Evolved Excellence in Servo Drives
The SINAMICS S220 by Siemens is a high-performance frequency converter featuring compact, smart design and advanced digitalization. The system incorporates new Smart Line Modules and more compact motor modules, pushing technological boundaries for industrial applications. It provides enhanced efficiency and flexibility, catering to industries requiring robust performance and precision.
A New Name for a Proven System
The SINAMICS S220 servo drive system builds on the success of the SINAMICS S120 with new motor modules for the Booksize variants, offering advancements in space savings, overload capacity, stability, and efficiency.
Space Savings
The SINAMICS S220 motor modules are designed to maximize space efficiency, reducing module width by up to 50% and module height with an integrated fan. Maintenance and fan replacement remain straightforward. Our new Slim Modules offer even more compact solutions without compromising performance.
Increased Overload Capacity
The new SINAMICS S220 motor modules handle up to 300% overload, ensuring reliable performance under demanding conditions.
Improved Stability
Enhanced stability in the new motor modules means easier handling with interference-resistant connections and faster, simpler wiring in a compact space.
Compactness Redefined
The SINAMICS S220 motor modules redefine compactness, offering small size and high performance. They are compatible with the SINAMICS S120 drive system, supporting mixed operation with:
- Control Unit CU320-2 (≥ SINAMICS Firmware V5.2 SP3 HF10)
- SINUMERIK 828D (≥ SINUMERIK V4.95 SP1)
- SINUMERIK ONE (≥ SINUMERIK V6.15 SP1)
- SIMATIC Drive Controller (SINAMICS Integrated Firmware ≥ V5.2 SP3 HF10)
Motor Modules Specifications
Single Motor Modules
- 85 A/132 A/200 A (C- and D-Type)
- 60 A (C-Type)
- 24 A/30 A (D-Type)
- 30 A slim (C- and D-Type)
Double Motor Modules
- 2 x 9 A (D-Type)
- 2 x 18 A slim (C- and D-Type)
With new motor modules, the SINAMICS S220 is compact, powerful, and fully compatible with existing systems, making it ideal for modern industrial applications.