Siemens 6AU1410-0AA00-0AA0 SIMOTION D410 DP Control Unit

The 6AU1410-0AA00-0AA0 is a SIMOTION D410 DP drive-based control unit, specifically engineered as a compact, programmable motion controller for single-axis applications. By combining motion control functionality directly with the drive, this unit minimizes wiring and simplifies system architecture. It features a comprehensive array of onboard interfaces, including DRIVE-CLiQ for fast digital communication with servo drives and PROFIBUS for robust fieldbus integration, making it an ideal solution for precise positioning and synchronized motion tasks.

Features

• Series: SIMOTION D410 DP
• Function: Programmable single-axis motion controller
• Connectivity: 1x DRIVE-CLiQ, 1x PROFIBUS
• I/O Capacity: 4 Digital Inputs, 4 Digital Inputs/Outputs, 1 External Pulse (EP) interface
• Monitoring: Dedicated Temperature (TEMP) and Encoder interfaces
• Form Factor: Compact, drive-mounted architecture
• Status: Phase-Out

Applications

• Single-axis positioning tasks in packaging machines
• Synchronized motion control for assembly line modules
• Precise speed and torque regulation for small-scale production machinery
• Retrofitting legacy drive systems with advanced motion logic
• Integration into modular machine architectures

Technical Specifications

Installation Guidelines

• Mounting: Designed for drive-based mounting; ensure the unit is securely attached to the drive module to minimize mechanical stress on the DRIVE-CLiQ connection.
• Shielding: PROFIBUS and Encoder cables must be shielded and routed separately from high-voltage power lines to prevent signal corruption.
• Grounding: Use the designated grounding points on the control unit to protect against electrostatic discharge (ESD) and improve electromagnetic compatibility (EMC).
• Cooling: Ensure sufficient air circulation around the D410 unit. High-temperature environments may require forced-air ventilation within the control cabinet.
• Commissioning: Use SCOUT (SIMOTION Engineering System) for project configuration and parameterization of the motion profiles.