MOVI-C® CONTROLLER
MOVI-C® CONTROLLERs can be connected to the higher-level controller of a system via the PROFINET, EtherNet/IP, or Modbus TCP fieldbus systems.
In the MOVI-C® CONTROLLER type UHX64A, a PROFINET I/O controller or an Ethernet/IP scanner functionality is optionally integrated parallel to the EtherCAT® system bus. This variant can be used to implement mixed topologies. The EtherCAT® system bus is used for motion control tasks. At the same time, the PROFINET IO or Ethernet/IP fieldbus is used for reading sensors and controlling other peripheral devices.
Alternatively, MOVI-C® CONTROLLERs can be used as independent controllers for machines or systems. MOVI-C® CONTROLLERs use EtherCAT® to communicate with the lower-level devices (e.g. SCM decentralized controllers) and their clock-synchronous connection to the conversion into a movement/application.
MOVI-C® CONTROLLER type UHX25A
Motion controller for simple motion tasks such as interpolated position control, positioning or speed mode This controller is suitable for smaller applications such as shuttles or kinematic models with few interpolating axes (e.g. differential or single turntable drive).
MOVI-C® CONTROLLER type UHX45A
Motion controller for demanding motion tasks such as clock-synchronous axes with electronic gear unit or electronic cam. Classic applications for this are, for example, automation solutions with kinematics for SCARA robots or double turntable drives.
MOVI-C® CONTROLLER type UHX65A
Motion controller for complex motion tasks such as multi-axis control and robotics, plus automation tasks such as visualization This controller is particularly suitable for many interpolating axes or additional tasks in the cyber-physical environment.
MOVI-C® CONTROLLER type UHX86A
Controller for high-end motion control, robotics and automation tasks such as visualization, especially for complete machine automation tasks or, for example, as segment control in lines.
