IVEM8048-II

Fault: Bus voltage is too high. Inverter cuts off output, fault LED solid on, ERROR icon shown on LCD.

AC Surge or internal components failed.

Fault: Bus voltage is too low.

Internal bus voltage abnormally low.

Fault: Bus soft start fail.

Internal components failed.

Fault: Inverter soft start fail.

Internal components failed.

Fault: Over current or surge detected by Software.

Software-detected over current or surge condition.

Fault: Over current or surge detected by hardware.

Hardware-detected over current or surge condition.

Fault: Output voltage is too low.

Output voltage below acceptable range, possibly due to overload.

Fault: Output voltage is too high.

Output voltage exceeds acceptable range.

Fault: Output short circuited.

Short circuit on AC output wiring or connected load.

Fault: Overload time out.

Connected load has exceeded the inverter's overload capacity for too long.

Fault: Battery voltage is too high.

Battery voltage exceeds the inverter's allowed maximum.

Fault: Over current happen at DC/DC circuit.

Over current detected in the DC/DC converter circuit.

Fault: PV voltage is too high.

PV array open-circuit voltage exceeds the inverter's maximum input voltage.

Fault: Short circuited happen at PV port.

Short circuit detected at the PV input port or wiring.

Fault: PV power is abnormal.

PV input power exceeds the inverter's allowed maximum.

Fault: Over current happen at PV port.

Over current detected at the PV input port.

Fault: Fan is locked.

Fan wiring not connected well or fan failure.

Fault: Over temperature happen at PV circuit.

The temperature of internal PV component is over the limitation.

Fault: Over temperature happen at Convert L circuit.

The temperature of Convert L battery converter component is over the limitation.

Fault: Over temperature happen at INV circuit.

The temperature of internal INV component is over the limitation.

Fault: The inner temperature over.

The inner temperature is over the limitation.

Fault: DCDC current sensor failed.

DCDC current sensor failure.

Fault: No.2 DCDC current sensor failed.

Second DCDC current sensor failure.

Fault: Inverter current sensor failed.

Inverter current sensor failure.

Fault: OP current sensor failed.

Output current sensor failure.

Fault: Sharing current sensor failed.

Current-sharing sensor failure (parallel system).

Fault: The AC input and output wires are inversely connected.

AC input and output wires connected reversely.

Fault: Single unit is installed to parallel system.

A single unit is detected as installed in a parallel system.

Fault: DC/DC soft start fail.

DC/DC converter soft start failure.

Fault: Over temperature happen at convert H circuit.

The temperature of internal convert H component is over the limitation.

Fault: Over temperature happen at LLC TX.

The temperature of internal DC/DC TX is over the limitation.

Fault: Over current happen at LLC circuit.

Over current detected in the LLC circuit.

Fault: DC/DC hardware overflows.

DC/DC converter hardware overflow.

Fault: Overvoltage occurs in BUS.

AC surge or PV surge or internal components failed.

Fault: CAN data loss.

CAN communication data loss between parallel inverters.

Fault: Host data loss.

Host data loss in parallel communication.

Fault: Synchronization data loss.

Synchronization data loss in parallel communication.

Fault: Current feedback into the inverter is detected.

Reverse current feedback detected at the inverter.

Fault: The firmware version of each inverter is not the same.

Firmware versions on parallel inverters do not match.

Fault: The output current of each inverter is different.

Output current imbalance between parallel inverters.

Fault: AC output mode setting is different.

AC output mode setting (LCD program 28) does not match across parallel units.

Fault: Generator current sensor failed.

Generator current sensor failure.

Warning: Fan is locked. Beep three times every second.

Fan wiring not connected well or fan failure.

Warning: Overload. Beep twice every second.

Connected load exceeds the inverter capacity.

Warning: Low battery. Beep once every second.

Battery voltage is too low.

Warning: Grid anomaly. Grid icon blinking.

Grid input is over voltage or over frequency.

Warning: Three-phase input missing phase. Fault LED flashing.

Three-phase mains input is not normal (missing phase).

Warning: The three-phase parallel is abnormal. Fault LED flashing.

Three-phase parallel communication is abnormal.

Warning: Generator anomaly. Generator icon blinking.

Generator input is over voltage or over frequency.

Warning: Three-phase parallel generator input phase deficiency. Fault LED flashing.

Three-phase mains input is not normal (missing phase) on generator input.

Warning: BMS firmware version is not matched.

BMS firmware version mismatch.

Warning: BMS doesn't allow inverter to charge battery. Inverter will stop charging battery automatically.

BMS has prohibited charging the battery.

Warning: BMS doesn't allow inverter to discharge battery. Inverter will stop discharging battery automatically.

BMS has prohibited discharging the battery.

Warning: BMS require inverter to charge battery. Inverter will charge battery automatically.

BMS is requesting the inverter to charge the battery.

Warning: BMS detect something wrongs happened (range covers BMS internal alarm codes 54 through 65).

BMS has detected an internal fault or abnormal condition.

Warning: The BMS communication is abnormal. Beep once every second.

BMS communication cable is not properly connected or communication failure.