What to do if SMA 10000TL Inverter shows EEPROM dBh error?
If your SMA Inverter displays 'EEPROM dBh', the EEPROM data is defective, and the inverter has shut down because the data loss has disabled important functions. Contact the SMA Serviceline.
How to fix SMA 10000TL Inverter showing 'Check L-N-PE'?
If your SMA Inverter displays 'Check L-N-PE', it means L and N are swapped on the AC connection or PE is not connected. Make sure that the AC cable is correctly connected.
Why is my SMA 10000TL derating?
The SMA Inverter might be derating (reducing its power output) due to overheating. In this case, clean the fans. Alternatively, derating can occur if the DC input current exceeds the inverter's maximum input current; ensure that the PV plant is designed correctly.
What does ACVtgRPro mean on my SMA 10000TL?
If your SMA Inverter displays 'ACVtgRPro', the ten-minute average mains voltage is no longer within the permissible range. Check that the mains voltage at the termination point of the inverter is permanently in the permissible range. If the mains voltage is 253 V or higher, contact the network operator.
What does 'Earthfault' mean on my SMA 10000TL and how to fix it?
If your SMA Inverter displays 'Earthfault', it indicates that the electrical insulation between the PV plant and earth is defective. Make sure that the PV plant is insulated correctly.
How to solve Check L-N-PE error on SMA 10000TL Inverter?
The 'Check L-N-PE' error on your SMA Inverter indicates that the L and N are swapped at the AC connection or PE is not connected. Check the AC connection.
What does SD-DI-Wandler error mean on SMA 10000TL Inverter?
The 'SD-DI-Wandler' error on your SMA Inverter indicates an insulation fault on the DC side. Check the plant insulation and inspect for ground faults.
What does Imax mean on SMA 10000TL Inverter?
The 'Imax' message on your SMA Inverter indicates overcurrent on the AC side, meaning the current in the AC grid is higher than specified. Check the system design and grid conditions.
How to fix PV overvoltage on SMA 10000TL?
If your SMA Inverter displays 'PV-Overvoltage' and instructs you to disconnect DC, it indicates an overvoltage at the DC input, which can damage the inverter. Immediately disconnect the inverter from the grid by: 1. Turning off the line circuit breaker. 2. Removing the Electronic Solar Switch. 3. Disconnecting all the DC plug connectors. Then, check the DC voltage. If it exceeds the maximum input voltage, inspect the plant design or contact the PV generator installer. If the voltage is within the limit, reconnect the inverter. If the message reappears, disconnect the inverter and contact the SMA Serviceline.
What causes damage to the SMA Inverter due to moisture and dust intrusion?
Damage to the SMA Inverter from moisture and dust intrusion can occur if the ESS is not plugged in or incorrectly plugged in during operation. Always plug in the ESS until it is flush with the enclosure and ensure that the gap between the ESS and the enclosure is no more than 1 mm.
Information on warranty conditions for SMA products.
Lists recognized trademarks used in the document.
Specifies the document's validity for device types and firmware versions.
Defines qualified persons and end users for document use.
Explains symbols used in the manual for safety and information.
Describes the proper application and limitations of the Sunny Tripower inverter.
Provides critical safety instructions to prevent injury and damage.
Warns about lethal electric shock hazards from PV array voltages.
Warns about lethal electric shock hazards from ungrounded components.
Lists and illustrates all components provided with the inverter.
Describes the Sunny Tripower inverter's function and core technology.
Details the communication interfaces and built-in functions of the inverter.
Lists essential criteria for selecting a safe and suitable mounting location.
Provides step-by-step instructions for physically mounting the inverter.
Crucial safety measures before and during electrical connections.
Warns about lethal electric shock hazards from PV array voltages.
Identifies and explains the various connection ports at the bottom of the inverter.
Details requirements and procedures for connecting the inverter to the AC grid.
Specifies cable requirements and protection for AC connection.
Step-by-step guide for connecting the inverter to the main power grid.
Details how to establish additional grounding for enhanced safety.
Instructions for wiring and connecting the multifunction relay.
Outlines the steps to connect the multifunction relay.
Specifies requirements and procedures for connecting to the multifunction relay terminal plate.
Covers requirements and procedures for connecting the DC input from the PV array.
Lists essential requirements for PV modules connected to each input.
Step-by-step instructions for connecting the PV array to the inverter.
Outlines the sequence of steps for initial setup and commissioning.
Guides on setting the appropriate country data for regional compliance.
Explains how to set the NetID for BLUETOOTH device communication.
Provides the final steps to commission the inverter after settings are configured.
Outlines the steps for adjusting various settings after commissioning.
Guides on how to change the inverter's display language.
Explains how to connect the inverter to a network for communication.
Describes how to modify operational settings for optimal performance.
Explains how to activate and configure the Modbus communication interface.
Details setting the RCD tripping threshold if a 30 mA device is used.
Guides on selecting and configuring the multifunction relay's operating mode.
Explains how to configure the OptiTrac Global Peak feature for MPP optimization.
Explains the meaning of the different LED indicators on the inverter.
Describes the information presented on the inverter's display screen.
Provides instructions on how to interact with the inverter's display.
Ensures safe disconnection from all voltage sources before maintenance.
Warns about residual high voltages in capacitors after disconnection.
Warns about ESD damage and grounding requirements for internal components.
Presents technical specifications related to DC input and AC output.
Lists DC input parameters for the 5000TL, 6000TL, and 7000TL models.
Lists AC output parameters for the 5000TL, 6000TL, and 7000TL models.
Lists DC input parameters for the 8000TL, 9000TL, and 10000TL models.
Lists AC output parameters for the 8000TL, 9000TL, and 10000TL models.
Lists DC input parameters for the 12000TL model.
Lists AC output parameters for the 12000TL model.
Presents general physical and operational specifications of the inverter.
Lists the built-in protective devices and monitoring functions.
Details installation requirements related to climatic conditions.
Lists the standard and optional equipment included or available.
Specifies recommended torque values for screws and connectors.
Details the specifications of the electronic solar switch.
Outlines the data storage capabilities for yields and event messages.
Describes the SMA Power Control Module accessory.
Describes the RS485 data module accessory.
Lists essential details needed when contacting SMA Service.
Provides contact details for various countries and regions.
Provides contact details for various countries and regions.
States compliance with Electromagnetic Compatibility directives.
States compliance with Low Voltage Directives.
General| Max. input voltage | 1000 V |
|---|---|
| Number of MPP Trackers | 2 |
| Nominal AC power | 10000 W |
| Max. AC apparent power | 10000 VA |
| Max. AC output power | 10000 W |
| Nominal AC frequency | 50 Hz / 60 Hz |
| Max. efficiency | 98.4% |
| Operating temperature range | -25°C to +60°C |
| Protection class | IP65 |
| Nominal AC voltage | 230 V |
| AC voltage range | 180 V - 280 V |
| Max. output current | 16 A |
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