1FK2106-3AF10-0SA0 SIEMENS Exclusive SIMOTICS S-1FK2 HD Servo Motor Original Brand New
The SIEMENS 1FK2106-3AF10-0SA0 SIMOTICS S-1FK2 High Dynamic servo motor is a compact, reliable, and powerful synchronous motor designed to deliver precision and efficiency in modern automation. Offering a rated torque of 9 Nm and a power rating of 2.3 kW at 3000 rpm (380–480 V) or 1.3 kW at 1500 rpm (200–240 V), this motor is capable of handling a wide range of industrial motion control applications. With its built-in holding brake, IP64 protection, and robust cylindrical shaft (24×50 mm), the unit ensures operational safety, durability, and long-term performance even in challenging environments.
The servo motor is equipped with a 22-bit single-turn absolute encoder (AS22DQC) and features an OCC interface with an M23 rotatable connector for flexible installation. This integration provides precise feedback and compatibility with SINAMICS drive systems, ensuring smooth operation in applications such as robotics, packaging machines, handling systems, and machine tools. Its high dynamic response and optimized design make it especially suitable for tasks requiring accuracy, fast acceleration, and stable control.
Overview
The SIMOTICS S-1FK2 family combines high power density, overload capability, and compact dimensions, making it an essential choice for automation systems. With simplified variant options, selection is straightforward while still offering flexibility for different operational needs. These motors form the core of the SINAMICS S210 drive system and deliver reliable performance in both highly dynamic and medium-inertia applications.
For more advanced requirements, the SIMOTICS 1FT2 range expands on the 1FK2 portfolio with additional torque classes, refined speed gradations, and specialized options. This ensures engineers and system designers can tailor solutions to match specific industry challenges with confidence.
Product Code: 1FK2106-3AF10-0SA0
More Siemens products at Turll.com












Reviews
There are no reviews yet.