Product Overview
SIMOTICS S 1FK7 synchronous servo motor engineered for compact motion-control assemblies requiring deterministic rotational dynamics and high-speed operational stability. The integrated naturally cooled architecture minimizes auxiliary thermal management complexity while maintaining continuous-duty electromechanical performance.
1. Servo Motor Configuration
- Nominal Torque (0.85 Nm): Calibrated for precision servo-driven positioning systems with controlled acceleration characteristics. The synchronous topology supports stable torque transmission under cyclic industrial loads.
- Rated Speed (6000 rpm): High rotational velocity enables rapid response behavior in automated handling and CNC-oriented applications. The 100K winding configuration supports thermally optimized operational consistency.
- Output Power (0.38 kW): Compact low-inertia power architecture suitable for decentralized automation modules and constrained installation environments. Naturally cooled construction reduces mechanical wear associated with forced ventilation systems.
2. Electrical and Connector System
- Power/Signal Connectors: Segregated connector interfaces improve signal integrity and simplify commissioning procedures. Connectorized configuration supports streamlined integration into industrial servo infrastructures.
- Frequency Control Compatibility: Specified as not suitable for frequency-controlled operation. Operational deployment should align strictly with defined synchronous servo parameters.
3. Auxiliary Components
- NH3 Fuse 630A: High-capacity protection element intended for industrial current interruption under elevated fault conditions. Designed for integration within heavy-duty distribution assemblies.
- DELTA Line Components: Aluminum-metallic frames, rocker switches, antenna cover plates, and LED inserts provide modular installation flexibility. Multi-format frame dimensions support standardized architectural switch configurations.
Technical values containing “0” or unspecified ranges were not provided with validated engineering data and should be verified before system integration.