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

## Product Overview ### SIMOTICS S Synchronous Servo Motor 1FK7 Compact 0.85 Nm, 6000 rpm, 0.38 kW - **Torque and Power Output**: The servo motor delivers a nominal torque of 0.85 Nm, optimized for precise motion control applications. Rated output power stands at 0.38 kW, suitable for compact drive systems requiring high dynamic response. - **Rotational Speed and Cooling**: Featuring a maximum rotational speed of 6000 rpm, it supports high-speed operation cycles. The unit employs a naturally cooled mechanism, eliminating the need for auxiliary cooling systems but limiting prolonged high-load performance. - **Construction and Connectivity**: Encased in a robust aluminum-metallic frame adhering to industrial standards, it ensures mechanical resilience and thermal dissipation. Equipped with integrated power and signal connectors for streamlined modular integration. ### Auxiliary Components and Accessories - **Protective Elements**: Incorporates NH3 630A fuses and DELTA switches with pushbutton interfaces for circuit safeguarding and manual override functionality. - **Control and Interface Modules**: LED lamp inserts provide feedback for control functions; a diverse range of DELTA line frame sizes (1-fold to 5-fold) offers customizable panel configurations. - **Additional Hardware**: Includes aluminum-metallic antenna cover plates and universal rocker switches to extend system compatibility in broadband and switching applications. ### Electrical and Operational Details - **Parameter Gaps**: Certain key electrical parameters (number of poles, rated voltage/current, power factor, phase count, frequency) are unspecified, limiting comprehensive performance analysis. - **Environmental and Thermal Features**: Absence of anti-condensation measures, temperature sensors (PTC/RTD), and overload capabilities restrict operation in harsh or variable ambient conditions. - **Frequency and Load Handling**: Not suitable for frequency control environments and lacks documented overload tolerance, indicating application constraints within controlled operational parameters. This servo motor assembly emphasizes compact mechanical design and integration flexibility but requires supplemental data to evaluate suitability for high-demand or variable electrical environments.