Servo Motor 180°
$599.00
- Type: Standard 180-degree servo motor, designed for precise angle control and positioning.
- Operating Range: Capable of rotating within a 180-degree arc, allowing for flexible movement in applications.
- Control Signal: Operated using pulse-width modulation (PWM) signals, typically requiring a 1-2 ms pulse to set the desired angle.
- Torque: Offers varying torque ratings depending on the model, suitable for lightweight applications such as robotics, model aircraft, and animatronics.
- Applications: Commonly used in robotics, remote-controlled vehicles, automated systems, and hobby projects requiring precise angular positioning.
- Mounting: Features standard mounting holes for easy integration into projects and devices.
180° servo motors are specialized motors designed for precise angular movement within a limited range of 180 degrees. These motors are commonly used in various applications requiring controlled movement, such as robotics, hobby projects, and automation systems.
Key Specifications:
- Rotation Range: Capable of rotating through an angle of 0° to 180°, allowing for a wide variety of applications.
- Control Signal: Typically controlled by a PWM (Pulse Width Modulation) signal, with the position determined by the duration of the pulse sent to the motor.
- Operating Voltage: Generally available in standard voltage ratings, such as 4.8V to 6V, depending on the specific model and manufacturer.
- Torque Rating: Varies by model; can range from a few ounces-inch to several kilograms-centimeter, influencing the motor’s suitability for different applications.
Features:
- High Precision: Designed for accurate position control, making them ideal for tasks where precision is critical, such as robotic arms or camera gimbals.
- Compact Design: Many 180° servo motors come in small sizes, allowing them to fit into tight spaces in various mechanical designs.
- Easy Integration: Compatible with common microcontrollers like Arduino, Raspberry Pi, and others, simplifying integration into electronic projects.
Applications:
- Robotics: Used in robotic joints, grippers, and steering mechanisms, enabling precise control over movement.
- Remote-Controlled Vehicles: Commonly found in RC cars, planes, and drones for steering and control surfaces.
- Automated Systems: Employed in various automation tasks, such as positioning sensors, switches, and other mechanical components.
- Model Making: Used in hobby projects and model kits where controlled movement is required, such as in animatronics or moving displays.
Considerations:
- Weight and Size: Selection of a servo motor should consider the weight and size constraints of the application.
- Speed vs. Torque: Different models offer varying trade-offs between speed and torque; selecting the right balance is crucial based on the task requirements.
- Feedback Mechanisms: While basic servo motors provide positional feedback based on PWM signals, more advanced models may include encoders for even greater precision and control.
In summary, 180° servo motors are versatile components essential for achieving controlled motion in a wide range of applications, offering ease of use and reliable performance.
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