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— IC芯片 | 连接器 | 传感器 | 被动器件 —
The Stego 01170.9-00 is a linear actuator designed for precise mechanical positioning tasks. It operates using an electric motor to convert rotational motion into linear displacement, providing controlled force output along a single axis. The unit typically integrates a lead screw mechanism to ensure smooth and accurate movement. Key electrical parameters include a nominal voltage rating, current consumption limits, and stroke length specifications which define its operational range. Performance metrics such as speed and holding torque are determined by the internal gear reduction and motor characteristics, ensuring reliable operation in automated systems requiring repeatable linear motion.
Verify the specific voltage and connector type required for your system integration before purchase. Confirm that the stroke length and force requirements match your application needs. Check for any mounting hardware included or required separately. Ensure environmental ratings meet your operating conditions. Review the datasheet for detailed electrical specifications and duty cycle limitations to prevent overheating during continuous use.
Choose this actuator based on the required stroke length and maximum load capacity. Consider the operating voltage compatibility with your power supply. Evaluate the speed requirements against the actuator's rated velocity. Assess the physical dimensions to ensure it fits within the designated space. Verify the control interface compatibility if external drivers are used.
This component belongs to Stego's line of electric linear actuators, which are engineered for reliable performance in various industrial and commercial settings. These actuators are known for their durability and precision, making them suitable for applications requiring consistent linear motion. The series typically offers multiple sizes and configurations to accommodate different force and travel requirements.
When replacing, ensure the new part matches the original voltage, current draw, and physical mounting dimensions. Verify that the stroke length and force output are equivalent or superior. Check connector pinouts for compatibility with existing wiring harnesses.