Need help?Do you have a question about the INVT GD20-004G-2 and is the answer not in the manual?
General| Input Voltage | 3-phase 380V (-15%) - 440V (+10%) |
|---|---|
| Output Voltage | 0 - Input Voltage |
| Rated Current | 9A |
| Control Mode | SVC, V/F |
| Protection Features | Over-current, Over-voltage, Under-voltage, Overload, Short circuit |
Defines danger, warning, note, and qualified electrician terms for safety.
Lists symbols used for warnings and their meanings to prevent hazards.
Provides essential safety rules for operating and handling the inverter.
Safety instructions for handling, installing, and moving the inverter.
Safety precautions during the startup, operation, and stopping of the inverter.
Safety guidelines for performing maintenance and replacing inverter components.
Detailed technical specifications of the inverter's features and capabilities.
Lists electrical and performance ratings for various inverter models.
Details on the standard wiring procedures for the main circuit.
Step-by-step instructions for wiring the main circuit terminals.
Shows the schematic for connecting the control circuit.
Detailed instructions on how to operate the inverter using the keypad.
Procedure for changing inverter parameters and function codes.
Steps to set or cancel the password for parameter protection.
Parameters related to fundamental inverter functions like speed and run control.
Parameters for controlling the inverter's start-up and stop sequences.
Parameters for configuring motor characteristics and protection.
Parameters specific to the vector control mode for precise motor operation.
Parameters for SVPWM control, including V/F curves and voltage settings.
Parameters for setting up and tuning the PID control loop.
Parameters for various protection functions like phase loss and overvoltage.
Steps to identify, diagnose, and resolve inverter faults.
Detailed table listing fault codes, causes, and solutions.
Practical examples demonstrating Modbus read and write operations.
To Next Page