Powerful 2711P-RP8D Logic Module for PanelView Plus CE 700–1500
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Powerful 2711P-RP8D Logic Module for PanelView Plus CE 700–1500Oct 13, 2025
Versatile Connectivity with Ethernet and RS-232 This 2711P-RP8D logic module is built to handle a wide range of industrial communication needs. With integrated Ethernet and RS-232 ports, it ensures reliable data transmission and compatibility with various automation devices. Whether used in modern or legacy systems, this dual-interface setup makes integration seamless and efficient.
2711P-RP8D Robust Memory for Demanding Applications Equipped with 512 MB of flash storage and 512 MB of RAM, this module delivers the performance required for real-time processing. The memory capacity supports fast data access and responsive operations, making it ideal for visualization, control, and data handling in complex environments.
Reliable Performance with Windows CE 6.0 Powered by Windows CE 6.0, the 2711P-RP8D module offers a stable and proven platform for embedded control. This OS is known for its compact design and real-time capabilities, enabling quick boot times and consistent system behavior even under heavy workloads. Industrial-Grade Power and Build Operating at 24 VDC and consuming 70 watts, the module is designed for industrial use. Its power profile supports continuous operation in demanding settings, and its open-style, mountable construction allows flexible installation within control cabinets or custom enclosures.
No Added Options, Full Functionality 2711P-RP8D This configuration comes without optional features, providing a streamlined solution focused solely on essential performance. It’s a no-frills, fully functional module tailored for environments where reliability, simplicity, and speed are key.
Conclusion Designed for the 2711P-RP8D PanelView Plus CE 700–1500 series, this logic module offers a solid combination of communication interfaces, dependable memory, and industrial-grade build quality. It’s a practical choice for automation professionals seeking robust, mountable computing power without unnecessary extras.
