Modul Garis Pintar SINAMICS S120 Siemens 6SL3130-6TE21-6AB0

Description

The 6SL3130-6TE21-6AB0 is a SINAMICS S120 Smart Line Module designed for efficient power supply in modular drive systems. This module converts 3-phase AC line voltage (380-480 V) into a constant DC link voltage (600 V DC), supporting a nominal power rating of 16 kW with a rated output current of 27 A. It features a robust, painted housing and relies on integrated internal air cooling to maintain thermal stability during high-load operations. The module includes a Control Voltage Adapter and a DRIVE-CLiQ cable to facilitate rapid communication and power management within the SINAMICS drive line. Please note that this product is currently in the Phase-Out stage of its lifecycle.

Features

• Power Conversion: Converts 380-480 V 3 AC input to a stable 600 V DC link.
• Integrated Components: Includes Control Voltage Adapter and DRIVE-CLiQ cable for system connectivity.
• Performance: Rated for 16 kW power output and 27 A nominal current.
• Thermal Management: Integrated internal air cooling system.
• Durability: Painted module surface for enhanced environmental protection.
• Versatility: Compatible with S120 drive configurations for complex multi-axis motion control.

Applications

• Multi-axis drive systems for machine tools
• Material handling and automated assembly lines
• Packaging and processing machinery
• High-precision motion control systems requiring consistent DC link stability
• Industrial applications requiring regenerative power handling capabilities

Technical Specifications

Installation Guidelines

• Mounting: Ensure the module is installed in a vertical, upright position to allow optimal airflow through the internal cooling fins.
• Clearance: Respect the minimum clearance dimensions above and below the unit as specified in the SINAMICS S120 equipment manual to avoid thermal derating.
• DRIVE-CLiQ: Connect the module to the Control Unit using the provided DRIVE-CLiQ cable; ensure the connector is fully locked to prevent communication errors.
• Grounding: Establish a solid low-impedance ground connection for the module chassis to ensure EMC compliance and safety.
• Environment: Install in an electrical cabinet with adequate dust and moisture protection, adhering to the specified operating ambient temperature range.