Allen-Bradley PanelView Plus 6 Modules: 2711P-RP9DK

Technical Dossier

Product Details And Specifications

Allen-Bradley PanelView Plus 6 Series Technical Notes

The Allen-Bradley PanelView Plus 6 series, manufactured by Rockwell Automation, represents one of the most widely deployed human-machine interface (HMI) platforms in global heavy industry. Installed across petrochemical refineries, nuclear power facilities, offshore platforms, pulp and paper mills, and large-scale water treatment plants, the PanelView Plus 6 family operates as the operator interface layer within Rockwell's Integrated Architecture. Units in this series communicate natively over EtherNet/IP and DeviceNet, and integrate directly with ControlLogix, CompactLogix, and SLC 500 controllers via RSLinx and FactoryTalk View ME runtime software. Screen sizes range from 4-inch to 19-inch, with both keypad and touch variants available across the catalog. The modular architecture—separating the logic module from the display assembly—is a defining characteristic that enables field replacement of compute components without disturbing the display panel or enclosure wiring.

The Evolution of PanelView Plus 6 Architecture

Rockwell Automation introduced the PanelView Plus platform in the early 2000s as a successor to the PanelView 550/600/900/1000/1400 series, which used proprietary DH-485 and DH+ communication protocols. The PanelView Plus 6 generation (catalog prefix 2711P) succeeded the original PanelView Plus (2711P-B/T/K prefix variants) with enhanced processor speed, expanded memory, and Windows CE 6.0 as the embedded operating system. The logic module architecture was introduced to allow compute hardware upgrades independent of the display assembly—a significant serviceability improvement over monolithic predecessors.

Early PanelView Plus 6 logic modules shipped with 512 MB RAM and 512 MB flash storage. Later revisions (identifiable by the -RDx and -RPx suffix structure) introduced expanded RAM configurations (up to 1 GB), dual USB ports, and SD card slots for application backup. The -RP9DK variant specifically denotes a 9-inch display-class logic module with DIN rail mounting capability and keypad interface support. Compatibility constraints are critical: logic modules are matched to specific display assemblies by screen size class and connector type. Cross-generation substitution between PanelView Plus (original) and PanelView Plus 6 logic modules is not supported without full assembly replacement.

As of 2024, Rockwell Automation has announced end-of-life timelines for portions of the PanelView Plus 6 catalog, with PanelView Plus 7 (2711R series) positioned as the migration path. However, installed base volumes ensure continued demand for PanelView Plus 6 spare parts through at least 2030 in most industrial sectors.

PanelView Plus 6 Full Catalog & Functionalities (SKU List)

The following SKUs represent verified, commonly stocked models within the Allen-Bradley PanelView Plus 6 (2711P) series. Models are organized by functional category.

Logic Modules

• 2711P-RP9DK: Logic module for 9-inch PanelView Plus 6, DIN rail mount, keypad-compatible, Windows CE 6.0
• 2711P-RP9T: Logic module for 9-inch PanelView Plus 6, touch-screen variant, EtherNet/IP primary
• 2711P-RP8D: Logic module for 8-inch display class, dual USB, SD card slot, 512 MB RAM
• 2711P-RP12D: Logic module for 12-inch PanelView Plus 6, expanded flash, FactoryTalk View ME 8.x compatible
• 2711P-RP15C2: Logic module for 15-inch display, 1 GB RAM, CompactFlash slot, enhanced graphics processor
• 2711P-RP19B: Logic module for 19-inch wide-format display, dual Ethernet ports, high-memory configuration

Display Assemblies (Touch)

• 2711P-T9W21D8S: 9-inch wide touch display, 800×480 resolution, stainless steel bezel, NEMA 4X/IP66
• 2711P-T12W21D8S: 12-inch wide touch display, 1024×768, stainless steel, food & beverage rated
• 2711P-T15C22D9P: 15-inch touch display assembly, 1024×768, polycarbonate overlay, NEMA 4/12
• 2711P-T19C22D9P: 19-inch touch display, 1280×1024, aluminum front panel, industrial-grade backlight
• 2711P-T7C4D8: 7-inch touch display, 800×480, standard aluminum bezel, NEMA 4/12

Display Assemblies (Keypad)

• 2711P-K9W10D: 9-inch keypad display assembly, 36-key layout, 800×480 resolution, NEMA 4/12
• 2711P-K12C4D8: 12-inch keypad display, function key array, aluminum bezel, EtherNet/IP
• 2711P-K7C4D8: 7-inch keypad display, compact form factor, 36 keys, NEMA 4/12 rated

Power Supplies & Accessories

• 2711P-RSACDIN: AC power supply module, DIN rail mount, 100–240 VAC input, for PanelView Plus 6 logic modules
• 2711P-RSCIVGA: VGA output adapter module, enables external monitor connection from logic module
• 2711P-RN15S: EtherNet/IP communication module, single-port, for legacy PanelView Plus 6 integration

Sourcing Hard-to-Find & Obsolete PanelView Plus 6 Parts

DriveKNMS supports installed-base sourcing for this series through RFQ review, including model matching, condition checks and documentation requirements before quotation.

Quality Control for the PanelView Plus 6 Range

PanelView Plus 6 logic modules present specific test challenges due to their embedded OS architecture and backplane communication dependencies. DriveKNMS applies the following verification protocol to all units processed through its facility:

• Power-on and OS boot verification: Each logic module is powered via the appropriate 2711P-RSACDIN or equivalent supply. Successful Windows CE 6.0 boot sequence is confirmed and logged.
• FactoryTalk View ME runtime validation: A reference application is loaded to confirm runtime execution, screen rendering, and tag communication without errors.
• EtherNet/IP communication test: The unit is connected to a test ControlLogix chassis. Tag read/write cycles are executed and latency is measured against factory specification.
• USB and SD interface check: All peripheral interfaces are tested for enumeration and data transfer integrity.
• Display connector and backplane interface inspection: Physical connector pins are inspected under magnification. Backplane signal continuity is verified with a dedicated test fixture.
• Thermal cycling: Units are subjected to a 4-hour thermal cycle (0°C to 55°C) to screen for latent solder joint failures common in aged logic modules.
• Final burn-in: 24-hour continuous operation under load prior to shipment.