To Next PageTo Next PageWhat to do if my Sandi Electric SDP-30KW Inverter shows output overload?
If your Sandi Electric Inverter shows an output overload, it means the load is higher than the inverter's rated output power. To fix this, ensure correct system design and reduce the power of the load.
Why does my Sandi Electric Inverter show DC input over voltage?
If your Sandi Electric Inverter displays 'DC input Over voltage', it indicates that the DC input voltage is higher than the maximum input voltage of the inverter. Check the battery output Voltage or PV array and ensure the output voltage is within the inverter's specified range.
General| Rated Power | 30kW |
|---|---|
| Output Power | 30kW |
| Frequency | 50/60Hz |
| Efficiency | ≥95% |
| Protection Level | IP20 |
| Cooling Method | Forced Air Cooling |
| Output Voltage | 380 VAC (3-phase) |
Overview of the SDP series off-grid inverter and its applications.
Steps to check the inverter and its components after unpacking.
List of necessary tools for inverter installation.
Requirements for the installation location to ensure safe and optimal operation.
Description of the input and output terminals on the inverter.
Description of the LCD screen layout and elements.
Important warnings related to installation and operation by professionals.
Notice about checking for damage before installation.
Safety notice before installing the inverter.
Important warnings regarding improper installation environment.
Danger related to solar cell arrays before electrical connections.
Warnings and notices regarding electrical connections.
Notices regarding safe running and connection cable selection.
Danger and notice statements related to inverter operation.
Danger statements regarding maintenance work.
Overview of the SDP series off-grid inverter and its applications.
Details about the product's background and development.
Visual description of the inverter's physical appearance.
Explanation of the product naming convention.
Explains the technical aspects and features of the inverter.
Explanation of the internal working principles of the inverter.
Explanation of output power reduction due to environmental factors.
Information on how temperature affects inverter performance.
Detailed list of the inverter's key features and benefits.
Steps to check the inverter and its components after unpacking.
How to identify the inverter model and its specifications.
List of necessary tools for inverter installation.
Detailed instructions for the physical installation process.
Requirements for the installation location to ensure safe and optimal operation.
Guidelines on the proper orientation and placement of the inverter.
Detailed instructions for the physical installation process.
Detailed instructions for the physical installation process.
Important notices regarding inverter operation and safety.
Important notices regarding inverter operation and safety.
Warnings about electrical connection procedures and personnel.
Description of the input and output terminals on the inverter.
Description of the LCD screen layout and elements.
Explanation of the LED indicators on the inverter.
List and explanation of various fault codes displayed by the inverter.
Overview of the inverter's LCD interface navigation and menus.
Explanation of fault display indicators and error types.
Explanation of the keypad functions and navigation.
Important notes regarding parameter setting and professional operation.
Explanation of frequency setting options on the LCD panel.
Explanation of voltage and current setting options.
Explanation of alarm settings for over/under voltage.
Explanation of DC voltage recovery settings.
Common problems and their solutions for the inverter.
Maintenance steps for inverter terminals.
Company's warranty promise and service commitment.
Specifications for the DC input to the inverter.
Specifications for the AC output of the inverter.
Details on the inverter's protection features.
