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 in high-performance industrial applications. Key attributes are detailed below: ### Torque and Speed Characteristics - **Nominal Torque (0.85 Nm):** Provides precise torque output suitable for compact servo applications demanding fine motion control. - **Maximum Speed (6000 rpm):** Enables high-speed operation, supporting dynamic systems requiring rapid acceleration and deceleration phases. ### Power and Cooling - **Power Rating (0.38 kW):** Rated power capacity optimized for compact servo drives balancing performance and thermal dissipation. - **Cooling Method (Natural):** Employs passive cooling mechanism, eliminating the need for additional cooling circuits, suitable for moderate load and ambient conditions. ### Construction and Connectivity - **Power/Signal Connectors:** Designed with integrated connectors enhancing installation reliability and minimizing signal interference. - **Aluminum-Metallic Frame (Multiple Configurations):** Available in 1- to 5-fold modular aluminum-metallic frames (dimensions from 80x80 mm to 364x80 mm), ensuring mechanical robustness and electromagnetic shielding. ### Protective and Control Components - **Fuse NH3 630A:** Provides overcurrent protection, ensuring operational safety against electrical faults. - **Switches and LED Inserts:** Equipped with DELTA line pushbutton and rocker switches, plus LED lamp inserts for precise control and status indication. ### Additional Features - **Antenna Cover Plate (55x55 mm):** Aluminum-metallic shield for broadband connectivity components, ensuring electromagnetic compliance. - **Absence of Anti-condensation and Temperature Sensors:** Not equipped with anti-condensation heaters, PTC, or RTD sensors, limiting operation in harsh humidity or temperature-variable environments. This servo motor is designed explicitly for applications where compactness, precise torque, and high-speed capabilities are mandatory, while lacking features for extensive environmental ruggedness or frequency control.