What does it mean when Hiwin D1-N Amplifier shows 5 V for encoder card fail?
If the Hiwin Amplifier displays a '5 V for encoder card fail' message, it indicates an error in the encoder power supply. Turn off the drive amplifier, reconnect the encoder plug, and inspect the encoder cable for any damage.
What should I do if the Hiwin D1-N shows '5 V for encoder card fail'?
If the Hiwin Amplifier reports '5 V for encoder card fail', there is an error in the encoder power supply. Switch off the drive amplifier and reconnect the encoder plug. Check the encoder cable for damage.
What to do if Hiwin D1-N Amplifier shows Hall sensor error?
If the Hiwin Amplifier is showing a Hall sensor error, verify that the Hall sensor has been wired correctly and that it is not signaling an error.
What does Hiwin D1-N Amplifier Hall phase check error mean?
A Hall phase check error on the Hiwin Amplifier suggests a digital Hall sensor electrical angle issue. Ensure the Hall sensor is correctly wired and not signaling an error.
What to do if Hiwin Servo Drive motor (forcer) is overheating?
If the motor (forcer) is overheating: * Check if the over-temperature cable is connected. * Verify the motor's temperature isn't too high. * Confirm the continuous and instantaneous current of the motor are within its specifications. * Check if the motor's duty cycle is too high.
How to fix short circuit in Hiwin Servo Drive wires?
If there is a short circuit among the U, V, and W wires: * Make sure there are no short circuits among the U, V, and W wires and that the wiring is correct. * Ensure there are no short circuits between the U, V, and W wires and ground. * Check that the resistances of the U, V, and W wires are the same. * Verify the motor power cable isn't too old.
How to resolve Hiwin Servo Drive equivalent current issues?
If the equivalent current output by the drive exceeds the motor's maximum continuous current: * Verify the motor's continuous and instantaneous current are within specifications. * Check if the required current for the path planning acceleration command exceeds the motor's rated current. * Ensure the motor isn't obstructed during motion. * Reset the drive and re-enable the motor. * Confirm the motor model and its current parameters are correctly set.
How to fix Hiwin Servo Drive PC communication issues?
To resolve PC communication issues with the drive, check if the transmission rate (BPS) and communication port (Port) are correctly configured.
How to resolve Hiwin Amplifier auto phase center not complete error?
If you encounter an 'Auto phase center not complete' error on your Hiwin Amplifier, which indicates the initialisation phase hasn't finished, execute all the steps in “Auto Phase Center” again.
What to do if Hiwin D1-N shows incompatible motor model and drive?
If the Hiwin Amplifier displays an error indicating an incompatible motor model and drive, verify the motor data and motor type to ensure they are compatible.
Follow installation and operating instructions for safe product use.
Important safety information including warnings, attention, prohibitions, and requirements.
Identifies potential hazards and risks associated with product operation and usage.
Outlines procedures and requirements for installing the servo drive.
Provides an overview of system configuration and electrical wiring diagrams.
Details the connection and wiring for the main AC power input.
Describes the wiring for connecting the motor power cable.
Explains the wiring and functions of various control signal inputs and outputs.
Describes the wiring and implementation of safety functions like STO.
Covers the installation of Lightening software and establishing communication.
Explains how to use the Configuration center for setting motor, encoder, and operation parameters.
Details the process and precautions for auto phase initialization.
Covers the setup and procedures for motor homing.
Explains how to save configurations and restore factory default settings.
Guides users on how to set the servo drive's operation mode using the Lightening software.
Explains how to adjust gains and parameters for improved servo control performance.
Sets limits for speed, acceleration, and deceleration to protect the motor.
Configures limits and warnings for position and velocity errors.
Explains protection mechanisms for motor and servo drive over-temperature conditions.
Describes how to protect the servo drive from overvoltage using regenerative resistors.
Lists all possible error and warning messages and their meanings.
Provides guidance on diagnosing and resolving issues based on status indicators and error codes.
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General