The B&R 8AC112.60-1 is an advanced powerlink interface module designed to optimize performance in industrial control systems. Its compact design and robust capabilities make it ideal for integrating seamlessly into complex and time-sensitive applications.
Type:ACOPOS plug-in module
Power Consumption:Max. 3 W
Status Indicators:Status LED + 2x Link LED
Cable Length:Max. 100 m between two stations (segment length)
Experience unparalleled precision and efficiency in your industrial automation projects with the B&R 8AC112.60-1 POWERLINK Interface Module. This cutting-edge device is specifically engineered for ACOPOS servo drive systems, ensuring seamless communication and configuration for a wide range of complex applications.
Featuring an integrated 2-port hub, the module simplifies wiring processes, allowing for easy setup and maintenance in your automation infrastructure. The configurable node number using a switch provides adaptability to various system configurations, enhancing the flexibility of your setup.
With a maximum power consumption of 3 W and a cable length of up to 100 m between two stations, this module ensures robust connectivity and power efficiency, even in extensive networks. Its status indicators, including a Status LED and 2 Link LEDs, offer real-time feedback on operational status, aiding in proactive maintenance and troubleshooting.
Engineered for reliability and durability, the B&R 8AC112.60-1 is built to withstand the demands of industrial environments, ensuring consistent performance throughout its lifecycle. It’s a smart choice for upgrading or expanding your existing ACOPOS system, delivering enhanced performance and reliability.
Invest in the future of your automation solutions with the B&R 8AC112.60-1 POWERLINK Interface Module. Its advanced features and robust design make it an indispensable component in achieving higher productivity and efficiency in your manufacturing processes.
The B&R 8AC112.60-1 is an advanced powerlink interface module designed to optimize performance in industrial control systems. Its compact design and robust capabilities make it ideal for integrating seamlessly into complex and time-sensitive applications.