Product details
Simotics S-1FL6 operating voltage 230 V 3 AC PN=0.75 kW, NN=3000 rpm M0=2.39 Nm, MN=2.39 Nm shaft height 40 mm absolute encoder 20bit (12bit multiturn) with keyway tolerance N without holding brake protection class IP65 with sealing ring compatible with the Sinamics V90 converters. The Simotics S-1FL6 LI servo motor is suitable for simple and higher dynamic applications in conjunction with the Sinamics V90 servo drive. The motor can be combined with the Sinamics V90 inverter and the Motion-Connect 300 connection technology to create a powerful servo system with high functionality. The result is a seamless drive system. Wherever high-dynamic and precise motion sequences are required, a drive system made of Simotics S-1FL6 and Sinamics V90 is the first choice. Users benefit from high dynamics, precision, and compactness. The Simotics S-1FL6 servo motor is a permanently excited synchronous motor designed for operation without external cooling. Heat is dissipated through the motor surface. Thanks to the quick-release connector, the motors can be installed quickly and easily. The high-dynamic servo motor with low inertia (LI motor) is available in four shaft heights and with braking capacities from 0.05 kW to 2.00 kW. The motor has a standard protection class of IP65 and self-cooling. It covers a rated torque range from 0.16 Nm to 6.37 Nm and rated speeds starting from 3,000 rpm. Optionally, the motor can also be equipped with a 20-bit absolute encoder + 12-bit multiturn. The Simotics S-1FL6 LI servo motor can be specifically adapted to customer requirements thanks to various options such as connectors, encoders, and additional accessories. Simotics - dynamic and precise.
Item number | 41013464 |
Manufacturer | Siemens |
Category | Drive technology accessories |
Manufacturer no. | 1FL60422AF211LA1 |
Release date | 18.12.2023 |
Country of origin | China |
Manufacturer commitment | RE100, SBTi |
Manufacturer compensation | According to RE100, the manufacturer Siemens fully compensates for its energy consumption, leading to a reduction in emissions. |
CO₂-Emission | |
Climate contribution |