Siemens Sinamics S120 6SL3420-2TE15-0AA1 Double Motor Module

Description

The Siemens 6SL3420-2TE15-0AA1 is a SINAMICS S120 Double Motor Module designed for multi-axis industrial motion control applications. Operating with a DC input voltage of 600 V, this dual-axis inverter delivers an output of 3-phase AC 400 V with a rated current of 5 A / 5 A. Built with a space-saving Booksize Compact frame size and internal air cooling, it incorporates optimized pulse patterns and supports advanced safety functions. Measuring 7.50 x 22.60 x 27.00 cm and weighing 3.20 kg, the module includes a DRIVE-CLiQ cable for seamless digital connectivity within the SINAMICS S120 drive system. It maintains an active product lifecycle status, ensuring reliable performance for modern automation architectures.

Features

• SINAMICS S120 double motor module for dual-axis motor control
• Operates on a DC 600 V input and provides a 3-phase AC 400 V output at 5 A / 5 A
• Booksize Compact frame design with internal air cooling for space-optimized cabinet installation
• Supports optimized pulse patterns and higher-order integrated safety functions
• Includes a DRIVE-CLiQ cable for fast and secure system communication
• Active product lifecycle status within the Siemens Sinamics S120 range

Applications

• Multi-axis machine tools and machining centers
• High-performance packaging and textile machinery
• Automated assembly lines and robotic workcells
• Precision industrial motion control and conveyor systems

Technical Specifications

Connections/Interfaces

Installation Guidelines

• Ensure all DC bus and control power sources are completely switched off and discharged prior to installation or servicing.
• Mount the double motor module vertically onto a coldplate or mounting surface inside an appropriate control cabinet, allowing proper clearance for airflow.
• Connect the DC link busbars and motor power cables securely to the respective terminals following standard torque guidelines.
• Plug the included DRIVE-CLiQ cable into the designated ports to establish high-speed communication with the Control Unit.
• Verify wiring integrity, grounding, and safety function configurations before energizing the drive system.