Allen-Bradley 6180P-15BPXP Integrated Display Computer

The Allen-Bradley 6180P-15BPXP, also cataloged as the 6180P Industrial Computer, operates as a dedicated hardware component for industrial human-machine interface (HMI) processing and system visualization within industrial automation networks. Designed with an integrated 15-inch color TFT touchscreen display and alphanumeric keypad, the unit executes local application software driven by an Intel Core 2 Duo 1.66 GHz processor with 2 GB RAM and a 160 GB hot-swappable hard disk drive running Windows XP. Direct physical signal routing and peripheral interfacing are accomplished through dual Gigabit Ethernet ports, integrated serial interfaces, and dedicated expansion slots.

Hardware Specifications

Backplane Connectivity and Field Network Synchronization

The Allen-Bradley 6180P-15BPXP incorporates dual 10/100/1000 Mbps Ethernet controllers engineered for deterministic networks such as EtherNet/IP. Internal system interconnects rely on high-speed PCI and ISA expansion bus architectures to facilitate add-on communication interface cards. The platform maintains direct compatibility with legacy backplane communications and local control loops while maintaining high backplane bus communication velocity across connected industrial PLCs and peripheral controllers.

Frequently Asked Questions

Q: Can the hot-swappable 160 GB SATA hard drive be replaced while the industrial computer is powered?

A: While the SATA drive mechanism supports hot-swapping at the drive bay interface, operating system and file system integrity under Windows XP requires software-level dismounting or shutting down control task executions prior to physical drive extraction.

Q: What expansion options exist on the backplane for fieldbus interface cards?

A: The internal expansion backplane contains two full-length 5 V PCI slots, one half-length PCI slot, and one legacy ISA slot to host dedicated communication cards.

Field Installation Guidelines

Mount the industrial computer into an enclosure cutout ensuring the panel seal gasket engages uniformly against the flat panel surface to preserve IP66/NEMA enclosure ratings. Maintain a minimum clearance of 50 mm (2 inches) on all sides of the rear chassis to allow adequate convection airflow over internal thermal heat sinks and drive bays. Connect the chassis ground terminal directly to the central panel earth bus using a short, heavy-gauge copper conductor (#10 AWG or larger) to mitigate high-frequency electrical noise and surge voltages. All data cables must be routed in grounded metallic conduit or dedicated low-voltage wire raceways separated from 230/460 VAC motor power circuits.