Aerotech Motion Control System | A3200

Aerotech - Motion Control System | A3200

Motion Control System | A3200

Aerotech's ground-breaking motion, vision, PLC, robotics and I/O platform, the A3200 (or Automation 3200), is used in many applications in semiconductor, data storage, medical laser processing, automotive and machine tool industries.

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The system features a high-performance, software-only motion controller that offers 32 axes of synchronised motion control.

Features of this product

Software-based machine and motion controller - part of the Automation 3200 Platform
PC-based controller for high-precision industrial and research systems
Delivers productivity and quality through combned motion and process control
Executes real-time application code developed in the A3200 Motion Composer Suite
Directly programmable through the .NET, C, C++, MATLAB, LabVIEW libraries
Connects to and synchronises the motion trajectory and I/O of up to 32 drives
Controller data is accessible to SCADA and MES control systems via libraries
Motion capabilities include: point-to-point; linear, circular, helical and spherical interpolationl velocity profiling, electronic gearing; on-the-fly trajectory modification, high speed I/O, camming

Specifications of this product

Axes: 32 axes available
Programming Tasks: 32 tasks available
Position Modes: Absolute, incremental, dynamic trajectory correction
Coordinated Synchronous Motion: Coordinated motion refers to moves that follow a well-defined path in space. Coordinated moves start and stop axes at the same time. They can execute in velocity profiling mode.
Non-Coordinated Synchronous Motion: Non-coordinated motion refers to moves in which axes start at the same time but do not necessarily end at the same time. Each axis moves at its own velocity specified in the command or by axis parameters.
Acceleration Types:
• Linear: constant acceleration applied resulting in linear velocity profile.
• Sine (sinusoidal half-sine): parabolic acceleration applied resulting in a sine-wave velocity profile.
• Sine (sinusoidal full-sine): parabolic acceleration applied resulting in a sine-wave velocity profile.
• S-curve: trapezoidal acceleration applied resulting in an “s-curve” velocity profile

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The system features a high-performance, software-only motion controller that offers 32 axes of synchronised motion control.

Features of this product

Software-based machine and motion controller - part of the Automation 3200 Platform
PC-based controller for high-precision industrial and research systems
Delivers productivity and quality through combned motion and process control
Executes real-time application code developed in the A3200 Motion Composer Suite
Directly programmable through the .NET, C, C++, MATLAB, LabVIEW libraries
Connects to and synchronises the motion trajectory and I/O of up to 32 drives
Controller data is accessible to SCADA and MES control systems via libraries
Motion capabilities include: point-to-point; linear, circular, helical and spherical interpolationl velocity profiling, electronic gearing; on-the-fly trajectory modification, high speed I/O, camming

Specifications of this product

Axes: 32 axes available
Programming Tasks: 32 tasks available
Position Modes: Absolute, incremental, dynamic trajectory correction
Coordinated Synchronous Motion: Coordinated motion refers to moves that follow a well-defined path in space. Coordinated moves start and stop axes at the same time. They can execute in velocity profiling mode.
Non-Coordinated Synchronous Motion: Non-coordinated motion refers to moves in which axes start at the same time but do not necessarily end at the same time. Each axis moves at its own velocity specified in the command or by axis parameters.
Acceleration Types:
• Linear: constant acceleration applied resulting in linear velocity profile.
• Sine (sinusoidal half-sine): parabolic acceleration applied resulting in a sine-wave velocity profile.
• Sine (sinusoidal full-sine): parabolic acceleration applied resulting in a sine-wave velocity profile.
• S-curve: trapezoidal acceleration applied resulting in an “s-curve” velocity profile