SIMOTICS S Synchronous servo motor 1FK7 Compact 0.85Nm, 100K, 6000rpm 0.38kW, Naturally cooled Power/signal connectors

Product Overview

SIMOTICS S 1FK7 synchronous servo motor engineered for compact motion-control assemblies requiring deterministic rotational dynamics and high positional accuracy. The integrated naturally cooled architecture minimizes auxiliary thermal management complexity while maintaining stable electromechanical performance under continuous-duty industrial conditions.

1. Servo Motor Configuration

• Nominal Torque (0.85 Nm): Optimized for precision-driven servo applications with moderate inertial loading. The synchronous construction supports stable torque transmission and reduced rotational deviation during cyclic acceleration profiles.
• Rated Speed (6000 rpm): High-speed operational capability enables rapid response behavior in automated positioning systems. The elevated rotational threshold supports compact machine architectures with increased throughput density.
• Output Power (0.38 kW): Designed for controlled electromechanical conversion in compact automation platforms. The power class is suitable for dynamic servo regulation and continuous motion sequences.

2. Thermal and Mechanical Design

• Naturally Cooled Construction: Passive thermal dissipation eliminates dependence on forced-air cooling assemblies. This configuration reduces contamination ingress risk and simplifies maintenance requirements in enclosed installations.
• Compact Housing: Reduced installation footprint supports integration into constrained industrial enclosures. The compact servo geometry improves spatial efficiency within modular machine systems.

3. Electrical Interface Components

• Power and Signal Connectors: Segregated connector architecture supports stable signal integrity and power transmission reliability. Engineered for deterministic communication between servo drive and motor feedback circuitry.
• NH3 630A Fuse: High-current protective device intended for industrial distribution and overload interruption scenarios. The NH3 form factor supports robust fault-current management within switchgear assemblies.

4. DELTA Line Components

• Aluminum-Metallic Frames: Available in 1-fold, 2-fold, 4-fold, and 5-fold configurations for modular installation flexibility. Metallic surface construction improves structural rigidity and industrial-grade aesthetic uniformity.
• Switches and LED Inserts: DELTA switches and illuminated control inserts support operational indication and switching functionality. The integrated LED signaling element improves visual status recognition in control environments.
• Antenna Cover Plate: Broadband-compatible DELTA i-system cover plate designed for integrated communication interfaces. The aluminum-metallic construction supports mechanical durability and dimensional consistency.

Technical Note: Several electrical parameters are specified as “0” or undefined in the provided dataset. Technical interpretation may require manufacturer validation before system integration.