaults. The GE IC695CRU320-EN forges redundancy that feels bulletproof.pdfsupply

Technical Specifications

Parameter Value
Model GE IC695CRU320-EN
Brand GE Emerson (PACSystems)
Type RX3i Redundancy CPU (1GHz Celeron-M)
Power Supply +3.3 VDC (1.0A nom), +5 VDC (1.2A nom)
Operating Temperature 0 to 60 degrees Celsius
Mounting RX3i PCI Main Rack (2 slots)
Dimensions 5.5″ H x 2.2″ W x 5.9″ D (dual-slot)
Weight Approximately 1.1 lbs
Interfaces RS-232, RS-485 Serial Ports
Certifications CE, UL/cUL 508
Cooling Passive (convection)
Environmental Rating IP20, vibration/shock resistant
Memory 64 MB RAM (battery-backed), 64 MB Flash
IC695CRU320-EJ
IC695CRU320-EN

Compatible Modules

IC695RMX128 – Reflective memory link for GE IC695CRU320-EN primary/standby sync.
IC695ACC302 – Smart battery retaining CRU memory during outages.
IC695NIC001 – Ethernet module extending EGD redundancy over LANs.
IC695PWR040 – PSU stabilizing dual-CRU draws in main racks.
IC695ALG626 – HART inputs mirroring process data across redundants.
IC695CMM004 – Serial expansion for Modbus in duplex setups.
IC693ACC302 – Legacy battery option for CRU320 field retrofits.

Operational Guidance

Rack the GE IC695CRU320-EN in slot 1 of primary/standby main frames, installing RMX first for sync tests—match firmware, download identical programs, then enable reference mode via RUN switch. Wire serials shielded to programmers, verifying SNP handshakes pre-live; battery seats post-power-off, good for 6 months standby. Balance I/O loads across backplanes to hit scan targets.

Monthly diagnostics via LEDs/%S catch sync drifts; reseat modules in vibrating compressor houses. Firmware updates require both CPUs halted—snapshot retentives. This practice sustains the GE IC695CRU320-EN through fault-free years.