EQUINOX LV - Salicru, SA
EQUINOX LV - Salicru, SA
EQUINOX LV - Salicru, SA
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12<br />
6. MaINtENaNcE, warraNty aNd SErVIcE.<br />
6.1. MaINtENaNcE BaSIc gUIdE.<br />
This product does not have any part that can be set by the end-user,<br />
therefore it doesn’t require any maintenance. Occasional inspection<br />
of both fans and air channels guarantee a performance of first<br />
level.<br />
6.2. trOUBLEShOOtINg.<br />
There are two type of codes implemented in the control to protect<br />
the inverter: allowed codes and critical faults.<br />
Mode* allowed codes description troubleshooting guide<br />
SB Not valid grid A parameter from grid* is out of<br />
range in standby mode.<br />
GEN High temperature Temperature of electronic<br />
module has exceed the limit.<br />
SB Sunlight too low There is not enough power in<br />
the panels to generate energy.<br />
SB High VDC* DC voltage from panels exceeds<br />
the inverter range.<br />
GEN High VAC* Grid voltage exceeds the upper<br />
limit on generation mode.<br />
GEN Low VAC* Grid voltage exceeds the lower<br />
limit on generation mode.<br />
GEN High frequency* Grid frequency exceeds the<br />
upper operating range.<br />
GEN Low frequency* Grid frequency exceeds the<br />
lower operating range.<br />
GEN phase* There is phase error between<br />
the inverter output and grid.<br />
Check voltage and frequency from AC grid. If they are out of range, contact with the electricity<br />
provider.<br />
Check that internal external fans are operative. If there is a fan stopped and the warning message of<br />
temperature too high is displayed, replace it.<br />
Check the DC voltage at terminal strip from panel side. If voltage is low and it seems that there is<br />
enough sunlight, inspect all panel circuits individually. Check that all DC switches have been turned<br />
ON.<br />
Check the DC voltage at the inverter input. Check that it doesn’t exceeds 135 VDC.<br />
attENtION: Inverter can be damaged permanently, when panel voltage exceeds over 150<br />
Vdc.<br />
Check the grid voltage. If it is out of range meanwhile the inverter is on Standby mode, contact with<br />
the electricity company; otherwise, if problem persists, call to technical service.<br />
Note: when the inverter is on generation mode, the AC voltage can be increased as much as the<br />
inverter output. This is due to the AC wiring resistance between the inverter and main grid transformer<br />
(load). If this voltage increase would be very high to make frequent AC voltage faults, it would be better<br />
to re-size the AC wiring or to relocate the inverter.<br />
Check the grid voltage. If it is out of range meanwhile the inverter is on Standby mode, contact with<br />
the electricity company; otherwise, if problem persists, call to technical service.<br />
Check the AC wiring. If it is correct and problem persists, contact with the technical service.<br />
Mode* critical faults description troubleshooting guide<br />
SB/<br />
GEN<br />
AC line open There is a wrong condition in<br />
grid when trying to connect to<br />
it.<br />
GEN Unit blocked - not<br />
possible to start up<br />
tabla 3.<br />
There is a fault condition,<br />
which is not corrected after<br />
3 consecutive retries of<br />
connecting to grid.<br />
Guide of allowed codes and critical faults.<br />
SB Standby: fault only happens on standby mode.<br />
GEN Generation: fault only happens on generation mode, forcing the<br />
inverter to transfer to standby mode.<br />
SB/GEN Fault happens in any mode.<br />
Check the AC wiring. If it is correct and problem persists, contact with the technical service.<br />
Reset all AC and DC switches. If problem persists, the inverter has to be replaced. Call to technical<br />
service.<br />
USEr MaNUaL