Welcome to the Schneider Electric Website

Welcome to our website.

You can choose another country to view available products or go to our Global website for company information.

Choose another country or region

    • Default Alternative Text

      High-performance automated guided vehicle control

    Default Alternative Text

    Your business issues are unique.

    Efficiency, within the principles of modular engineering, aims for full reusability of software, regardless of a machine's complexity. This requires control hardware, which is fully scalable and covers a wide range of performance needs. From the simplest application with 2-4 axes, to more complex processes, full software portability needs to deliver performance and cost-effectiveness.

    Our experts help you throughout the entire machine life cycle.

    Illustration, Machine LifecycleSolutions, Industrial production, machine control.
    • Solutions

      The Synchronized Axes / Sercos/ Motion Controller LMC101 architecture allows for economical automation of small machines, with a maximum of four servo axes. The smallest controller of the PacDrive LMC series, this architecture contains Lexium 52 servo drives for configurations with few self-contained single axes, and a classic hardwired safety solution. You can benefit from high-end motion features, tools and libraries, designed for machines with up to 100 axes.
    • Value Proposition

      • Autonomous control systems for motion, PLC logic, and communication
      • PacDrive 3 is based upon proven logic motion technology, which unifies PLC, motion, and robotics control functionality on a single hardware platform. 
      • Sercos drive communication allows the implementation of safe I/O communication using a single, Ethernet-based fieldbus.
      • With its centralized system architecture, PacDrive is the ideal solution for controlling a broad range of servo-driven production and material handling equipment and robotics. It uses fully integrated, IEC 61131-3-compliant program structures.
    • Differentiation

      PacDrive 3 based automation architectures can be flexibly adapted to the changing configurations of servo axes. If additional axes must be added, or more performance is needed, users can easily move to a more advanced controller model. No other hardware needs to be changed, as full program portability overcomes any limitations on the software side.