PanelView Plus 7 Performance 1900 Replacement

Overview

The Allen-Bradley PanelView Plus 7 Performance 1900 is a critical component in many high-level industrial automation architectures. Boasting a large 19.0-inch color touchscreen display, dual Ethernet ports for Device Level Ring (DLR) topology, and robust system processing, it has served as the central control interface for complex machinery and complete production lines.

However, as hardware age catches up and operating system architectures evolve—specifically the phase-out of Windows Embedded Compact 7 (WEC7) in legacy Series A units—industrial operators face the necessity of replacing or upgrading these hardware terminals. Whether you are replacing a failed display on a critical line or proactively updating your HMI inventory to preserve cybersecurity and connectivity, this guide provides the necessary technical specifications, compatibility considerations, and step-by-step procedures to ensure a seamless migration.

Legacy Product Information

The PanelView Plus 7 Performance 1900 product line consists of large-format touch-only screens running FactoryTalk View Machine Edition (ME). Series A units utilized Windows Embedded Compact 7, while the newer Series B hardware revisions utilize the modern Windows 10 IoT Core operating system.

Legacy Technical Specifications & Catalog Numbers

• 2711P-T19C22D9P: PanelView Plus 7 Performance 1900 HMI, 19-Inch, Touch Screen, Color, Dual Ethernet Ports, 24V DC Power Input.
• 2711P-T19C22A9P: PanelView Plus 7 Performance 1900 HMI, 19-Inch, Touch Screen, Color, Dual Ethernet Ports, 100-240V AC Power Input.
• 2711P-T19C22D9P-K: PanelView Plus 7 Performance 1900 HMI, Conformal Coated, 19-Inch, Touch Screen, DC Power.

Key Hardware Specs

• Display Size & Type: 19.0-inch color active-matrix TFT LCD
• Resolution & Aspect Ratio: SXGA, 1280 x 1024 pixels, 5:4 ratio
• Viewing Angle: 80° horizontal, 80° vertical
• Touch Interface: Analog resistive (highly durable for industrial gloves)
• Communication Ports: 2 x RJ45 10/100Base-T Ethernet ports supporting DLR; 2 x USB 2.0 Host (Type-A) ports; 1 x USB High-Speed Device (Type-B) port
• Expansion Storage: SD card slot (supports SD/SDHC up to 32GB)
• Installation Cutout Dimensions: 348 mm x 443 mm (13.70 in x 17.44 in)
• Lifecycle Status: Series A hardware is discontinued. Series B remains the active production revision but demands specific firmware architectures.

Recommended Replacements

For direct replacement projects, engineering teams must evaluate physical panel cutout dimensions, operating systems, and electrical specifications. The table below details three viable migration paths for a legacy PanelView Plus 7 Performance 1900.

Compatibility Considerations

When migrating from a Series A legacy PanelView Plus 7 1900 to a Series B unit or an alternative HMI, you must address several critical hardware and software integration factors.

Hardware Cutout & Dimensions

The PanelView Plus 7 Performance Series A and Series B share exact physical dimensions. The standard cutout in your enclosure door—348 mm x 443 mm—receives the Series B terminal directly without cutting or drilling. However, if migrating to next-generation systems like the FactoryTalk OptixPanel or VersaView series, widescreen formats (typically 16:9) will require altering the metal enclosure or sourcing custom adapter faceplates.

Firmware & OS Discrepancies

• Series A (Legacy): Operated on Windows Embedded Compact 7 (WEC7). It supports FactoryTalk View ME runtime (.mer) files from version 8.0 up to version 11.0.
• Series B (Replacement): Operates on Windows 10 IoT Core. It cannot run runtime files compiled in v11.0 or lower. You must compile runtime (.mer) files in FactoryTalk View ME version 12.0 or higher.
• Font Compatibility: Windows 10 IoT Core uses different system fonts than WEC7. Check your screens in FT View Studio for text clipping or overlapping issues caused by the font rendering changes.

Power Input Adaptation

Rockwell Automation has phased out AC-powered models (such as the 2711P-T19C22A9P) in many modern categories due to safety and global compliance standards. If replacing an AC unit, you must wire a 24V DC power supply (such as an Allen-Bradley 1606 series) inside the enclosure to feed the DC replacement terminal (2711P-T19C22D9P).

Upgrade Benefits

Upgrading from legacy PanelView hardware to current production models provides significant operational benefits:

• Cybersecurity: Windows 10 IoT Core offers robust security patches, encrypted file storage, and active resistance against firmware vulnerabilities compared to deprecated WEC7 systems.
• Industrial Resilience: Modern Series B units have optimized internal solid-state storage and enhanced memory layouts to handle graphic-intensive applications smoothly.
• Web-Enabled Features: Built-in VNC server capabilities allow operators to remotely monitor and control processes easily from web browsers or mobile apps on secure plant subnets.
• Better PDF Viewing: Includes native PDF readers and improved file-viewer utilities to display machinery manuals or SOPs directly on the 19-inch visual surface.

