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Indexes are pre-programmed motions kept in digital servo drives. Depending on the preferred motion use, they can be either absolute or relative.
The motion profiles, which include acceleration, velocity, and deceleration, can all be individually programmed and saved in the drive’s internal memory.
This saves the controller from having to repeatedly establish a target move through a command signal each time it tries to execute it; instead, it may just send a signal that activates the pre-defined index.
The Global Servo Indexing Drives market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Sinamics s110 servo indexing drive was launched by Siemens. It may be effortlessly connected to higher-level controllers and is incredibly flexible and simple to commission.
Built on the tried-and-true Sinamics S120 drives platform is the Sinamics S110 single-axis drive.
The novel drive, which is intended for straightforward positioning or indexing applications using synchronous or induction motors, offers a special motor choice flexibility that is typically not provided by straightforward servo drives.
The drive has integrated safety and a wide range of positioning functions, and it operates in the 0.12 to 90 kW power range.
The Siemens Simatic automation system and numerous other higher-level controllers can be easily linked with the Sinamics S110 using Profibus, ProfNet (in preparation), CAN open, or analog/digital interfaces.
The Sinamics S110 servo drive can be used with rotary indexing tables, as well as for straightforward pick-and-place and feeding jobs.
Additionally, it is appropriate for handling and robotic applications, printing and paper machine feeders, and injection molding machine ejectors. Other uses include the positioning of tools in machining centers and in the wind and solar industries.
With the help of an integrated basic positioner (Epos), a variety of positioning operations can be performed, from simple on-the-fly positioning and reference to relative and absolute traversing with set velocity and acceleration.
As a result, up to 16 target positions or traverse pathways, along with the pertinent motion parameters, can be saved in the drive.
