SIMOTICS S Synchronous servo motor 1FK7 Compact, DC link 300V 0.85Nm, 100K, 6000rpm 0.38kW, Naturally

## Product Overview The SIMOTICS S Synchronous Servo Motor 1FK7 series exemplifies precision-engineered electromechanical actuation for advanced automation: ### Electrical and Mechanical Specifications - **Torque and Power:** Delivers a nominal torque of 0.85 Nm and a rated mechanical output power of 0.38 kW, optimized for high-dynamic positioning tasks. Maximum shaft velocity reaches 6000 rpm, enabling rapid response cycles within compact applications. - **Voltage Interface:** Operates with a DC link at 300 V, integrating seamlessly into mid-voltage servo drive systems for stable and efficient power management. ### Construction and Integration - **Frame and Mounting:** Housed within an aluminum-metallic frame configuration adhering to industrial dimensional standards, offering multiple modular sizes (80x80 mm up to 364x80 mm) to accommodate diverse mechanical coupling requirements. - **Environmental Suitability:** Naturally ventilated design provides passive thermal dissipation without auxiliary cooling mechanisms; absence of anti-condensation features limits use in high-humidity environments. ### Auxiliary Components - **Electrical Protection:** Equipped with NH3 630A fuses to safeguard against overcurrent incidents, ensuring reliability under transient conditions. - **Control Interfaces:** Incorporates DELTA line switching devices including pushbutton switches and rocker switches with LED indicators, enhancing operational feedback and manual control capabilities. ### Limitations - **Parameter Deficiencies:** Missing specifics on poles, rated current, frequency, and efficiency metrics restrict comprehensive performance evaluation. - **Functional Constraints:** Lacks inherent overload capability and is not designed for frequency control applications, imposing restrictions on its deployment in variable-speed drive scenarios. This servo motor provides robust, compact actuation with precise control interfaces but requires careful consideration regarding environmental and dynamic operating conditions due to limited overload and frequency control functionalities.