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----------Product Information----------
1. MAIN USE: Micro grid connected inverter is a compact unit that can directly convert direct current into alternating current, supply power to electrical or office equipment, and connect to the public power grid. The AC output of the micro inverter is synchronized and in phase with the public power grid.
2. WORKING PRINCIPLE: A solar micro inverter is a device that converts the direct current of a solar panel into alternating current. Small in size and , commonly used in small solar systems.
3. PREMIUM CONVERSION RATE: The grid connected inverter has premium conversion efficiency, with a maximum conversion efficiency of 93%, improving usage efficiency.
4. EASY TO OPERATE: Grid tie inverter needs to be connected to the power grid to be used, making it simple and convenient for you to use.
5. ALUMINUM ALLOY MATERIAL: The micro inverter is made of aluminum alloy material, which is sturdy and durable, and can be used for a long time.

Specification:
Item Type: Solar Grid Tie Micro Inverter
Material: Aluminum alloy
MPPT Working Voltage Range: 18-50V
Starting Voltage: 20-50V
Output Frequency Range:
50Hz: 47 to 53Hz
60Hz:57 to 63Hz
Number of Connections Per Circuit String: 12 (single phase at 230VAC)
Output Efficiency:
MPPT Tracking Power: 0.99
Maximum Output Efficiency: 93%
Total Harmonic Distortion Rate: THD less than 5%
Appearance And Technical Features:
Working Temperature Range: -20 ℃ to 65 ℃
Storage Temperature Range: -40 ℃ to 75 ℃
Product Size (Length x Width x Height): Approx. 186 x 110 x 45mm / 7.32 x 4.33 x 1.77in
Grade: IP65
Heat Dissipation Method: Self cooling
Power Transmission Mode: Reverse transmission, load priority use
Electromagnetic Compatibility: EN50081.part1 EN50082.Part1. CSA STD. C22.2 No.107.1
Power Grid Disturbance: EN61000 3 2 safety regulations EN62109.ULSTD.1741
Power Grid Inspection: DIN VDE 0126IEEE STD.1547.1547.1 and 1547. A
Output Parameter: 230VAC
Output Voltage Range: 180-280VAC

How to Use:
Installation steps:
1. Connect the micro inverter to the rack. a. Mark the position of the micro inverter on the rack relative to the junction box of the photovoltaic module or any other obstacles. Install a micro inverter at each location using hardware recommended by the module rack supplier.
2. Connect the AC cable of the micro inverter and connect it one by one with the AC bus cables (L brown, N blue, G green, and yellow). Please do not exceed the maximum current of the AC bus cable.
3. Connect the micro inverter to the photovoltaic module, please do not exceed the maximum input voltage of the VOC inverter on the photovoltaic panel.
4. Install the AC branch circuit junction box and connect the conductors of the AC bus cable. Connect the AC branch circuit junction box to the public grid interconnection point.
5. Carefully check all micro inverters, connectors, and cables for correctness and good connection.
6. Open the AC circuit breaker on each AC branch circuit of the micro inverter.
7. Turn on the main AC circuit breaker of the public power grid. Your system will start generating electricity after a 30 second safety delay period.

Package List:
1 x Inverter  
1 x AC Cable  
1 x Instructions  
2 x Installation Screw 
6 x Washer
2 x Nut  

Note:
1. Only use solar panels to connect to this device. Cannot be used with batteries, please use with caution.
2. This device is an ON GRID micro inverter. To ensure its normal operation, it must be properly connected to the power grid, and the power grid must work properly. When the power grid stops working, it will also stop generating electricity.
3. The voltage of the photovoltaic panel shall not exceed the maximum input voltage of the inverter.
4. Do not exceed the maximum input power of the inverter for the photovoltaic panel power.
5. The positive and negative poles of the solar panel cannot be reversed. If you extend the solar panel cable. You need to be careful with this issue.
6. Avoid direct sunlight and rainwater during installation. (ventilated, dry, cool).