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Detailed safety precautions categorized by process: before installation, during installation, wiring, energizing, and operation.
General precautions for motor insulation, thermal protection, frequency, vibrations, heat/noise, contactors, voltage, and wiring.
Table listing models with rated output/input power, output current, and adaptive motor capacity.
Illustrates parameter setting procedures for viewing and modifying function codes, restoring factory settings.
Overview of main and control circuit wiring, emphasizing correct connections.
Detailed wiring diagram showing main circuit and control circuit connections for the PI500 inverter.
Arrangement of main circuit terminals for various PI500 series power ratings.
Diagrams showing the physical layout of main circuit terminals for different power ranges.
Explanation of the function for each terminal in the main circuit of the inverter.
Arrangement and description of control circuit terminals for power supply and analog inputs.
Diagram illustrating the arrangement of control circuit terminals on the PI500.
Detailed functions of various control circuit terminals, including power supply and analog inputs.
Essential safety precautions for wiring operations, including power status, grounding, and component protection.
Steps and considerations for commissioning the PI500 inverter after installation.
Covers basic function parameters like motor control manner, frequency settings, and command sources.
Configuration options for digital input terminals (DI1-DI8), including function selection.
Parameters related to inverter start-up modes, speed tracking, and stop modes.
Configuration of fault protection parameters, including overcurrent, overvoltage, and phase loss protection.
Parameters for communication settings, including baud rate, data format, and protocol selection.
Parameters for configuring the built-in PID control functions, including source and feedback.
Parameters for setting up motor details, including type, rated values, and resistance.
Lists fault codes, failure types, possible causes, and solutions for PI500 inverter issues.
Defines electromagnetic compatibility and outlines EMC standards and requirements.
Table outlining regular inspection points, methods, and criteria for inverter maintenance.
Defines the serial communication protocol, including transmission format and topology.
General
