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General safety, intended use, installation, transportation, and storage guidelines.
Measures for electromagnetic compatibility and proper cable laying for reduced interference.
Procedures for unpacking, checking the site, and optimal inverter orientation for cooling.
Guidelines for connecting inverters, EMC filters, main circuit, output, and ground connections.
Rules for separating control wiring from main circuits and proper grounding of shields.
Explanation of drive status indicators, data display, and mode display elements.
Description of each key and its function for inverter control and parameter setting.
Step-by-step guide for initial power-up, control mode selection, and parameter setup.
Essential checks and preparations required before energizing the inverter.
How to interpret normal operation messages and fault indicators on the display.
Guidance on selecting the appropriate motor control mode based on motor type and encoder.
Choosing the correct autotuning mode based on control mode and motor characteristics for optimal performance.
Details of rotating, non-rotating, and resistance tuning procedures for motor data acquisition.
Common errors and fault codes encountered during autotuning and their corrective actions.
Detailed flowchart for performing autotuning on induction motors under various control modes.
Detailed flowchart for autotuning permanent magnet motors, including encoder setup.
Specific procedure to tune encoder offset if it has been changed or misaligned for PM motors.
Configuration of elevator travel direction commands and selection of speed references.
Setting up multi-step speed selections and their priority using digital inputs.
Tuning acceleration, deceleration times, and S-curve (jerk) for smooth motor response.
Understanding the standard timing and operation of the brake sequence during inverter control.
Enabling and tuning feed forward compensation for improved transient response and stability.
Identifying and interpreting fault and alarm codes displayed by the inverter for diagnosis.
Correcting parameter setting errors that prevent the inverter from operating or cause specific issues.
Detailed list of faults specific to the autotuning process and their troubleshooting steps.
General