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

## Product Overview Introducing the SIMOTICS S Synchronous Servo Motor 1FK7 Compact, engineered for precision motion control and high dynamic response. ### Torque and Speed Specifications - **Nominal Torque (0.85 Nm)**: Provides consistent torque output suitable for precision positioning tasks. - **Maximum Speed (6000 rpm)**: Supports high-speed operations, ensuring rapid acceleration and deceleration cycles. ### Power and Cooling - **Rated Power (0.38 kW)**: Delivers moderate power within a compact footprint, optimizing power-to-weight ratio. - **Natural Cooling**: Employs passive heat dissipation without auxiliary cooling systems, limiting thermal management complexity. ### Mechanical and Electrical Interface - **Power/Signal Connectors**: Integrated connectors enable streamlined electric and control signal exchange, enhancing installation robustness. - **Aluminum-Metallic Frame (Multiple Configurations)**: Available in 1- to 5-fold frame variants sized 80x80 mm to 364x80 mm, ensuring structural rigidity and EMI shielding. ### Additional Components - **Fuse NH3 630A**: High-capacity protective fuse designed for safe current interruption in fault conditions. - **DELTA Switches and Pushbuttons**: Modular control components providing reliable manual operation and system interfacing. - **LED Lamp Insert for Control Function**: Visual status indication integral to system diagnostics. ### Limitations and Omissions - Lack of rated electrical parameters such as voltage, current, and power factor limits comprehensive electrical integration planning. - Absence of anti-condensation features and thermal sensors (PTC/RTD) implies limited suitability in harsh or fluctuating environments. - Not designed for frequency control or overload operation, restricting application scope in variable load conditions. This servo motor embodies a focused design for controlled torque and speed applications, prioritizing mechanical compactness and electrical interfacing, while omitting advanced diagnostics and environmental robustness features.