Model Number:6SL3121-2TE21-0AA3
Operating Voltage:DC 600V
Output Voltage:3AC 400V
Rated Current:260A
Motor Connection:Dual Motor
Cooling System:Air Cooling
Incorporated Features:Drive-CLiQ Cable
Application Scope:Industrial Automation Systems
The SIEMENS 6SL3121-2TE21-0AA3 is a highly efficient dual motor module designed for seamless integration into industrial control systems. This robust module boasts an impressive power rating of 260A at DC 600V, capable of handling demanding applications with ease. It is equipped with an advanced air cooling system for continuous operation under challenging conditions, ensuring optimal performance throughout its lifespan.
Featuring an innovative Drive-CLiQ cable integration, the module simplifies installation and maintenance, significantly reducing downtime and enhancing operational efficiency. Its compact design and modular architecture make it suitable for space-constrained environments without compromising on performance capabilities.
Suitable for a wide array of industrial applications, including manufacturing, robotics, and process control systems, this module is engineered to withstand harsh industrial environments. Its compatibility with Siemens’ comprehensive range of automation solutions ensures seamless integration and optimized system performance.
Crafted with premium materials for durability and reliability, the 6SL3121-2TE21-0AA3 delivers unparalleled precision and control in motor operation. It supports various motor configurations, offering flexibility to meet specific production demands. The inclusion of an integrated cooling system ensures consistent temperature management, preventing overheating and prolonging the service life of the module.
With its commitment to innovation and excellence, SIEMENS continues to set industry standards with products like the 6SL3121-2TE21-0AA3. This dual motor module is not just a tool for industrial control; it’s a testament to Siemens’ dedication to providing reliable, efficient, and sustainable solutions for modern manufacturing processes.
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