CP6701-0001-0020
The Beckhoff CP6701-0001-0020 is part of the CP Panel PC Systems series by Beckhoff. Designed for seamless integration in industrial automation setups, this Panel PC features a fanless operation for enhanced reliability and a 24 V power supply for compatibility with standard control systems. Available in display sizes of 5.7, 12, 15, or 19 inches, the CP6701-0001-0020 delivers tailored flexibility to match diverse application requirements. Its primary function is to provide advanced processing capabilities and intuitive human-machine interfaces in control cabinets, supporting monitoring, data acquisition, and automation tasks.
Equipped with an Intel Atom processor with up to four cores, the CP6701-0001-0020 ensures sufficient computing power for multitasking and real-time control. The integrated 3.5-inch motherboard combines core components in a compact footprint. Storage options include a CFast card and a 2.5-inch HDD or SSD, offering ample capacity for system applications and data logging. Networking is facilitated by two independent Ethernet interfaces, enabling simultaneous connectivity to control networks and supervisory systems. The Panel PC operates under Windows 10 IoT Enterprise, ensuring a stable and secure software platform. An operating temperature range of 0 to 55°C guarantees consistent performance in varied industrial environments.
Designed for front installation in control cabinets, the CP6701-0001-0020 features rear access to data media and battery, simplifying maintenance and upgrades. Optional push-button extensions and a choice of keyboard, touchscreen, or touchpad interfaces offer additional control flexibility. The fanless design minimizes dust ingress and reduces maintenance intervals, enhancing overall durability and uptime. As it is compatible with TwinCAT automation software, this Panel PC supports streamlined integration into Beckhoff-driven systems. By delivering robust performance, flexible I/O options, and efficient operation, the CP6701-0001-0020 enhances productivity and reliability in industrial automation applications.