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

## Product Overview Presenting the SIMOTICS S Synchronous Servo Motor 1FK7 Compact, engineered for precision motion control with a nominal torque of 0.85 Nm, achieving speeds up to 6000 rpm and a power rating of 0.38 kW. Its naturally cooled design ensures thermal regulation without auxiliary cooling systems. ### Motor Performance Specifications - **Nominal Torque (0.85 Nm):** Delivers consistent rotational force optimized for high-precision servo applications. - **Rated Speed (6000 rpm):** High rotational velocity suitable for dynamic positioning and rapid acceleration tasks. - **Power Output (0.38 kW):** Compact power rating for applications requiring moderate mechanical output within tight spatial constraints. ### Cooling and Construction - **Natural Cooling:** Passive thermal dissipation eliminates the need for forced cooling systems, reducing maintenance complexity. - **Aluminum-Metallic Frame:** Incorporates multiple frame variants (1-fold to 5-fold) with dimensions ranging from 80x80 mm to 364x80 mm, providing structural rigidity and thermal conduction. ### Connectivity and Control Interface - **Power/Signal Connectors:** Integrated connectors designed for secure electrical interfacing and signal fidelity in servo control loops. - **Fuse NH3 630A and DELTA Switches:** High-capacity protective elements combined with modular pushbutton and rocker switches for operational safety and manual override capability. - **LED Lamp Insert:** Embedded diagnostics via LED indicators facilitate real-time control function monitoring. ### Additional Components - **DELTA i-System Accessories:** Includes aluminum-metallic antenna cover plates (55x55 mm) for broadband communication integration, enhancing system modularity and electromagnetic compatibility. This servo motor assembly delivers a technically robust solution for precision drive systems within industrial automation environments, emphasizing reliability and integration flexibility without overextending power or control features.