Product Description:

The 4PP320.1043-K11 is an operator interface and compact controller produced by B&R Automation as part of the 4PP Power Panels series. Designed for machine-level visualization and direct control tasks, the unit combines a graphic display, touch input, and onboard processing so that it can serve as the central human-machine interface on packaging lines, assembly stations, or process skids. By integrating control and visualization hardware in a shallow housing, it reduces cabinet wiring and shortens response times between user commands and PLC logic. This arrangement also allows operating screens and local control functions to remain in one device instead of being split between separate panel components.

The front surface carries a 10.4 in display area that renders graphics at VGA resolution on a color TFT panel, so standard symbol libraries appear clearly without scaling artifacts. A resistive touchscreen is laminated over the display so commands can be issued with gloved hands or stylus pressure. Internally, the panel operates from a 24 V DC supply and uses 128 MB SDRAM as main memory, providing space for the operating system, web visualization objects, and program variables. Its overall dimensions of 323 × 260 × 65.5 mm keep the unit flush-mountable in shallow doors, and a CompactFlash Type I slot accepts removable media for recipe storage and file transfer.

Field connectivity is handled through an Ethernet port rated at 10/100 Mbit/s for network exchange with B&R controllers, a RS-232 channel for legacy sensors or service tools, and two USB connectors that can host barcode readers or memory sticks. The panel face is sealed to IP65, so dusty or washdown-prone work zones do not compromise the electronics when the unit is installed from the front. The rear housing must remain inside a control cabinet to satisfy industrial safety requirements. Recipe files and operating data can be transferred through the available network and removable media interfaces, which supports routine machine setup without additional external hardware.