What should I do if my SolarMax Inverter shows 'Vac too low or Vac too high'?
If your SolarMax Inverter displays 'Vac too low' or 'Vac too high', the cause may be that the mains voltage is too low or too high. Check the mains voltage to ensure it is within the appropriate range.
Why is my SolarMax 6000S showing 'Overtemperature'?
If your SolarMax Inverter is showing an 'Overtemperature' warning, this could be due to several reasons. The ambient temperature might be too high, or there may be insufficient air circulation. Ensure air can circulate at the side of the cooling fans. If a fan is blocked, clean or replace it.
What does it mean if my SolarMax 6000S displays 'Insulation fault'?
If your SolarMax Inverter is showing an 'Insulation fault', it could be due to earth leakage or an insulation fault on the DC side. Check the solar generator and DC cabling. It may also be due to phase and neutral conductors being interchanged; in that case, swap the phase and neutral conductors in the AC coupling connector.
What to do if my SolarMax 6000S Inverter displays 'Vdc too high'?
If your SolarMax Inverter displays 'Vdc too high', it indicates that the solar generator voltage exceeds the permissible value. Immediately disconnect the DC insulation switch and check the module configuration.
What to do if my SolarMax 6000S displays 'Ierr too high'?
If your SolarMax Inverter displays 'Ierr too high', it means the fault current is too large. Check the solar generator and DC cabling. It may also indicate an earth leakage or insulation fault on the DC side, in which case you should ensure equipotential bonding between the inverter and module frame.
How to fix a SolarMax Inverter with no graphics display?
If your SolarMax Inverter has no graphics display, it could be due to several reasons: * The DC insulation switch may be switched off. If so, switch it on. * The irradiance may be too low. Wait until irradiance is high enough. * Strings may be interrupted. If so, rectify the interruption. * It could be an internal fault. If so, notify the SolarMax hotline.
Why is my SolarMax Inverter flashing and displaying 'Irradiance too low'?
If the graphics display on your SolarMax Inverter flashes periodically or shows a status message indicating 'Irradiance too low', it means that the irradiance is too low. Wait until the irradiance is high enough for normal operation.
What does it mean when the alarm LED on my SolarMax 6000S Inverter is flashing green/red?
If the alarm LED on your SolarMax Inverter is flashing green/red, it indicates a temperature limitation. The inverter output is reduced when the heat sink temperature reaches 75 °C.
What does it mean if my SolarMax 6000S displays 'Iac asymmetric'?
If your SolarMax Inverter displays 'Iac asymmetric', it indicates that the DC component of the mains current is too large. First switch off the AC side and then the DC side for 20 seconds, then switch it on again. For recurring faults, contact the SolarMax hotline.
What should I do if my SolarMax 6000S Inverter displays 'No mains, frequency too high or too low'?
If your SolarMax Inverter displays 'No mains, frequency too high or too low', it could be due to a grid or mains voltage interruption. Check the AC connection. It could also be that the mains frequency is outside the tolerance; in that case, wait until the mains frequency is within tolerance.
Manual purpose, accessibility, and explanation of symbols.
Defines intended use and highlights critical safety warnings for user protection.
Details technical configurations for different SolarMax S series models.
Covers integrated safety functions and key control features like MPPT.
Illustrates and describes external controls and physical dimensions.
Guidelines for transport, storage, and choosing an installation site.
Details site requirements, clearances, and ventilation for installation.
Covers ambient conditions, cooling, lightning protection, and scope of delivery.
Provides step-by-step instructions for installing the inverter.
Safety guidelines and identification of all connection ports on the inverter.
Details built-in surge protection and earthing requirements.
Explains fault sensor, RCDs, and requirements for AC mains connection.
Details mains fuse recommendations and AC connector wiring.
Instructions for connecting DC feed lines from the PV plant.
Explains connection and functionality of the optional status signalling contact.
Details specifications, pinout, and contact diagram for the status contact.
Instructions for connecting RS485 and Ethernet communication cables.
Checks before startup and step-by-step guide for initial setup.
Details country-specific settings like "Plant type" and "Standard".
Explains switch function and steps for turning the inverter on.
Procedure for shutdown and how to navigate the graphics display.
Explains the function of each button symbol for menu navigation.
Visual representation of the inverter's menu hierarchy and navigation.
Describes the main menu and the default overview display.
Details accessible measured values and their meaning.
Accessing the inverter's data logger for daily statistics.
Accessing historical data logs for monthly and yearly performance.
Viewing cumulative data and resetting statistics.
Lists available parameters for inverter configuration.
Lists parameters for power reduction and reactive power control.
How to access and edit settings like language, time, and device address.
Accessing device info, firmware, and initiating the auto test procedure.
Detailed steps and expected results for the auto test procedure.
Displays auto test results and return to normal operation.
Introduces the MaxComm platform and its products for data monitoring.
Settings for Ethernet, IP address, Netmask, and TCP Port.
Lists available accessory components like MaxMeteo and MaxCount.
Explains LED indicators and status messages for inverter operation.
Details status messages during the booting process.
Describes status messages and symbols for mains operation.
Initial steps for malfunctions and how to contact service.
Common problems, causes, solutions, and specific warnings.
Lists common failures and corrective steps.
Addresses device errors, blockings, and initialization phase faults.
Operator tasks for maintenance and steps for safe device removal.
Instructions for disposing of the inverter according to regulations.
Technical specifications for input/output values and efficiency metrics.
Specs on display, data logger, interfaces, dimensions, and warranty.
Presents efficiency curves and data tables for 2000S and 3000S models.
Provides efficiency curves and data tables for 4200S and 6000S models.
Explains how ambient temperature affects output for SM2000S and other models.
Visual representation of temperature-dependent output reduction.
SM6000S derating curve and country-specific parameter tables start.
Details country-specific parameter tables for various regions.
Details warranty coverage, duration, and common exclusions.
Lists cases where the guarantee doesn't apply and legal provisions.
Confirms product conformity to EMC and Low Voltage Directives.
Lists contact details for the SolarMax Service Center worldwide.
General| Model | SolarMax 6000S |
|---|---|
| Rated Output Power | 6000 W |
| Max. DC Power | 6600 W |
| Max. Input Voltage | 1000 V |
| Rated AC Voltage | 230 V |
| Weight | 25 kg |
| Protection Class | IP65 |
| Output Voltage | 230V |
| Frequency | 50/60 Hz |
| Input Voltage Range | 200V - 800V |
| AC Voltage Range | 180V - 280V |
| Protection Features | Overvoltage, Overcurrent, Short Circuit |
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