Anker Europe A5143 SOLIX RS40P 600W 800W Balcony Solar Power System Instructions

Anker Europe A5143 SOLIX RS40P 600W 800W Balcony Solar Power System

Product Information

Specifications:

Microwechselrichter:

• Model: A5143
• Recommended PV Solar Module Power Range (STC): 300 Wp-730 Wp+ 28 V-45 V
• Input Data (DC):
  • Operating Voltage Range: 16 V-60 V
  • Maximum Input Voltage: 60 V
  • Maximum Input Current: Isc PV
• Max. Continuous Output Power: 799 VA
• Rated Output Voltage/Range (1): 230 V/184-253 V
• Output Data (AC):
  • Rated Output Current: 3.5 A
  • Rated Output Frequency/Range (1): 50 Hz/47.5 Hz-51.5 Hz
  • Power Factor: 0.99
  • Efficiency: 97.30%
• Mechanical Data:
  • Weight: 2.8 kg
  • DC Connector Type: IP67
  • Communication (Inverter to ECU): Integrated WLAN and Bluetooth

Product Usage Instructions

Safety Instructions:
Make sure all metal parts of the solar system are properly grounded to prevent the risk of electric shock due to lightning strikes.

Installation:
Follow the authorized installation guidelines provided in the manual before mounting the system.

Maintenance:
Regular maintenance of the system is recommended to ensure optimal performance. Refer to the manual for maintenance instructions.

Frequently Asked Questions (FAQ):

• Q: Why is it important to ground the metal parts of the solar system?
  A: Grounding helps prevent the risk of electric shock in case of lightning strikes by providing a path for the electrical current to safely dissipate into the ground.

• Q: What is the recommended PV Solar Module Power Range for this micro wechselrichter?
  A: The recommended range is between 300 Wp to 730 Wp with an operating voltage range of 28 V to 45 V.

Important Safety Instructions

WARNING To prevent the risk of electric shock caused by lightning strikes, make sure that the metal parts of the solar system are connected to the ground.
The protective coating of the metal parts (such as the solar panel frame, brackets, and the body of the microinverter) is insulated:

• Scrape off the protective coating of the contact surface between the solar panel frame and the brackets.
• Scrape off the protective coating of the brackets and the microinverter’s contact surface.
• Ensure that the brackets are connected to the microinverter through other conductors, such as metal railings.
• By following the steps above, the solar panel frame, brackets, and the body of the microinverter will be connected and grounded via the ground wire and the microinverter’s AC wire.

The solar system does not need to be struck by lightning to cause damage. A strike nearby often induces voltage spikes in the electrical grid that can damage equipment. The microinverter has surge protection, but if the surge has sufficient energy, the protection built into the microinverter can be exceeded—causing damage to the equipment. Any solar installation should include surge protection since the warranty does not cover force majeure such as lightning strikes. Surge protection devices should be installed according to the vendor’s instructions.

Solar Panel
WARNING Before installing, wiring, operating, or maintaining the solar PV modules, you should read and understand all safety rules. When the battery surface of the module is directly exposed to sunlight or other light sources, direct current (DC) will be generated. Regardless of whether the module is connected or not, direct contact with the live parts of the module, such as the terminal, may cause casualties.

WARNING

• Maximum series fuse rating 20A.
• Power production tolerance +3%
• This module produces electricity when exposed to light.
• Follow all applicable safety precautions.
• Only qualified personnel should install or perform maintenance work on the modules
• Be aware of dangerous high DC voltage when connecting modules.
• Do not damage or scratch the rear surface of the modules.
• Do not handle or install modules when they are wet.
• Follow the battery manufacturer’s recommendations if batteries are used with modules.

