Complete Bk9103-1005 Up To 90% Off [lvHoi4WP]

Beckhoff Complete Bk9103-1005 Up To 90% Off [lvHoi4WP] EtherCAT Bus Coupler

The Beckhoff Complete Bk9103-1005 Up To 90% Off [lvHoi4WP] is a cutting-edge industrial automation bus coupler designed for seamless connectivity and efficient data transfer. This versatile coupler is part of the BK EtherCAT Bus Coupler Series, renowned for its robust performance and reliability. With a fieldbus buffer size of 512 B in and 512 B out, it supports up to 64 bus terminals, extendable to 255 with K-bus extension. The Complete Bk9103-1005 Up To 90% Off [lvHoi4WP] handles 512 digital peripheral signals and 256 analog peripheral signals, ensuring optimal connectivity and control in various industrial applications.

• High-performance connectivity with up to 64 bus terminals
• Flexible design with K-bus extension capabilities

Product Specifications and Technical Details

The Beckhoff Complete Bk9103-1005 Up To 90% Off [lvHoi4WP] is equipped with advanced features for superior performance. It communicates via PROFINET RT (Class B) over two RJ45 ports with 10/100 Mbit/s auto-sensing data transfer, ensuring fast and reliable communication. This coupler is powered by 24 V DC (±15%/+20%) with an input current of 70 mA plus K-bus and a maximum of 500 mA, while supplying the K-bus at 1750 mA. The Complete Bk9103-1005 Up To 90% Off [lvHoi4WP] offers topology options, including line or star wiring, and is configured via the KS2000 software.

• Powerful communication via PROFINET RT (Class B)
• Flexible power supply with 24 V DC and auto-sensing data transfer

Practical Applications and Benefits

The Beckhoff Complete Bk9103-1005 Up To 90% Off [lvHoi4WP] is an ideal choice for a wide range of industrial automation applications. Its ability to handle a high number of digital and analog peripheral signals makes it suitable for complex systems. This coupler is particularly beneficial for users looking to improve their automation processes with enhanced connectivity and control. Its versatility, combined with its robust design, makes it a perfect fit for manufacturing, process control, and other industrial environments.

• Enhanced automation processes with high signal handling capacity
• Robust design for reliable performance in industrial settings