Felicity X-RAY-BDM2000 Error Codes: Causes & Fixes (21 codes)

Bit-2 of the 16-bit alert code: hardware error. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe microinverter's self-diagnostics detected an internal hardware failure and stopped output power. The fault is inside the unit itself, not in the PV module or the grid connection.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-12 of the 16-bit alert code: ADC (analog-to-digital converter) error. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe internal analog-to-digital converter that samples the inverter's voltage and current readings returned invalid values — an internal measurement-circuit fault.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-13 of the 16-bit alert code: Ground Fault Detector/Interrupter (GFDI) fault indicator. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe Ground Fault Detector/Interrupter sensed leakage current to ground — damaged PV cable insulation, moisture in connectors, or a fault on a grounded conductor.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-14 of the 16-bit alert code: Relay fault. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseA safety relay inside the inverter has failed self-test or is stuck. The inverter is designed to refuse grid connection in this state, so this is not an issue you can clear with restart cycles.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Red LED solid (steady on) during Producing state indicates a Grounding Fault. Per the safety warning, normally grounded conductors may be ungrounded and energized when a ground fault is indicated.

CauseThe unit has indicated a fault via a red status LED. The blink pattern (solid vs flashing) typically maps to a specific category of fault in the manual — solid usually indicates a hard fault requiring service, flashing indicates a recoverable condition.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-0 of the 16-bit alert code: DC over voltage. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe DC voltage from the connected PV module is above the microinverter's protection limit, so it stops output power — typically module open-circuit voltage running high in cold, bright conditions, or a module outside the input specification.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-1 of the 16-bit alert code: DC under voltage. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe DC voltage from the connected PV module is below the minimum the microinverter needs to operate — low light at dawn or dusk, heavy shading, or a degraded or mismatched module.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-3 of the 16-bit alert code: Inverter over voltage. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseVoltage on the inverter stage exceeded its protection limit, so the unit stops output power — elevated grid voltage at the point of connection is the usual driver.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-4 of the 16-bit alert code: AC frequency over (above limit). Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseGrid frequency measured at the AC connection is above the permitted operating range, so the inverter disconnects and stops output power.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-5 of the 16-bit alert code: AC frequency under (below limit). Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseGrid frequency measured at the AC connection is below the permitted operating range, so the inverter disconnects and stops output power.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-6 of the 16-bit alert code: AC voltage RMS over (above limit). Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe RMS grid voltage at the AC terminals is above the permitted range — high local grid voltage, or voltage rise across a long or undersized AC cable run.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-7 of the 16-bit alert code: AC voltage RMS under (below limit). Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe RMS grid voltage at the AC terminals is below the permitted range — a weak or sagging grid supply, or excessive voltage drop in the AC cabling.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-8 of the 16-bit alert code: Peak AC voltage over. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe instantaneous (peak) AC voltage exceeded the protection limit — grid voltage spikes or a heavily distorted grid waveform.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-9 of the 16-bit alert code: AC current RMS over. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe RMS AC output current exceeded the inverter's protection limit, so it stops output power.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-10 of the 16-bit alert code: Peak AC current over. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe instantaneous (peak) AC output current exceeded the protection limit — usually a grid transient or switching surge at the AC connection.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Bit-11 of the 16-bit alert code: Over-temperature. Fault message sent via WiFi and monitored through Fsolar APP. The BDM inverter stops output power when this protective fault occurs.

CauseThe microinverter's internal temperature exceeded the operating limit — a hot mounting position behind the module, direct sun on the unit, or restricted airflow around the housing.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Red LED flashing every two seconds during Standby state indicates an error condition while the inverter is in standby.

CauseThe unit has indicated a fault via a red status LED. The blink pattern (solid vs flashing) typically maps to a specific category of fault in the manual — solid usually indicates a hard fault requiring service, flashing indicates a recoverable condition.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Orange LED flashing every one second during Producing state indicates loss of communication while the inverter is producing power.

CauseCommunication has been lost between the inverter and a peripheral device — typically a battery BMS, smart meter, or external monitoring dongle.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Orange LED flashing every two seconds during Standby state indicates loss of communication while the inverter is in standby.

CauseCommunication has been lost between the inverter and a peripheral device — typically a battery BMS, smart meter, or external monitoring dongle.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Green LED flashing every one second while the inverter is in Producing state (per manual, status: Standby).

CauseNot a fault: the one-second green flash is the status heartbeat showing the microinverter is powered, live, and in the producing/standby state.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8

Green LED flashing every two seconds during Standby state indicates the micro inverter is powered on, live and operating normally in standby.

CauseNot a fault: sufficient DC power is applied and the microinverter is live and operating normally in standby — the two-second green flash confirms healthy status.

Source:/Users/drm/Desktop/Felicity Datasheets/X-RAY-BDM2000-2250W-Micro-Inverter-User-Guide.pdf· page 8