Safety Instructions

• The installer must abide by all the safety instructions and precautions mentioned in this manual, and at the same time observe the laws or regulations of authorized agencies and other local requirements. Failure to comply with the relevant safety and installation specifications described in this manual or failure to comply with the laws or regulations of authorized agencies and other local requirements will result in the invalidation of the limited warranty of the purchased solar PV modules.
• Anker’s solar PV modules have passed the tests of some of the world’s leading certification institutes. Rest assured that it is suitable for use if it meets the requirements and terms of this manual.
• Before installing the solar photovoltaic power generation system, please contact the relevant local authority to determine the installation permit and inspection requirements that meet the local requirements.
• Be sure to consider the voltage changes at different temperatures when designing a photovoltaic system (when the temperature drops, the module’s variable output voltage will rise).
• As long as there is sunlight, photovoltaic modules can generate electricity normally. Shadow occlusion has a significant impact on module power generation. Modules should not be covered or placed under shade (buildings, chimneys, and trees) nor should they be partially shaded (overhead lines, dirt, or snow).
• Ensure the solar PV modules are stored in their original packaging before installation. The modules should be protected from damage during transportation and storage. Do not open it until the modules arrive at the installation site. Unpack according to the instructions, and be careful when transporting, opening, and storing. The packaged modules cannot be dropped directly.
• Ensure that the transportation and installation methods are correct. Otherwise, the modules may be damaged.
• Solar PV modules should not be stacked beyond the maximum number of layers listed on the packaging box. Before unpacking, please place the packing box in a ventilated, dry, and weatherproof place.
• Do not stand, climb, walk, or jump on an unopened packaging or module.
• Objects that are heavy or sharp should not be placed on the front or back of the module. This will prevent damage to the module and ensure its safety.
• It is recommended that you use disassembling tools and support to prevent the modules from tilting or falling off when disassembling the carton. Modules should not be placed in unstable or unfixed environments.
• Whenever wires or junction boxes are pulled, modules cannot be carried. The modules should be held by two or more people wearing non-slip gloves at the same time when being moved. Modules should not be stacked or placed on the head for transportation.
• If you need to store modules temporarily, they should be stored in a dry and ventilated environment.
• Before installation, please make sure that all modules are in clean and dry conditions when they are in contact with electrical appliances.
• Do not install any modules when it is raining, snowing, or windy.
• Do not install or use modules under artificial condensing light sources.
• The solar PV module’s support structures should be constructed of durable, rust-proof, and UV-resistant materials. Make sure it is tested, certified, and approved.
• For modules to be installed on columns, the column and module support structures must be wind and snow-resistant. Please ensure that the wind and snow loads on the modules do not exceed the maximum load allowed by the design.
• Do not use solar photovoltaic modules with broken glass or damaged back sheets during installation. Repairing such modules is not possible. Touching the aluminum frame or surface will result in an electric shock. You should not attempt to disassemble the module or damage the nameplate or any other part of the module.
• Do not step on, place heavy objects, or scratch or damage the glass surface of the photovoltaic modules during installation.
• The glass of the module should not be painted or glued.
• When solar photovoltaic modules are being installed, opaque materials can be used to prevent electric shock or burning.
• Refrain from wearing metal rings, watches, earrings, nose rings, or other metal objects during the installation or maintenance of the photovoltaic system. This will avoid damage to the modules and electric shock.
• In case of circuit overload, do not disconnect any electrical connections or unplug any connectors.
• Ensure that cables and connectors are not scratched or cut to prevent the insulation performance of the modules from degrading.
• Make sure you use well-insulated tools in accordance with relevant electrical installation standards. Keep your children away from the area of the installation site during the transportation and installation of modules.
• You must comply with local safety regulations (e.g., safety rules, and power plant operation regulations), including the installation of wires and cables, connectors, inverters, charge controllers, storage batteries, and rechargeable batteries.
• As per the National Electrical Code, the maximum system voltage cannot exceed 1000V or 1500V. To determine the exact voltage, check the nameplate of the module you are using.
• The current and voltage generated by photovoltaic modules under certain conditions may be higher than those under standard test conditions. If the installation conditions do not meet NEC requirements, the rated voltage of the module can be determined by multiplying the Isc and Voc by a factor of 1.25, strengthening the current carrying capacity of the wire and the rated value of the overcurrent protection device, as well as the capability of controlling the output end of the connected photovoltaic module.
• Anker’s module design conforms to the international IEC61215 and IEC61730 standards and is rated class A for its application level. It has passed IEC61730-1 and IEC61730-2 and is Class II safety-rated, making them suitable for systems requiring more than 50V or 240W.
• Conforms to the Electrical Code – Part One – Electrical Equipment Safety Standard CSA C22.1-12-2012.
• All modules with exposed conductive parts are required to be grounded or otherwise regarded as violating UL 1703 under the National Electrical Code of the United States and the installation manual.
• For installation methods and guidance on fire safety, consult the local competent authorities.
• To evaluate the fire rating of the system, the roof and mounting brackets must be covered with fireproof material and ventilated while still complying with local electrical safety regulations.
• Different roof structures and installation methods will affect the fire safety performance of the building. If not properly installed, it may lead to a fire. Module frames must be spaced 115mm (4.5in) apart from roof surfaces to ensure fire protection. Electrical safety regulations require the use of appropriate module accessories, such as fuses, circuit breakers, and earthed connectors.
• The installation manual for the solar PV module outlines safety precautions. Ensure that the roof structure is stable and secure before installing the modules. All roof-mounted modules must be sealed to prevent water leakage and ensure compliance with fire safety standards. Dust accumulated on the surface will damage the performance of the module. The installation angle should be kept above 10° so that rain can wash away dust. Smaller inclinations will require more frequent cleaning.
• Do not operate the operating panel of any equipment near flammable gas.

Label
The label is located on the side of the microinverter. The label contains technical data, as well as the type and serial number of the device. Safety instructions are listed and explained below:

Installation

Read the instructions before installation. Damage caused by failure to follow instructions is not covered by warranty.

