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General| Brand | SEW-Eurodrive |
|---|---|
| Model | MOVIAXIS |
| Category | Inverter |
| Language | English |
Provides guidance on the proper use of the manual for product operation and service.
Explains the organization and meaning of safety notes, pictograms, and signal words.
Details SEW-EURODRIVE's non-liability for damages resulting from non-observance of manual instructions.
Basic safety notes to prevent injury and property damage, applicable to MOVIAXIS technology functions.
Highlights dangers of unauthorized housing removal, improper use, and incorrect installation.
Defines qualified personnel for mechanical and electrical work on the unit.
Guides on opening the Motion Technology Editor via project management or independently.
Presents the overview window for activating technology functions and outlines the startup steps.
Explains establishing links with higher-level controllers via process data for parameter access.
Introduces the virtual encoder as a master value for drives, offering parameterizable software counter functionality.
Details basic functions and provides a block diagram of the virtual encoder's operation.
Describes various operating modes like Absolute, Relative, Modulo, and Endless positioning.
Introduces the EGear electronic gear unit for synchronous motor operation with adjustable ratios.
Explains the EGear function comprising position setpoint generator and FCB17.
Covers gear unit ratio, cyclical setpoint processing, mean value filter, and backstop.
Details the electronic cam's advantages over mechanical solutions like jerk limitation and acceleration.
Explains how FCB16 Electronic cam is called and its structure with independent curve sequences.
Describes curve blocks generation, connection, parameter setting, and curve event definition.
Explains event control for automatic drive response to events like edge signals or time intervals.
Provides examples of event control suitability in synchronous material transport and flying saw applications.
Details shared data structures for all channels and specific parameter descriptions.
Introduces the touch probe function for precise position detection triggered by events.
Explains how activated touch probe channels monitor events and trigger other functions.
Details data structures per touch probe channel and per circular buffer.
Describes cam controllers for setting/resetting outputs based on drive position.
Illustrates the cam controller interface within the Motion Technology Editor.
Details general parameters and parameters for individual cam tracks and cams.
Provides examples for configuring process data, including PD disabled and customized configurations.
Guides on setting up an electronic cam to run continuously using a virtual encoder.
Demonstrates event control for position-dependent synchronization with a master drive.
Illustrates realizing a position control application using event control and FCB17 activation.
Details an event control scenario for a crank arm moving a product cyclically.
Shows event control for synchronized movement based on modulo position and multiple event requests.
Demonstrates using a touch probe for sensor-based positioning to correct target positions.
Lists start addresses for implementing technology functions via the DDB.
Explains how data structures in the DDB are identified by type and version ID.
Lists errors related to electronic cam operation, including problem, response, and remedy.
Details errors associated with the virtual encoder operation, ramp parameters, and modulo values.
Covers errors for event control and cam controller functionalities.
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