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Physical dimensions and mounting details for ADrive Size-B and Size-C models.
Physical dimensions for ADrive Size-D model.
Step-by-step mounting instructions for ADrive Size-D.
Dimensions and installation recommendation for ADrive EMI line filter.
Dimensions for different types of ADrive braking resistors.
Wiring instructions for RFI filter on ADrive Size-B/C models.
Wiring instructions for RFI filter on ADrive Size-D model.
Description of the ENCABIT-Plus module for synchronous applications.
Mounting instructions for the ENCABIT-Plus module on ADrive.
Details on connecting power supply, brake resistor, and motor terminals.
Configuration of digital inputs for speed selection and enabling the drive.
Details for connecting incremental and absolute encoders for motor control.
Connecting external 24V supply and ENCABIT-Plus module.
Serial communication with ARL-500 and ADrive Remote Keypad connection.
Overview of emergency evacuation requirements and power supply options.
Details on the DC supplies required for inverter during evacuation.
Procedure and power calculations for evacuation in the lower load direction.
Procedure and power calculations for evacuation towards a specific floor.
Wiring diagrams for battery and UPS back-up power connections.
Step-by-step process of an elevator evacuation during power failure.
Software for travel curve simulation, monitoring, and parameter transfer.
Procedure for upgrading ADrive inverter firmware using ARKEL Firmware Updater.
Information displayed on ADrive upon startup.
Various screens for monitoring drive status and parameters.
Parameters related to elevator travel speed, acceleration, and deceleration profiles.
Parameters for configuring motor type, voltage, current, and encoder settings.
Parameters for tuning the PI speed controller gains and filters.
Functions for saving and loading parameters to/from a data key.
Accessing and clearing the list of recorded errors.
Setting the motor control mode to Open Loop or Closed Loop.
Procedure for automatically tuning motor parameters for optimal performance.
Advanced parameters for switching frequency, controller gains, and protection functions.
Configuration for backup power and evacuation operation.
Requirements for connecting absolute encoders for synchronous motors.
Essential motor parameters to enter for synchronous operation.
Procedure for performing auto-tuning for synchronous motors.
Tuning the anti-rollback function to minimize startup trembling.
Adjusting PI controller gains for smooth travel and reduced vibrations.
Errors related to motor output, current limits, and overload conditions.
Faults related to DC bus voltage, power supply, contactors, and CPU supply.
Errors related to encoder signals, auto-tuning, and direction settings.
Faults related to mechanical brake monitoring, PTC sensors, battery operation, and braking resistors.
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General