Product Description

With its small size, the Beckhoff AX2006-B900-0000 is a digital servo drive that is part of the AXE Digital Servo Drive Series. It is intended for panel installation and is an excellent choice for embedded systems. With a nominal output current of 6 A, it offers accurate control for brushless synchronous servomotors, allowing for the management of torque, speed, and position inside a closed-loop system. This servo drive is designed to function via the use of an Ethernet interface for communication, following to the Ethernet communication standard in order to ensure a connection that is both quick and dependable.

The AX2006-B900-0000 is designed to operate continuously and use convection cooling, which eliminates the need for additional cooling systems to be installed outside. Its IP-rated industrial protection not only assures its longevity in tough conditions, but also makes it suited for installations where space is restricted. Its small form makes it suitable for installations. It is possible to include encoder or resolver feedback into the drive, which increases its adaptability for use in motor control applications.

The fact that this servo drive has received approval from both CE and uL guarantees that it complies with international safety requirements. It must be put in a closed switchgear cabinet with enough ventilation in order to achieve best performance. Additionally, the ambient temperature must not be higher than 45 degrees Celsius (113 degrees Fahrenheit). It is essential that users adhere to the requirements regarding wire size and ventilation in order to guarantee a secure and effective functioning. In order to ensure compliance with EMC regulations, it is possible that further filtering will be necessary for usage in residential or commercial settings. When it comes to operating servomotors in industrial applications, the AX2006-B900-0000 is a solution that is both efficient and small. It provides dependable performance, compatibility with embedded systems, and easy Ethernet connectivity.