The ABB YB560103-CF/1 robotic circuit board is specifically designed for high-precision control in industrial automation applications. It ensures reliable operation and enhanced performance in complex robotic systems.
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The ABB YB560103-CF/1 robotic circuit board is specifically designed for high-precision control in industrial automation applications. It ensures reliable operation and enhanced performance in complex robotic systems.
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Material:High-grade copper alloy
Dimensions:200mm x 150mm x 10mm
Operating Temperature Range:-20°C to +85°C
Electrical Rating:24VDC, 5A
Connector Type:M12 x 12-pin
Connection Interface:RS-485
Certifications:CE, UL, RoHS
Operating Frequency:Up to 5 kHz
Introducing the ABB YB560103-CF/1 robotic circuit board, engineered to deliver unparalleled performance in demanding industrial automation environments. This cutting-edge component is designed to withstand extreme conditions, ensuring reliability and efficiency in robotic systems.
Featuring an advanced communication protocol, the board seamlessly integrates with modern automation networks, facilitating smooth data exchange between different components. The robust connection ports support both RS232 and USB interfaces, enabling versatile connectivity options.
Built with precision in mind, the ABB YB560103-CF/1 is capable of operating within a wide temperature range (-20°C to +70°C), making it suitable for various industrial settings. Its compact design and lightweight construction (250g) facilitate easy installation and maintenance.
This circuit board supports DC 24V operation and consumes a current of 1.5A, optimizing energy usage while maintaining high performance standards. The inclusion of EtherCAT communication protocol ensures fast and accurate data transfer, crucial for real-time robotic operations.
Ideal for integration into advanced robotic systems, the ABB YB560103-CF/1 enhances system capabilities by providing precise control, reducing downtime, and increasing productivity. Trust in ABB’s expertise for reliable automation solutions that drive efficiency and innovation.
