Operating System:Standard Embedded Open Architecture
CPU Speed:Up to 1.8 GHz Pentium M
Memory Capacity:64 MB User Memory, 64 MB Flash Memory
Ethernet Interface:Embedded 10/100 Mbps Self-Adaptive Half/Full Duplex Ethernet
Supported I/O Connections:Supports Industrial Standard Fieldbus Communication like Profibus and DeviceNet
Compatibility:Seamless Upgradeability without Disrupting Cabinet Wiring
Application Support:Compatibility with Existing GE Fanuc Control Systems for Uninterrupted Operation
Upgradeable Controller:Upgrades Controllers as Needed Without Affecting Original Installation
The GE Fanuc RXIIPC PAC System revolutionizes industrial control by combining cutting-edge technology with a user-friendly interface, providing unparalleled control over complex processes. This state-of-the-art system boasts a powerful single portable control engine capable of addressing multiple control targets across various hardware platforms including RX7i, RX3i, and Quick Panel Control.
Proficy® ME, the comprehensive engineering development environment, seamlessly integrates with the PACSystem™ to offer universal programming, configuration, and diagnostic capabilities. This ensures a smooth transition from design to implementation, streamlining the entire automation process.
With support for industry-standard field bus communication protocols like Profibus and DeviceNet, the RXIIPC PAC System facilitates efficient data exchange between devices. Its embedded 10/100 Mbps self-adaptive half/full-duplex Ethernet interface further enhances connectivity and network performance.
The system’s memory capacity can be expanded up to 64MB of user memory and 64MB of flash memory, allowing ample storage for variable names, program comments, and complete documentation. This ensures fast execution and easy maintenance of complex programs.
Designed with future-proofing in mind, the RXIIPC PAC System adheres to open standards and specifications such as VME, CompactPCI, PMC, and ATCA, making it compatible with a wide range of hardware platforms. This ensures that existing I/O and application developments are protected against obsolescence, and upgrades can be easily implemented without disrupting the existing infrastructure.
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