To Next PageTo Next PageWhat does it mean when my Oriental motor Controller displays a Sensor error?
If your Oriental motor Controller displays a sensor error, it means that an error of the ABZO sensor was detected during operation. Check the wiring of the sensor.
What to do if Oriental motor Controller displays 'RS-485 communication error'?
If the Oriental motor Controller displays an 'RS-485 communication error', it indicates either a framing error or a BCC error was detected. To resolve this: * Check the connection with the network converter. * Check the setting of RS-485 communication.
What to do if Oriental motor Controller displays 'Command not yet defined'?
If the Oriental motor Controller displays 'Command not yet defined', it means a command requested by the host controller could not be executed because it is undefined. To solve this problem: * Check the setting value for the command. * Check the flame configuration.
Why Oriental motor Astep AZ shows 'Execution disable due to user I/F communication in progress'?
The Oriental motor Controller displays 'Execution disable due to user I/F communication in progress' because a command requested by the host controller could not be executed, since the driver and the MEXE02 were communicating. Wait until the MEXE02 is completed processing.
What to do if my Oriental motor Controller shows an Overcurrent error?
If your Oriental motor Controller displays an overcurrent error, immediately turn off both the main and control power supplies. Inspect the motor, cable, and driver for any signs of damage or short circuits. After ensuring everything is in good condition, turn the power supplies back on. If the alarm persists, it could indicate damage to the motor, cable, or driver.
Why does my Oriental motor Controller display an Undervoltage error?
An undervoltage error on your Oriental motor Controller indicates that the main power supply was either momentarily shut off or experienced a voltage shortage. To resolve this, verify the input voltage of the main power supply to ensure it is within the acceptable range.
What causes a Sensor error at power-on in Oriental motor Controller?
A sensor error at power-on in your Oriental motor Controller indicates that an error of the ABZO sensor was detected when the control power supply was turned on. Turn off the main power supply and the control power supply, and check the connection of the ABZO sensor. After that, turn on the main power supply and the control power supply again.
What to do if Oriental motor Controller shows an Overload error?
If your Oriental motor Controller displays an overload error, it means that a load exceeding the maximum torque was applied for the time exceeded the value set in the “Overload alarm” parameter. You can try the following: • Decrease the load. • Increase the acceleration/deceleration time or slow the acceleration/ deceleration rate. • Increase the operating current. • Reconsider the operation data.
What should I do if my Oriental motor Controller indicates a Main power supply OFF error?
If your Oriental motor Controller indicates a 'Main power supply OFF' error, it means the main power supply was shut off during operation. Verify that the main power supply is properly connected and supplying power.
What causes an EEPROM error on my Oriental motor Controller and how to fix it?
An EEPROM error on your Oriental motor Controller indicates that the data stored in the driver was damaged. To resolve this, initialize all parameters.
General| Brand | Oriental motor |
|---|---|
| Model | Astep AZ Series |
| Category | Controller |
| Language | English |
Essential precautions and guidelines before operating the product.
Information on related operating manuals and how to use them.
A general overview of the product's features and capabilities.
Critical safety instructions for handling and operating the product.
Restrictions and requirements for proper product usage.
Illustrates the system configuration for AC power input type.
Steps for checking products, models, and compatible combinations.
Guidelines for installing the driver, including location and method.
Details on connecting power supplies, motor, and communication cables.
Instructions on setting the node address for EtherCAT communication.
Explanation of the power removable function for safety.
Recommendations for inspecting and maintaining the driver.
Information on various connection and extension cables.
Details on optional accessories like noise converters and resistors.
Illustrates the system configuration for DC power input type.
Steps for checking products, models, and compatible combinations.
Guidelines for installing the driver, including location and method.
Details on connecting power supplies, motor, and communication cables.
Instructions on setting the node address for EtherCAT communication.
Explanation of the power removable function for safety.
Recommendations for inspecting and maintaining the driver.
Information on various connection and extension cables.
Details on optional accessories like noise converters and resistors.
Step-by-step guidance for operating the motor via EtherCAT communication.
Details on EtherCAT communication interface and CiA402 drive profile.
Explanation of drive state machine, operation modes, and profiles.
Details on touch probe, resolution, wrap function, and current settings.
Information on managing position coordinates using the ABZO sensor.
Procedures for saving and managing driver parameters.
Comprehensive explanation of EtherCAT communication objects.
Lists all objects related to CoE communication.
Lists all objects defined by the CiA402 drive profile.
Lists manufacturer-specific objects and parameters.
Details on alarm function, reset, history, and generation conditions.
Information output before alarms, including status and history.
Common phenomena, possible causes, and remedial actions.
Step-by-step guide for performing pulse-input operation for motor testing.
Visual representation of timing sequences for power ON and operation.
General and product-specific technical specifications for the driver.
Information on UL standards, EU directives, and RoHS compliance.
