Product Description

The 5PC820.SX01-00 system unit by B&R Automation is designed for high-performance industrial automation applications by ensuring seamless operation within the ACOPOSmulti environment. The B&R combines innovation and precision to deliver efficient industrial solutions that power the future of automation.

This 5PC820.SX01-00 ACOPOSmulti system unit supports cold plate or pass-through mounting by offering flexibility in installation depending on thermal management requirements. The device operates at a nominal voltage of 24 VDC with a nominal current of 5A and features a BIOS boot-loader which is complemented by an MTCX power failure controller. This controller provides a 10 ms buffer time during power interruptions. The system's passive cooling is efficiently managed through a heat sink, and an active fan kit can be incorporated for enhanced thermal dissipation under demanding conditions. Communication interfaces are comprehensive, including RS232, RS232/422/485, Ethernet, USB, POWERLINK, and CAN, all of which are essential for diverse industrial communication protocols. The Intel Graphics Media Accelerator 950 enhances graphics processing by making it suitable for visual monitoring and control tasks. The device also integrates a real-time clock with an accuracy of 12 ppm at 25 degrees C. This keeps ensuring precise time-keeping, backed by a lithium-ion battery with a two-year service life. The system's 1 MB SRAM, which is battery-backed, preserves crucial data, with 128 kB reserved for retaining variables in the event of power failure.

The 5PC820.SX01-00 ACOPOSmulti system unit includes dual Compact-Flash slots, each of Type I suitable for expanded storage capabilities. It complies with CE, UKCA, and cULus E115267 certifications, by featuring galvanized plate housing with a polycarbonate front cover which provides durability and protection under various environmental conditions, including vibration and temperature extremes. With an IP20 rating, the unit is well-suited for industrial control applications within controlled environments.