Metal Servo Horn

Wiring Connections

• No Wiring Required: The metal servo horn itself does not involve wiring. It is a mechanical component attached to the servo motor.

Power

• Not Applicable: The metal servo horn does not require any power to function. It is purely a mechanical part.

Input and Output

• Input: The servo horn is attached to the servo motor’s output shaft (spline). The servo motor’s rotational movement is transmitted to the servo horn.
• Output: The servo horn transmits rotational movement to connected components, such as linkages or arms.

Physical Characteristics

• Dimensions: Diameter and height vary depending on the design and intended use. Common diameters range from 20mm to 40mm.
• Weight: Heavier than plastic horns due to the metal material, which contributes to better durability.
• Mounting Holes: Typically include various hole sizes and patterns to accommodate different types of attachments.
• Finish: Smooth surface finish to reduce friction and wear.

Technical Specifications

• Material Strength: Metal provides higher tensile strength compared to plastic, making it suitable for high-torque applications.
• Torque Handling: Capable of handling higher torque loads without deforming or breaking.
• Compatibility: Designed to fit standard servo motors with a common spline size, such as 25T or 24T splines.

Additional Features

• Corrosion Resistance: Metal horns may have coatings or finishes to resist rust and corrosion, especially in harsh environments.
• Customizable: Available in various sizes and shapes to suit specific applications or preferences.
• Precision Engineering: Machined to high tolerances for a precise fit and reliable operation.

How to Use

• Selecting the Right Horn:

• • Choose a metal servo horn that matches the spline size of your servo motor. Common sizes include 25T and 24T splines.
  • Consider the diameter and mounting hole pattern based on your project’s requirements.

• Attaching the Servo Horn:

• • Align the servo horn with the motor’s output shaft, ensuring it fits securely onto the spline.
  • Use the provided screws or bolts to attach the servo horn to the servo motor. Ensure they are tightened properly to prevent slippage.

• Connecting Linkages:

• • Attach any required linkages, arms, or other components to the mounting holes on the servo horn.
  • Ensure all attachments are securely fastened and aligned correctly to avoid any mechanical issues.

• Testing the Setup:

• • Power on the servo motor and test the movement of the servo horn to ensure it operates smoothly.
  • Check for any signs of slippage or mechanical binding, and adjust the setup as needed.

• Maintenance:

• • Regularly inspect the metal servo horn for signs of wear or damage.
  • Clean any debris or dust from the horn and the servo motor to ensure smooth operation.

The metal servo horn is a crucial component in many robotic and mechanical systems, providing enhanced durability and precision. Its strong construction makes it ideal for applications that require reliable performance under high-torque conditions.