extend beyond the balcony railing.
•  The solar PV system is grid-tied. Check with your local authorities to see if installation is allowed, and the process may require approval before or after installation.
Installation| •  Install or remove the PV system with caution. There must be no people or property beneath the work area as it is a danger zone.
•  During installation or removal, we recommend that at least two people work together. Ensure the solar panel is firmly secured before tightening the hose clamps.
•  The Mounting Auxiliary Rope must be connected to the balcony railing before the solar panel can be mounted.
•  It is recommended to carry solar panels with at least two people. During installation, bumping or falling will damage the glass surface of the solar panel.
•  All installations should follow local electrical codes. Further protection of AC wiring from inverters should be provided and may be required by local and national wiring regulations. This protection may include Residual Current Devices, Earth Fault Monitors, and Circuit Breakers. This product may cause AC current with a DC component. If a residual current-operated protective device (RCD) or a monitoring device (RCM) is used for protection in case of direct or indirect contact, only an RCD or RCM of Type B is allowed on the AC side of this product.
•  There should be no changes made inside the microinverter other than the cable connectors.
Maintenance| •  Never disconnect the solar panel from the microinverter without turning off the AC power. Before removing the Schuko plug, the PV and AC connectors should not be disconnected under load.
•  The brackets are only designed to withstand winds of level 8 (Gale, 39 – 46mph, which may break twigs and small branches or make walking challenging). Additional protective measures may be necessary during extremely windy weather, such as temporarily removing solar panels.
•  If the brackets are rusted, deformed, or have any other conditions that affect their strength, it is necessary to take protective measures immediately. These measures may include rust prevention, reinforcement, or replacement.
•  Do not damage the solar panel with sharp objects as it is made of glass.
•  To receive maximum sunlight, solar panels should never be covered when in use.
•  Never disconnect the DC wire connectors under load.
•  Do not touch the heat dissipation surface of the microinverter. Please be aware of high temperatures and keep them away from children.
•  Do not attempt to repair the microinverter. It does not contain any user- serviceable parts. If troubleshooting methods fail, please contact an authorized service agent.

Notice

• CE RED Declaration of Conformity (For Microinverter)
  This product complies with the radio interference requirements of the European Community. Hereby, Anker Innovations Limited declares that the radio equipment is in compliance with Directive 2014/53/EU. The full text of the EU Declaration of Conformity is available at the following website: https://www.anker.com

  • Bluetooth maximum output power: 18.18 dBm (For EU)
  • Bluetooth frequency band: 2.4G band (2.402GHz – 2.480GHz)
  • Wi-Fi maximum output power: 19.86 dBm (For EU)
  • Wi-Fi frequency band: 2.4G band (2.412GHz – 2.472GHz)

This symbol indicates that this product shall not be treated as household waste. Instead, it shall be handed over to the applicable collection point for the recycling of electrical and electronic equipment.

Specifications

Microinverter

DIN V VDE V 0126-1-1; VFR;UTE C15-712-1; CEI 0-21;

UNE 217002;

VDE-AR-N 4105

1. Nominal voltage/frequency range can be extended beyond nominal if required by the utility.
2. The microinverter may enter Power Degrade mode if there is poor ventilation and heat dissipation in the installation environment.

Solar Panel (A5500/A5507)

1722x1134x30mm
Weight| 20.5Kg| 22.2Kg±3%
Solar Cells| Mono crystalline 108(2×54)| Mono crystalline 108(6×18)
Front Glass| AR Coated 3.2 mm tempered glass| Class II
Frame| Anodized aluminum alloy| Anodized aluminum alloy
Junction Box| IP68| IP68
Connector| MC4 Compatible| MC4 Compatible
Mechanical Load| Front Side Max. 5400Pa, Rear Side Max. 2400Pa| Front Side Max. 5400Pa, Rear Side Max. 2400Pa
Temperature Characteristics| Pmax Temperature Coefficient| -0.350%/℃| -0.290%/℃
Voc Temperature Coefficient| -0.275%/℃| -0.242%/℃
Isc Temperature Coefficient| +0.045%/℃| +0.054%/℃
Operating Temperature| -40~+85℃| -40~+85℃
Certification&Compliance|

• A5500
• A5507

Solar Panel Tilt Mount (A5650

Disclaimers

THE LIMITED WARRANTIES SET FORTH HEREIN ARE INSTEAD OF AND EXCLUDE ALL OTHER EXPRESS OR IMPLIED WARRANTIES, INCLUDING BUT NOT LIMITED TO WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE OR APPLICATION, AND ALL OTHER OBLIGATIONS ON THE PART OF ANKER/SOLIX UNLESS SUCH OTHER WARRANTIES AND OBLIGATIONS ARE AGREED TO IN WRITING BY ANKER/SOLIX. SOME JURISDICTIONS LIMIT OR DO NOT PERMIT DISCLAIMERS OF WARRANTY, SO THIS PROVISION MAY NOT APPLY TO THE BUYER IN SUCH JURISDICTIONS.

Warranty & Customer Service

• 12-Year Limited Warranty for Anker RS40 Rigid Solar Panel
• 15-Year Limited Warranty for Anker SOLIX RS40P Rigid Solar Panel (445W)
• 12-Year Limited Warranty for Anker SOLIX MI80 Microinverter (800W BLE)
• 2-Year Limited Warranty for Anker Adjustable Solar Panel Tilt Mount
• 1-Year Limited Warranty for Anker Solar Panel Extension Cable (4.9ft, 4-Pack) and Anker MI to Schuko Connection Cable (16ft)

Lifetime Technical Support

support@anker.com
+49 (800) 000 2522

For FAQs and more information, please visit: anker.com/support

References

• normal.si

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