What to do if my CPS SCA Inverter displays Protect0090 (Bus over voltage)?
If your CPS Inverter displays a Protect0090 (Bus over voltage) error, try restarting the inverter by turning both the AC and DC switches off, waiting one minute, and then turning them back on to allow all energy to discharge. If the fault continues, the inverter may need to be replaced.
What to do if my CPS SCA Inverter shows PV Over current?
If your CPS Inverter displays a PV Over current error, first, check the PV input current. Then, try restarting the inverter by turning both the AC and DC switches off, waiting one minute, and then turning them back on. If the fault persists, consider replacing the inverter.
What to do if my CPS Inverter displays Warn0030 (EepromErr)?
If your CPS Inverter is showing Warn0030 (EepromErr), observe it for 5 minutes to see if the alarm is eliminated automatically.
What to do if my CPS SCA Inverter displays Warn0050 (TempSensorErr)?
If your CPS Inverter shows Warn0050 (TempSensorErr), observe the temperature display. You can also try switching off the 3-phase working power supply and then rebooting the system.
What to do if my CPS Inverter displays a CommErr error?
If your CPS Inverter displays a CommErr, first, observe the inverter for 5 minutes to see if the alarm clears automatically. If it doesn't, switch off the 3-phase working power supply and then reboot the system. This error may be due to poor contact in the terminal block connectors of the internal communication wires.
What to do if my CPS SCA shows ExtFanErr?
If your CPS Inverter is showing an ExtFanErr, observe it for 5 minutes to see if the alarm clears automatically. Check the fan blades for any obstructions. You can also try switching off the 3-phase work power supply and then rebooting the system. The error may be caused by the fan being blocked, the fan's service life expiring, or a poor connection at the fan socket.
What to do if my CPS SCA Inverter displays Protect0070 (Bus imbalance) error?
If your CPS Inverter shows a Protect0070 (Bus imbalance) error, try increasing the limit of IDCmax (for example, to 400mA) to give the inverter more flexibility to adjust during transient conditions, which can help with impedance and voltage imbalances between Grid phases. If the alarm persists after this adjustment, the inverter may need to be replaced.
What to do if my CPS SCA displays Protect0030 (Inverter Over Current) error?
If your CPS Inverter displays a Protect0030 (Inverter Over Current) error, try restarting the inverter by turning off both AC and DC switches, waiting one minute to allow all energy to discharge, and then turning them back on. If the fault continues, the inverter may require replacement.
What to do if my CPS SCA Inverter displays Protect0090 (Bus over voltage) error?
If your CPS Inverter shows a Protect0090 (Bus over voltage) error, try restarting the inverter by turning off both AC and DC switches, waiting one minute to allow all energy to discharge, and then turning them back on. If the fault persists, the inverter may need to be replaced.
General| Nominal AC Output Voltage | 208 V / 240 V |
|---|---|
| Operating Temperature Range | -25°C to 60°C |
| Communication | RS485, Wi-Fi |
| Output Voltage | 208 V / 240 V |
| Frequency | 60 Hz |
| Protection Features | Overvoltage, Undervoltage, Overcurrent, Short Circuit, Over Temperature |
| Storage Temperature | -40°C to 70°C |
Explains safety icons like DANGER, WARNING, CAUTION, NOTICE, and INSTRUCTION.
Details caution and warning labels and their meanings for product safety.
Details the inverter's protection mechanisms and operational functions.
Explains the RSD wirebox functionality for module-level rapid shutdown.
Offers crucial advice on design, NEMA4X rating, conduit entries, and temperature ranges.
Covers the physical aspects of mounting the inverter, including dimensions and methods.
Guides on connecting AC and DC power, grounding, and wiring.
Ensures correct connection and labeling of conductors, and proper polarity.
Outlines the sequence for powering up the inverter, setting language, and grid standards.
Provides solutions for troubleshooting issues indicated by LED status lights.
Explains how to identify and resolve faults displayed on the inverter's LCD screen.
Provides specifications for DC input, AC output, system, environment, and display.
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