Allen-Bradley 2711R-T10T PanelView 800 Graphic Terminal

The Allen-Bradley 2711R-T10T, also cataloged as the 2711R-T10T Graphic Terminal, operates as a dedicated hardware component for operator visual monitoring and control instruction execution within Micro800 and CompactLogix control networks.

Hardware Specifications

EtherNet/IP and Backplane Deterministic Network Integration

The 2711R-T10T interface terminal integrates directly into high-speed automation architectures, utilizing optimized backplane bus communication velocity across Ethernet/IP and isolated serial protocols. Data transmission pipelines process operator touch inputs with zero frame latency, converting control triggers into real-time network packets. Firmware flash compatibility across Connected Components Workbench (CCW) runtime platforms ensures deterministic data synchronization with connected Micro800, CompactLogix, and S7-1200 controllers without compromising I/O density scaling or tag update frequencies.

Frequently Asked Questions

Q: What power isolation and wiring standards must be observed during installation?

A: The terminal requires a 24 VDC Class 2/SELV external power supply. Line polarity must be maintained, and the 24 VDC power common should be isolated from high-voltage AC lines to protect internal power regulation circuits.

Q: How is serial protocol switching configured on the multi-standard serial port?

A: Communication parameters for RS-232, RS-422, or RS-485 modes are configured purely in software via the Connected Components Workbench project settings. No physical DIP switches or jumpers are required on the terminal chassis.

Q: Is hot-swapping or field maintenance of internal memory chips permitted?

A: No. The 256 MB internal RAM and 256 MB flash storage are permanently soldered onto the main circuit assembly. Maintenance is limited to external USB or microSD memory expansion.

Field Installation Guidelines

1. Panel Mounting and Cutout: Cut the mounting opening to match PanelView 800 specifications. Seat the continuous sealing gasket properly within the bezel channel to secure NEMA/IP enclosure ingress protection.
2. Clamping Mechanics: Slide the provided mounting levers/clamps into the retention slots around the chassis perimeter. Tighten clamping screws evenly to standard torque specifications to avoid frame warpage.
3. Functional Earth Grounding: Attach a short, low-impedance ground wire from the chassis ground terminal lug directly to the cabinet star-ground point.
4. Serial and Ethernet Wiring Isolation: Maintain a physical separation of at least 100 mm (4 inches) between serial/Ethernet communication cables and high-current AC motor leads to suppress electromagnetic interference.