SAVAGE, Minnesota, July 10, 2018 – Modern smart factory concepts tailored to Industrie 4.0 or the Internet of Things (IoT) offer numerous advantages for increasing process efficiency and quality while lowering costs. The ultra-compact C6015 Industrial PC (IPC) from Beckhoff is the ideal space-saving, high-performance IoT edge device that fully utilizes these advantages for new and legacy systems in the process industries.By integrating comprehensive IoT and analytics functionality, Beckhoff PC-based control technology opens up a wealth of options to optimize production processes. System consistency in the control platform ensures simple implementation and high transparency:
C6015 as a compact IoT edge device
Measuring just 82 x 82 x 40 mm, the exceptionally compact C6015 IPC with multi-core technology can be flexibly installed even in highly confined spaces. Equipped with an Intel® Atom™ processor that offers up to four CPU cores, the C6015 provides sufficient processing power for simple collection, processing and provision of process data and for the more complex tasks required of a modern IoT gateway. The Microsoft Azure™ certification of the C6015 underscores that the device is ideal for state-of-the-art Industrie 4.0 applications.
The C6015 is predestined for such communication tasks, especially when retrofitting and connecting legacy systems. Existing process technology systems can be easily equipped with additional IoT capabilities using this IoT edge device, or they can be readied to meet future communication requirements. In this way, operators of process technology systems gain access to the full wealth of IoT and analytics solutions supported by Beckhoff technology, regardless of the automation technology used – be it PC-based control or third-party control platforms. This reduces production costs, optimizes product quality and improves the transparency of all process workflows. In addition, system availability and productivity can be increased and cloud-based services used, for example, to implement predictive maintenance.