Rtelligent R86 User Manual (English)

Questions and Answers:

O
Oscar RobinsonAug 3, 2025
What to do if my Rtelligent R86 motor does not work?
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  Amanda MaloneAug 4, 2025
  If the Rtelligent Control Unit motor isn't working, first check if the power indicator is off, and if so, examine the power supply circuit. If the motor rotor is locked, increase the signal current to 7-16mA. If the driver is protected, resolve the alarm and re-power. For enable signal issues, pull up or disconnect the enable signal. If the command pulse is incorrect, verify the upper computer has pulse output.
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James WhiteAug 9, 2025
Why is the position or speed wrong on my Rtelligent Control Unit?
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  James ColeAug 9, 2025
  If the position or speed of the Rtelligent Control Unit is wrong, it might be due to signal disturbance. Ensure reliable grounding to eliminate interference. Also, check the upper computer instructions to confirm the output is correct. Verify the DIP switch status and connections for the correct Pulse per revolution setting. If the encoder signal is abnormal, consider replacing the motor and contacting the manufacturer.
V
vanessarosalesAug 13, 2025
What causes the Rtelligent R86 Control Unit motor to be out of tolerance?
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  Grant MartinezAug 14, 2025
  If the Rtelligent Control Unit motor is out of tolerance, it could be due to a short acceleration and deceleration time. Try reducing command acceleration or increasing driver filtering parameters. If the motor torque is too low, select a motor with high torque. A heavy load can also cause this issue, so check the load weight and quality, and adjust the mechanical structure. Lastly, if the power supply current is too low, replace it with an appropriate one.
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danielwilkinsonAug 18, 2025
What to do if the alarm indicator is on for Rtelligent Control Unit?
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  Sarah ChenAug 19, 2025
  If the alarm indicator is on for your Rtelligent Control Unit, first check the motor connection. Also, check the sequence of the encoder connection. Finally, verify the power supply to ensure the voltage is neither too high nor too low.