SINAMICS G120C 6SL3210-1KE11-8UF2 Compact Frequency Inverter

The SINAMICS G120C 6SL3210-1KE11-8UF2 is a compact, high-performance frequency inverter from  engineered for general-purpose motor control applications. Designed for three-phase induction motors up to 0.55 kW, this drive delivers precise speed and torque regulation along with integrated STO safety and a built-in EMC filter in an ultra-compact FSA package. As a ready-to-install solution with quick commissioning and flexible communication capabilities, it is ideal for pump, fan, conveyor, and small machine applications where reliability, compact design, and safety compliance are essential.

• Compact Frequency Inverter — Ultra-compact FSA frame size with 0.55 kW rated power in a space-saving design ideal for confined control cabinets and machine-integrated installations
• Integrated Safety Drive — Built-in Safe Torque Off (STO) certified to SIL 2 / PL d as standard, eliminating the need for external safety relays or additional wiring
• Precise Motor Control — Sensorless vector control delivers accurate speed regulation and high starting torque for demanding pump, fan, and conveyor applications
• Quick & Easy Commissioning — Pre-configured factory settings and an intuitive operator panel enable startup within minutes, minimizing engineering time and installation costs
• Built-in EMC Filter — Integrated Class A (C2) EMC filter reduces electromagnetic interference without external components, simplifying panel design and ensuring compliance
• Energy-Efficient Operation — Advanced vector control with ECO mode optimizes energy consumption across variable loads, reducing operational costs and meeting energy efficiency standards
• Flexible System Integration — Supports USS and Modbus RTU via RS485 as standard; optional PROFIBUS and PROFINET communication for seamless integration into automation ecosystems
• Robust & Reliable Design — IP20 protection with integrated braking chopper, coated PCBA for harsh environments, and comprehensive protection against overload, overvoltage, and overheating