The defect involves the 110V power wire to the solar inverter. This wire was incorrectly installed to the outlet side of the solar inverter. This wire should have been installed to the plug-in outlet for the inverter power cord. The incorrect installation creates the potential for overloading the circuit, resulting in the potential for fire.
The defect involves the 110V power wire to the solar inverter. This wire was incorrectly installed to the outlet side of the solar inverter. This wire should have been installed to the plug-in outlet for the inverter power cord. The incorrect installation creates the potential for overloading the circuit, resulting in the potential for fire.
The defect involves the 110V power wire to the solar inverter. This wire was incorrectly installed to the outlet side of the solar inverter. This wire should have been installed to the plug-in outlet for the inverter power cord. The incorrect installation creates the potential for overloading the circuit, resulting in the potential for fire.
The defect involves the 110V power wire to the solar inverter. This wire was incorrectly installed to the outlet side of the solar inverter. This wire should have been installed to the plug-in outlet for the inverter power cord. The incorrect installation creates the potential for overloading the circuit, resulting in the potential for fire.
The defect involves the 110V power wire to the solar inverter. This wire was incorrectly installed to the outlet side of the solar inverter. This wire should have been installed to the plug-in outlet for the inverter power cord. The incorrect installation creates the potential for overloading the circuit, resulting in the potential for fire.
The defect involves the 110V power wire to the solar inverter. This wire was incorrectly installed to the outlet side of the solar inverter. This wire should have been installed to the plug-in outlet for the inverter power cord. The incorrect installation creates the potential for overloading the circuit, resulting in the potential for fire.
The defect involves the 110V power wire to the solar inverter. This wire was incorrectly installed to the outlet side of the solar inverter. This wire should have been installed to the plug-in outlet for the inverter power cord. The incorrect installation creates the potential for overloading the circuit, resulting in the potential for fire.
The defect involves the 110V power wire to the solar inverter. This wire was incorrectly installed to the outlet side of the solar inverter. This wire should have been installed to the plug-in outlet for the inverter power cord. The incorrect installation creates the potential for overloading the circuit, resulting in the potential for fire.
The defect involves the 110V power wire to the solar inverter. This wire was incorrectly installed to the outlet side of the solar inverter. This wire should have been installed to the plug-in outlet for the inverter power cord. The incorrect installation creates the potential for overloading the circuit, resulting in the potential for fire.