IC695CRU320

Product Description

['Home', 'Products', 'PLC CPUs', 'PACSystems RX3i', 'IC695CRU320'] Need GE IC695CRU320? Redundant CPU for PACSystems RX3i. Supplied with full traceability and documentation. Request a quote and current availability today. Price & Availability Classified as a redundant cpu controller, it is positioned as a direct replacement and service part for existing installations. It is intended for use within PACSystems RX3i, where dependable operation and a precise fit are essential to keeping the plant running. Listed as Active, it is offered as a maintained and verified spare that supports the continued operation of the installed base. Key technical specifications include: The Processor is 1 GHz Intel Celeron M. Its Memory is rated at 64 MB RAM + 64 MB flash. For reference, the Program blocks is up to 512 blocks (128 KB each). The Slot occupancy is 2 backplane slots. Its Backplane current is rated at 1.0 A at 3.3 V, 1.2 A at 5 V. For reference, the Switch time is min 3.133 ms, max 1 logic scan. The Operating temperature is 0 to 60 deg C. Notable features of this unit: 1 GHz Intel Celeron M processor with floating point. 64 MB battery-backed RAM plus 64 MB non-volatile flash. Hot-standby redundancy with up to 2 sync links (IC695RMX128/228). Switch time as low as 3.133 ms (max 1 logic scan). Two serial ports (RS-232, RS-485), PCI backplane. Typical applications include Critical-process high-availability control, Power, oil and gas, water treatment redundancy, Bumpless failover automation systems. It is compatible with or cross-references PACSystems RX3i CPUs (IC695CPU315/320/350), IC695RMX128 / IC695RMX228 redundancy memory modules, IC695CHS012 / IC695CHS024 backplanes, IC695ACC302 smart battery. Within industrial automation and process-control environments, components of this type are relied upon to keep critical equipment operating safely and efficiently. They are typically specified where uptime, repeatability and a predictable maintenance cycle matter more than upfront cost. A redundant cpu controller such as this one forms part of a larger machine or system, so correct identification and fitment directly affect the performance and safety of the whole installation. GE parts are widely used across power generation, manufacturing, oil and gas, water and process industries, where engineering teams standardise on proven series to simplify spares planning. When selecting a replacement, confirm the exact model designation and verify that the mechanical and electrical interface matches the unit currently installed. Cross-checking the order code, mounting style and connection type against the existing device helps avoid compatibility issues and unplanned downtime during a maintenance window. Where several variants exist, the suffix often defines voltage, range or firmware, so it should be matched precisely rather than approximated. This item is offered from our active stock of current and discontinued industrial parts. Each listing is verified against the manufacturer designation before shipment so you receive the correct part for your application. Availability and lead time vary by item; our team can confirm the fastest option for your required quantity and provide a formal quotation on request. Common questions: Regarding "What are its processing resources": It uses a 1 GHz Celeron M with 64 MB battery-backed RAM and 64 MB flash, supporting up to 512 program blocks. Regarding "How fast is the switchover": Switch time is as low as 3.133 ms, at most one logic scan, to the standby CPU. Please contact us to confirm current pricing, availability and delivery for your required quantity; volume and project pricing are available on request. The GE IC695CRU320 is a redundant cpu controller. Basic Product Information 64 MB battery-backed RAM plus 64 MB non-volatile flash Hot-standby redundancy with up to 2 sync links (IC695RMX128/228) Switch time as low as 3.133 ms (max 1 logic scan) Two serial ports (RS-232, RS-485), PCI backplane 1 GHz Intel Celeron M processor with floating point Technical Specifications Version & Model Difference RX3i CPU family: standard CPUs (IC695CPU310/315/320/350) and the redundant control unit IC695CRU320 for hot-standby pairs. The CRU is not a standalone CPU but manages two CPUs. Application Scenarios Critical-process high-availability control Power, oil and gas, water treatment redundancy Bumpless failover automation systems What are its processing resources? It uses a 1 GHz Celeron M with 64 MB battery-backed RAM and 64 MB flash, supporting up to 512 program blocks. How fast is the switchover? Switch time is as low as 3.133 ms, at most one logic scan, to the standby CPU. What redundancy links are used? It synchronizes via up to two IC695RMX128/228 reflective-memory modules over fiber. What is the IC695CRU320? It is a redundant control unit for PACSystems RX3i that manages a hot-standby pair of CPUs for bumpless failover. GE CR193D110L003020 Vacuum Contactor 400 A 7200 V GE IC695ACC302 PACSystems RX3i Smart Battery Module GE IC695PSD040 PACSystems RX3i Power Supply Module GE IC200PWR002 VersaMax Expansion Power Supply GE IC200MDL650 VersaMax Discrete Input Module GE IC200MDL750 VersaMax Discrete Output Module GE IC200ALG264 VersaMax Analog Input Module GE IC695RMX128 PACSystems RX3i Redundancy Memory Xchange