Product Overview
SIMOTICS S 1FK7 synchronous servo motor is engineered for compact motion-control assemblies requiring deterministic rotational dynamics and stable torque transmission. The naturally cooled construction minimizes auxiliary thermal components while maintaining operational consistency at 6000 rpm and 0.38 kW output.
1. Servo Motor Configuration
- Nominal Torque (0.85 Nm): Calibrated for precision-oriented servo applications demanding controlled acceleration profiles and minimized positional deviation. The synchronous architecture supports stable electromechanical responsiveness under cyclic load conditions.
- Rated Speed (6000 rpm): High rotational velocity enables integration into dynamic automation systems, conveyor mechanisms, and compact CNC assemblies. The 100K winding configuration is optimized for controlled thermal behavior.
- Naturally Cooled Housing: Passive cooling topology eliminates forced ventilation dependency, reducing mechanical complexity and airborne particulate ingress. Suitable for enclosed industrial installations with moderate thermal loads.
2. Electrical and Connection Interface
- Power/Signal Connectors: Integrated connector system supports segregated transmission of power and feedback signals for reduced electromagnetic interference. The interface design simplifies commissioning and service accessibility.
- Frequency Control Compatibility: The specified configuration is not designated for frequency-controlled overload operation. Operational parameters should remain within defined synchronous limits.
3. Switching and Installation Components
- NH3 Fuse 630A: High-current protective component intended for industrial distribution environments requiring elevated interruption capability and stable conductor protection characteristics.
- DELTA Line Frames and Inserts: Aluminum-metallic 1-fold to 5-fold frames provide modular installation flexibility for switches, pushbuttons, and antenna cover plates. The metallic surface treatment improves structural rigidity and installation durability.
Technical values containing “0” or unspecified ranges were provided without validated operational data and may require engineering verification prior to specification.