What does GridVolt10MFault mean on a Solax X3-PRO G2?
A GridVolt10MFault on your Solax Inverter indicates a grid overvoltage for ten minutes fault. The system will reconnect when the utility is back to normal.
What causes GridVoltFault on Solax X3-PRO G2 and how to fix it?
A GridVoltFault on your Solax Inverter means the grid voltage is out of the acceptable range. You can try checking if the mains cable is loose. Also, the system is designed to automatically reconnect once the utility voltage returns to normal.
Why is my Solax X3-PRO G2 showing OverTempFault?
An OverTempFault on your Solax Inverter indicates that the inverter is overheating. This could be because the inverter or the ambient temperature exceeds the operating range. Check if these temperatures are within the normal limits.
How to troubleshoot PvVoltFault on Solax Inverter?
A PvVoltFault on your Solax Inverter indicates a PV Voltage Fault. Check whether the PV voltage is overvoltage.
What does GridFreqFault mean on a Solax X3-PRO G2?
A GridFreqFault on your Solax Inverter means that the grid frequency is out of the acceptable range. The system will reconnect when the utility is back to normal.
What causes AcTerminalOTP on Solax X3-PRO G2 Inverter?
An AcTerminalOTP on your Solax Inverter indicates an AC terminal overtemperature fault. Check if the AC terminals are tightly connected and verify that the ambient temperature does not exceed the operating range.
What does HardLimitFault mean on a Solax X3-PRO G2 Inverter?
A HardLimitFault on your Solax Inverter indicates a hard limit fault (in Australian standard). Wait for a while to check if the inverter is back to normal.
What should I do if my Solax X3-PRO G2 displays RcDeviceFault?
If your Solax Inverter displays RcDeviceFault, it indicates a residual current device fault. Try restarting the inverter. If the problem continues, update the ARM software or reburn the program.
How do I fix a GridRelayFault on my Solax X3-PRO G2?
A GridRelayFault on your Solax Inverter indicates a relay fault. You should check the grid connection and restart the inverter.
What to do if Solax Inverter displays ResidualOCP?
If your Solax Inverter shows a ResidualOCP, this indicates an overcurrent protection fault. You should check the connections of the inverter and wait for a while to check if the inverter is back to normal.
Lists changes and updates made across different versions of the manual.
Defines the applicability and purpose of the manual for the product series.
Identifies the intended audience as qualified electricians for safe operation.
Explains the meaning of various safety and informational symbols used in the document.
Describes the intended function of the inverters as PV to AC converters for grid connection.
Provides critical safety warnings and precautions for handling and operating the inverter.
Details the specific symbols used on the inverter and type label for hazard identification.
Lists relevant European Union directives and standards for compliance.
Highlights key technological features and benefits of the inverter series.
Identifies and describes the various input/output terminals on the inverter.
Provides detailed technical parameters for the DC input side of the inverter.
Provides detailed technical parameters for the AC output side of the inverter.
Lists efficiency ratings and safety/protection features of the inverter models.
Includes general specifications such as dimensions, weight, and environmental ratings.
Ensure the inverter is intact after transportation; contact dealer if damages are visible.
Lists all accessories included in the package for verification upon opening.
Details important precautions for selecting a suitable installation site and conditions.
Outlines the procedure for installing the inverter, including site preparation.
Specifies the necessary space around the inverter for adequate heat dissipation.
Describes the process of fixing the bracket and hanging the inverter onto the wall.
Details how to connect the photovoltaic array to the inverter.
Explains the process for connecting the inverter to the electrical grid.
Covers the proper procedure for grounding the inverter for safety.
Details various communication interfaces like COM, RS485, and monitoring options.
Explains connecting multiple inverters in parallel and integrating an EV-charger.
Provides instructions for updating the inverter's firmware via USB.
Steps and indicators for starting, checking, and running the inverter.
Explains the physical control panel and navigation through the LCD menu system.
Details configuration for safety, grid parameters, export control, password, and operational modes.
Provides a guide to identify and resolve common inverter faults.
Outlines periodic safety checks and maintenance procedures.
Covers inverter removal, packaging, and storage requirements.
Provides information on proper disposal of the inverter and related materials.
General| Model | X3-PRO G2 Series |
|---|---|
| Category | Inverter |
| MPPT Efficiency | 99.9% |
| Max. DC Voltage | 1100V |
| THDi | <3% |
| DC Switch | Yes |
| European Efficiency | 98% |
| Communication | WiFi, Ethernet, RS485 |
| Operating Temperature Range | -25°C to +60°C |
| AC Voltage Range | 310V-480V |
| AC Grid Frequency | 50/60 Hz |
| Warranty | 10 years |
| Rated Power | 6kW, 8kW, 10kW, 12kW, 15kW, 20kW, 25kW, 30kW |
| Number of MPPTs | 2 or 4 (depends on model) |
| AC Output Power | 6kW / 8kW / 10kW / 12kW / 15kW / 20kW / 25kW / 30kW |
| Nominal AC Voltage | 400V |
| Protection | DC Reverse Polarity Protection, AC Short Circuit Protection, Output Over Current Protection, Output Over Voltage Protection |
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