If you have Zeversolar Evershine Solar Inverter Fault & Error Messages, it is helpful to go through the shutdown procedure as it fixes minor glitches although there are also some faults that require additional measures to follow. We have put together a list of error codes and corrective measures for these faults. It is important to note that any work on the inverter should be done by qualified personnel who have full understanding of the safety precautions and measures to avoid any risk of injury.
View the Zeversolar Evershine Solar Inverter user manual here.
Zeversolar Evershine Solar Inverter Fault & Error Messages
Object |
Error code |
Corrective measures |
Resumable Fault | 38 |
•Check the PV array’s insulation to ground, make sure |
36 |
•Make sure the ground connection of the inverter is reliable.
•Make a visual inspection of all PV cables and modules. |
|
6 |
•Check the open-circuit voltages of the strings, make sure it is lower than the Max. DC input voltage of the inverter; |
|
37 |
•Check the open-circuit voltages of the strings, make |
|
41,42,43,44,45 |
•Disconnect the inverter from the grid and the PV |
|
33 |
•Check the grid frequency and observe how often |
|
35 |
• Check the fuse and the triggering of the circuit |
|
40 |
•Check whether the airflow to the heat sink is |
|
34 |
•Check the grid voltage and grid connection on the
If the grid voltage lies within the permitted range and |
|
Permanent Fault | 1,2,3,4,8,9 |
•Disconnect the inverter from the utility grid and the PV array and reconnect after three minutes. If this fault is still shown, contact service. |
Further error codes that you may see on the Zeversolar Evershine Solar Inverter display screen, their descriptions and causes.
State |
Error code | Description |
Causes |
Waiting | Initial PV voltage is between Min. DC input voltage and start-up DC input voltage of the inverter. | ||
Checking | The inverter is checking feed-in conditions after the initial PV voltage exceeds the initial DC input voltage of the inverter. | ||
Initialization | Reconnect | The inverter is checking feed-in conditions after the last fault has been solved. | |
Normal | Normal | The inverter is operating normally. | |
Flash | F/W Updating | The MCU firmware is being updated | |
Fault | 9 | GFCI Failure | Ground-fault detection circuit is abnormal. |
8 | AC HCT Failure | Output current is abnormal. | |
6 | High DC Bus | The voltage of DC bus bar exceeds the permitted upper limit. |
|
35 | Utility Loss | The utility cannot be detected, which may be caused if no utility grid is available, the grid is disconnected, the AC cable is damaged, a fuse is broken or during island mode. |
|
40 | Over Temperature | The internal temperature exceeds the permitted value. | |
33 | Fac Failure | The grid frequency is outside the permitted range. | |
34 | Vac Failure | The grid voltage is outside the permitted range. |
|
37 | PV Over-voltage | The voltage of the strings exceeds the permitted upper limit. | |
36 | Ground I Fault | The residual current exceeds the permitted upper limit. | |
4 | DC INJ High | Output DC feed-in exceeds the permitted upper limit. |
|
38 | Isolation failure | The PV array’s insulation resistance to ground is below the permitted value or the electrical insulation inside the inverter has failed |
|
44 | DC feed-in. differs for M-S | A different value of DC feed-in has been detected by master and slave MCU. |
|
43 | Ground I differs for M-S | A different value of residual current has been detected by master and slave MCU. |
|
42 | Fac differs for M-S | A different value of grid frequency has been detected by master and slave MCU. |
|
41 | Vac differs for M-S | A different value of grid voltage has been detected by master and slave MCU. |
|
45 | Fac,Vac differs for M-S | A different value of grid frequency and voltage has been detected by the master and slave MCU. |
|
3 | Relay-Check Fail | The output relay has failed. | |
2 | EEPROM R/W Fail | Reading or writing of EEPROM fails | |
1 | SCI Failure | Communication between the master and slave CPU has failed. |
|
10 | Device Fault | Unknown error |
You may view the full information on Zeversolar Evershine Solar Inverter manual’s Troubleshooting section. In case performing the steps above does not fix the issue and your Zeversolar Evershine Solar Inverter is still within the warranty period you can contact the equipment installer or supplier. If your inverter is outside the warranty period we suggest that you contact a professional solar power expert. If you’re in the Gold Coast or Brisbane area contact Gold Coast Power Solutions here and we will be in touch to provide you with further assistance.
View the Zeversolar Evershine Solar Inverter user manual here.
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Sorry to hear of your Zeversolar inverter issue Rose, a lot of the new inverters these days come with a 10 year warranty which isn’t too bad.
One year out of warranty and I am now asked to stump up $2000.00 more people need to consider the ongoing expense of solar systems.