Product Description

Within the AX2000 Digital Servo Drive Series, the Beckhoff AX2010-B900-0000 is an AC servo drive that is both small and high-efficiency. It was developed specifically for the purpose of providing accurate motion control in industrial applications. This drive has a nominal output current of 10 A and runs on a three-phase voltage class, which makes it suited for powering motors in settings that are very demanding. Through its ability to provide communication that is both quick and dependable, the Ethernet interface makes it possible to integrate current automation systems without any difficulty.

The AX2010-B900-0000 is designed for continuous operation, and it delivers great efficiency, which ensures that the most efficient use of energy exists. The enclosure's small size makes it an excellent choice for installations with restricted space, while at the same time ensuring the durability and dependability that are essential for applications that need heavy-duty functionality. Additionally, the servo drive is compatible with the Ethernet connection standard, which makes it simple to network and exercise control in industrial environments.

This servo drive has been certified UL and CE, demonstrating that it satisfies international requirements for both performance and safety. The European Union Machinery Directive (98/37/EC), the European Union Emissions Management Directive (89/336/EEC), and the European Union Low Voltage Directive (73/23/EEC) are all among the important European Directives that it complies with. It is the responsibility of the manufacturers that incorporate this drive into equipment to verify that the machine satisfies these safety criteria. They must also do a hazard analysis in order to avoid possible dangers from motions that are not anticipated. With its three-phase operation, 10 A output, and small design that is suitable for panel installations, the AX2010-B900-0000 provides a strong performance, which makes it a durable and dependable choice for a variety of industrial motion control demands.