Common Migration Challenges

• ActiveX Controls: Legacy FactoryTalk applications running third-party ActiveX controls on WEC7 will fail on Windows 10 IoT Core. These controls must be removed or replaced with native FactoryTalk components.
• DLR Loop Disruption: If your old panel formed part of a Device Level Ring for Ethernet communication, power interruptions or improper interface configurations during a swap will break the ring topology, dropping downstream nodes. Take production offline or build a temporary jumper.
• Recipe & Alarm Databases: Ensure recipes (.rsp) and local historical alarm storage structures are migrated or backed up before clearing the flash memory of your old unit.

Step-by-Step Replacement Procedure

Follow this technical process to execute a zero-loss hardware replacement on your control panel.

Step 1: Secure Configuration and Project Backups

1. Insert a FAT32-formatted USB drive or SD card into the operating PanelView Plus 7 1900.
2. Enter the PanelView configuration menu, go to File Management -> Copy Files, and copy the active .mer application program to your storage media.
3. If the unit’s screen is damaged, connect via Ethernet using the FactoryTalk View ME Transfer Utility on your workstation and pull the runtime file directly.

Step 2: Prepare Application Software

1. Open the recovered .mer file inside FactoryTalk View Studio ME (v12.0 or higher).
2. Use the Application Manager to create a backup (.apa or .apb) if a project conversion is needed.
3. Review pages for compatibility errors, specifically font resizing.
4. Go to Create Runtime Application and compile the project as a Version 12.0 (or higher) Runtime File compatible with the replacement Series B terminal.

Step 3: Physical Extraction & Safety Protocols

1. Turn off all power to the enclosure holding the PanelView terminal. Follow standard Lockout/Tagout (LOTO) protocols.
2. Carefully disconnect the power connector plug from the rear input slot.
3. Disconnect both Ethernet RJ45 cables (observe which ports correspond to your ring layout if DLR is active) and the solid copper chassis ground strap.
4. Using an appropriate driver, loosen the side-mounting clamps around the perimeter of the HMI chassis.
5. Push the panel out from inside the cabinet enclosure, ensuring a second technician supports it from the front to avoid drops.

Step 4: Installing the New Unit

1. Clean the cabinet surface around the cutout. Check for metal shavings or degradation of the physical mounting surface.
2. Ensure the specialized sealing gasket on the new PanelView Plus 7 Performance 1900 is properly seated in its channel. This maintains its NEMA 4X / IP66 environmental rating.
3. Align and slide the new terminal into the cutout opening.
4. Slide the mounting clamps into the designated slots on the bezel outer channel. Tighten the screws systematically in an alternating pattern to a torque profile of 0.9 N-m (8 lb-in). Do not overtighten, as this could warp the front bezel or crack the touchscreen.
5. Re-verify that the chassis ground strap is connected to the grounding terminal of the HMI.
6. Reconnect the dual Ethernet runs and plug the DC power connector firmly into its port.

Step 5: Field Comms & Deployment

1. Power up the panel. The unit will complete its BIOS and run through its OS initialization, presenting the core configuration menu.
2. Set the terminal's IP address, subnet mask, and gateway details to match your system design.
3. Transfer your compiled v12+ runtime file from the USB/SD card or via Ethernet using the Transfer Utility.
4. Define the runtime as the startup application and initialize execution. Verify that communications to ControlLogix/CompactLogix processors are established and active.

Frequently Asked Questions

Can I run a v11 runtime file on a Series B PanelView Plus 7 Performance 1900?

No. Series B PanelView terminals run Windows 10 IoT Core which only supports FactoryTalk View ME v12.0 or newer. You must convert and recompile the application to a v12.0 (or higher) runtime format using FactoryTalk View Studio.

Do I need to buy a new software license to upgrade?

No, the development software (FactoryTalk View Studio ME) license on your workstation allows you to build runtimes for multiple versions. The runtime license is embedded into the PanelView hardware itself, so you do not need to buy an additional runtime license for the HMI.

What is the primary hardware difference between the 1900 Series A and Series B?

While they are physically identical in layout and dimensions, Series B uses an upgraded processor, has a larger memory footprint, relies on a Windows 10 IoT Core operating system, and utilizes a different SD card layout.

I am replacing an AC-powered PanelView with a DC model. What do I need to prepare?

You will need to install a Din-rail mounted 24V DC industrial power supply inside your control panel and wire it to the HMI via a fused power distribution terminal block.

Related Products & Families

• PanelView Plus 7 Standard 1500 & 1000: Smaller, lower-cost touch alternatives for machinery applications.
• Allen-Bradley 1606 Power Supplies: Reliable 24V DC output power generation interfaces.
• Stratix Industrial Managed Switches: Perfect for handling Device Level Ring and local network structures coupled with dual-port Ethernet HMIs.

Need Help?

Migrating larger HMIs can be complex. Palm Parts Solution supplies a wide range of new, legacy, and refurbished PanelView components, complete with warranties to protect you against downtime. Our technical support team is ready to assist you in sourcing the exact components you need for your control systems.