Machines are expected to operate not only efficiently and in an environmentally friendly manner, but also to interact seamlessly with their surroundings and offer extensive data. Additionally, there are ever-evolving demands from regulations and standards to which manufacturers must adhere.
The servo drive is a crucial component in various application areas, such as production automation, robotics, CNC machines, and the packaging and printing industry. It serves as a fundamental tool for solving complex motion and positioning tasks, significantly impacting the dynamic, smoothness, and precision of movements. However, in today's context, there are several other important factors to consider.
Seamless integration into the existing infrastructure is a primary requirement for a servo drive. This involves minimising the space required in the switching cabinet and ensuring the availability of the appropriate power level, to avoid oversizing.
Additionally, the servo drive must have the necessary interfaces to communicate effectively in a modern environment. This includes supporting the required communication protocols to interact with higher-level units and facilitating feedback protocols for motors and actuators. Furthermore, it should provide sufficient interfaces for sensors, tools, and other devices.
Another crucial aspect is the ability to replicate the machine's functions in the software during the design stage.
Read the full article in DPA's December 2024 issue