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  1. Alarms 207011 and 207012 indicate the motor is overheated due to high temperature detected by the drive, based on current draw over time.
    • Alarms 207011 and 207012 indicate the motor is overheated due to high temperature detected by the drive, based on current draw over time.

    • This could be due to a mechanical load issue, extremely harsh duty cycle, high ambient temperature, motor oscillation, or an issue with the brake.

  2. You can monitor the drive parameters, r78[0] (Current Actual Value) and r80 (Torque Actual Value), while the motor is at a standstill.
    • You can monitor the drive parameters, r78[0] (Current Actual Value) and r80 (Torque Actual Value), while the motor is at a standstill.

    • To check these Parameters: Go to [Setup][Machine Data][Drive Parameter] → Press [Select a Drive] and choose Z-Axis. Scroll down or search for r78[0] and r80

    • The values shown here are for the Z-Axis at a standstill from a known good machine.

  3. A Trace can be preformed for a more accurate measurement to determine if the motor is unstable. Use these variables in the trace.
    • A Trace can be preformed for a more accurate measurement to determine if the motor is unstable. Use these variables in the trace.

    • /Nck/ServoData/nckServoDataActCurr64[3]

    • /Nck/ServoData/nckServoDataActVel1stEnc64[3]

    • How to Setup and Use the Trace Tool.

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Ryan Levrini

Member since: 06/10/2024

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Siemens Internal Member of Siemens Internal

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