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General| Drive Technology | Linear motor |
|---|---|
| Max Speed | 4 m/s |
| Communication | EtherCAT |
| Operating Voltage | 24 V DC |
| IP Rating | IP65 |
| Application | Packaging, Assembly, Handling |
| Motor Type | Linear synchronous motor |
| Control System | TwinCAT |
| Track Layout | Flexible |
| Positioning Accuracy | ±0.01 mm |
Information about the intended use and adherence to standards.
Details on document revisions, updates, and changes.
Specifies the purpose and application scope of the XTS system.
General directives and information for safe operation.
Specific warnings and precautions for XTS components.
Safety guidelines for operation in potentially explosive atmospheres.
Instructions and precautions for transporting the XTS starter kit.
Details about the packaging of XTS components for shipping.
Guidelines for storing XTS components under specified conditions.
Procedures for maintaining and cleaning XTS components.
Step-by-step guide for replacing guide rollers on movers.
Information on the proper disposal of XTS components.
Lists the components included in the standard XTS starter kit.
Explanation of the information found on the product type label.
Description of the coding system for identifying product variants.
Environmental and system properties of the XTS.
Physical dimensions of XTS modules and components.
Electrical connection diagrams for power supply and control.
Slot assignments for power voltage and EtherCAT connections.
Explanation of the XTS as a mechatronic system and its functions.
Core functionalities and movement capabilities of XTS movers.
Application examples of basic XTS functions in production.
Information on system scalability and curved track capabilities.
Summary of starter kit components for different lengths.
Detailed identification of mechanical parts for movers and modules.
Safety precautions and procedures for mechanical assembly.
Specified tightening torques for various screws and components.
Step-by-step instructions for attaching movers to the guide rail.
Procedures for calibrating the encoder system for accurate positioning.
Definition and identification of the encoder system's zero point.
Detailed process for teaching the encoder system parameters.
Configuration and principles for preventing mover collisions.
Explanation of how collision avoidance parameters work.
Technical specifications for the AT9011-0050-0550 mover.
Mechanical drawings and dimensions for the AT9011-0050-0550 mover.
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