What to do if my socomec SUNSYS H30 shows a DC Over-voltage error?
If your Socomec Inverter displays a DC Over-voltage error, disconnect the photovoltaic field to prevent damage to the appliance. Then, verify the system configuration to ensure the maximum photovoltaic field voltage is within the acceptable range before reconnecting the inverter.
What to do if my Socomec Inverter has a DC Over-current?
If your Socomec Inverter is showing a DC Over-current, check the system configuration to ensure the maximum photovoltaic field current is within the acceptable range before reconnecting the inverter.
What should I do if my Socomec Inverter displays a High Temperature Alarm?
If your Socomec Inverter is showing a High Temperature Alarm, make sure the inverter is located in a cool, well-ventilated room.
What to do if my Socomec Inverter is in Sleep Mode during the day?
If your Socomec Inverter remains in Sleep Mode during the day when there is plenty of radiation, check the photovoltaic panel exposure, the photovoltaic system wiring, and the polarity of the DC connections to the inverter.
What does it mean when my socomec SUNSYS H30 Inverter shows an Insulation Alarm?
If your Socomec Inverter displays an Insulation Alarm, ensure there is no discharge to earth from the photovoltaic system and that the parasitic capacity of the photovoltaic system to earth is under 100 nF/kWp.
What to do if socomec SUNSYS H30 Inverter displays GFCI Alarm?
If your Socomec Inverter's GFCI Alarm persists for no apparent reason, ensure the parasitic capacity of the photovoltaic system is under 100 nF/kWp.
What to do if my socomec SUNSYS H30 displays Under-temperature Derating?
If your Socomec Inverter displays Under-temperature Derating, wait for the inverter to reach the proper temperature. Also, make sure the inverter is located in a sheltered environment with a suitable operating temperature range.
What to do if my socomec SUNSYS H30 Inverter displays Over-temperature Derating?
If your Socomec Inverter displays Over-temperature Derating, ensure that it is located in a cool, well-ventilated room.
What does it mean when my socomec SUNSYS H30 shows Low Temperature Alarm?
If your Socomec Inverter displays a Low Temperature Alarm, make sure the inverter is located in a sheltered environment with a suitable operating temperature range.
General| Model | SUNSYS H30 |
|---|---|
| Type | Hybrid Inverter |
| Power Rating | 30 kW |
| Max. DC Voltage | 1000 V |
| AC Voltage | 400 V |
| Number of MPPT | 2 |
| MPPT Voltage Range | 200-800 V |
| Input Voltage Range | 200-800 V |
| Frequency | 50/60 Hz |
| Battery Voltage | 48 V |
| Operating Temperature | -25°C to +60°C |
| Output Voltage | 400 V |
Details the manufacturer's warranty terms for SUNSYS HOME series products.
Specifies the period and coverage of the warranty for manufacturing or material defects.
Outlines the steps for reporting and handling warranty claims.
Lists situations and damages not covered by the warranty.
Explains safety warnings and symbols used in the manual.
Provides an overview of the manual's content and target audience.
Explains safety symbols and provides critical safety instructions.
Lists applicable standards and directives for electrical installation.
Provides a block diagram and technical details of the inverter.
Presents the physical dimensions and overall size of the inverter.
Illustrates external features and basic operational elements of the inverter.
Recommends careful reading of the chapter before proceeding with installation.
Details the procedure for verifying the inverter and accessories upon receipt.
Explains how to identify the inverter using its data plate.
Provides criteria for selecting an appropriate installation location for the inverter.
Describes the process and considerations for mounting the inverter on a wall.
Covers network, PV field disconnection, and over-voltage protection.
Explains the procedure and importance of connecting the earth wire.
Details the procedure for connecting the inverter to the AC mains network.
Describes how to connect the photovoltaic field to the inverter's DC inputs.
Covers connection procedures for various communication interfaces.
Guides the user through the initial startup and commissioning process.
Covers startup wizard, general settings, and connection parameters.
Explains how to verify the functionality of the interface protection system.
Details the correct procedure for safely switching off the inverter.
Provides instructions for replacing the internal clock battery.
Outlines the environmentally compliant disposal procedures for the inverter.
Explains LED status, display information, and energy production graphics.
Presents the hierarchical structure of the inverter's menu system.
Explains methods for monitoring the inverter locally and remotely.
Lists and explains inverter-specific warnings and their meanings.
Lists and explains system-related warnings and their meanings.
Details inverter-specific alarms, their causes, and recommended actions.
Details system-related alarms, their causes, and recommended actions.
Describes the various operating statuses and their meanings.
Specifies the technical characteristics of the inverter's DC input.
Details the technical specifications of the inverter's AC output.
Provides data on the inverter's efficiency and power consumption.
Lists the environmental operating and transportation conditions.
Details the physical and protection specifications of the inverter.
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