Product Overview
SIMOTICS S 1FK7 synchronous servo motor engineered for compact motion-control assemblies requiring deterministic rotational precision and stable torque transmission. The naturally cooled architecture minimizes auxiliary thermal components while sustaining 6000 rpm operation at 0.10 kW output.
Key Characteristics
- Nominal Torque (0.35 Nm): Calibrated for low-inertia servo applications demanding controlled acceleration dynamics and positional repeatability. The synchronous electromagnetic topology supports consistent torque behavior under cyclic load conditions.
- Rotational Speed (6000 rpm): High-speed operational capability optimized for automated handling systems, indexing modules, and compact drive assemblies. Elevated rotational stability reduces oscillatory deviations during continuous-duty sequences.
- Cooling Method (Naturally cooled): Passive thermal dissipation eliminates forced-air dependencies and reduces mechanical maintenance variables. The enclosure configuration supports thermally efficient convection-based heat transfer.
- Power Output (0.10 kW): Compact power-density configuration intended for precision-controlled servo environments with limited installation space. Output characteristics are aligned with lightweight electromechanical positioning systems.
- Connector System (Power/signal connectors): Integrated connector interfaces simplify signal integrity management and power distribution architecture. The configuration supports structured cabling integration within industrial automation platforms.
- Thermal Protection Features: Anti-condensation heater, PTC resistor, and RTD monitoring functions are not included. The motor configuration is therefore intended for controlled operational environments without extended condensation exposure.
- Frame size, voltage, current, and efficiency parameters were not specified in the provided technical dataset.
- Frequency-control suitability and overload capability are listed as unavailable.