FANUC A20B-2901-066

    • Other suppliers (availability and price may vary). Caution: Due to the critical role this component plays in precise motor control, use caution with online resources regarding accuracy and completeness, especially for critical technical details or schematics relying on the specific FANUC system model.

In Conclusion:

The FANUC A20B-2002-0310 is a rotary encoder essential for precise control of FANUC AC servo motors within your industrial automation system. By consulting FANUC’s resources or contacting their support team, you can obtain the most accurate information on its function and ensure it functions properly within your system.

Category:

Description

The FANUC A20B-2002-0310 is an encoder used with FANUC AC servo motors in various industrial automation applications. Here’s a breakdown of its function and how to find more information about it:

Function:

  • The A20B-2002-0310 is a rotary encoder, also known as a pulse coder.
  • It converts the rotational motion of the motor shaft into electrical pulses.
  • The number of pulses generated corresponds to the angular movement of the shaft.
  • This allows the FANUC system’s controller to precisely track the motor’s position and speed.

Applications:

Encoders like the A20B-2002-0310 play a crucial role in precise positioning and motion control within industrial automation systems. Here are some common applications:

  • CNC Machines: In CNC machines, the encoder’s feedback on motor position ensures the cutting tool moves exactly as programmed along various axes (X, Y, Z).
  • Industrial Robots: Similar principles apply to industrial robots, where encoders on servo motors enable accurate control of the robot’s arm movements.
  • Other Automation Systems: The A20B-2002-0310 can be used in various industrial automation applications where precise positioning and speed control of AC servo motors are critical.

Finding Specific Information:

To determine the exact specifications, mounting details, and compatibility information for the A20B-2002-0310 within your system, it’s recommended to consult the following resources:

  1. FANUC System Manuals: If you have the user manuals or technical documentation for your specific FANUC system (CNC machine, robot, or other automation system), locate the parts list section. Look for the A20B-2002-0310 and you should find details such as:

    • A clear explanation of the encoder’s function within the system’s control architecture (e.g., motor encoder for a specific axis).
    • Specifications regarding the encoder type (rotary), resolution (pulses per revolution), and output signal type (incremental or absolute).
    • Wiring diagrams for proper connection between the encoder, the servo motor, and the system controller.
    • Mounting information specifying how the encoder attaches to the motor shaft.
  2. FANUC Support: For the most up-to-date and accurate information specific to your system, contact FANUC’s technical support team. Mention the part number (A20B-2002-0310) and the model of your FANUC system. They can clarify details like:

    • Compatibility with the specific AC servo motor model used in your system.
    • Troubleshooting steps in case of system malfunctions potentially related to the encoder.
    • Availability of replacement pulse coders or repair options.

Online Resources (for reference only, not suggesting these as parts sources):

  • Several online retailers and industrial parts suppliers might list the A20B-2002-0310, but use caution regarding accuracy and completeness:
    • eBay (Used Units): https://www.ebay.com/p/1040380552
    • Other suppliers (availability and price may vary). Caution: Due to the critical role this component plays in precise motor control, use caution with online resources regarding accuracy and completeness, especially for critical technical details or schematics relying on the specific FANUC system model.

In Conclusion:

The FANUC A20B-2002-0310 is a rotary encoder essential for precise control of FANUC AC servo motors within your industrial automation system. By consulting FANUC’s resources or contacting their support team, you can obtain the most accurate information on its function and ensure it functions properly within your system.