Micro Grid-Tie Inverter

Just Add Solar Panels (Not Provided)

• Add Solar Panels to this inverter. It can take unto 2 x 24V panels (300+ Watt panels) or 4 x 12V panels (100+Watts).
• Designed to connect individual PV modules and perform DC to AC conversion.
• High efficiency with 96% ; 30% Federal Tax Credit on Solar
• 22‐55V DC Solar Panel Input; For 24V Solar Panels (2PCS) or 4x 12V Solar (Put 2 x 12V panels in series to make 24V);
• Very simple installation with built‐in cables and connectors NEMA‐6 enclosure rating for Outdoors and weather proof ;Integrated GFDI; 14 AWG integrated cables

Adjustable Multi-Piece Solar Panel Mounting Brackets has the capability to fit 1-4 pieces of solar panels. It's good for solar panels installations, such as ground, flat roof, cabins and backyard sheds. Galvanized Steel construction, sturdy and durable. Three-legged structure make mounting steady.  Adjustable angle from 18° to 30° degree, right angle for best solar power.

Plug-in meter by Emporia provides solar power monitoring.

Multi-Piece Solar Panel Mounting Brackets has the capability to fit 1-4 pieces of solar panels. The Solar Panels should be of 200Watt or lower. It's good for solar panels installations at your roof

We design the clamps according to the rooftop shape and size to make sure enables surprisingly quick and easy installation for every roof. Suitable for metal roof, wooden roof, tile roof, cement roof. Unique design can be used for both flat roofs and pitched roofs.

Key Features
High Quality
The mounting bracket is made of all aluminum alloy, which is lightweight and strong. The aluminum surface is anodized and highly resistant to corrosion. 

Package Includes
10 Rails, 10 T Blocks, 10 Self-tapping Screws, 10 L Brackets, 10 Waterproof Gaskets, 4 Edge Pressure Blocks, 6 Middle Pressure Blocks
(each set of brackets can be installed 1-4 pieces Solar panels)

Installation

1. Mark two horizontal lines on the roof(where the solar panel is planned to be installed), the distance between them should be 2/3 of the length of the solar panel.
2. Mark five vertical lines that intersect with the two lines(from step A), the distance between each two is the solar panel width plus another 0.78inch(20mm).
3. Get 10 intersection points from these horizontal and vertical lines. Drill holes at these points with suitable tools, for fixing Self-Tapping Screws.