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Derrick Drescher

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Aug 3, 2024, 7:47:20 PM8/3/24

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How to Install and Operate the Fronius IG 60 Inverter for Solar Energy Systems

If you are looking for a reliable and efficient inverter for your photovoltaic system, you might want to consider the Fronius IG 60. This grid-connected inverter can transform the direct current (DC) electricity generated by your solar modules into alternating current (AC) electricity that can be used by your appliances or fed into the public mains network. In this article, we will explain how to install and operate the Fronius IG 60 inverter, as well as how to access its display functions and data communication features.

What is the Fronius IG 60 Inverter?

The Fronius IG 60 is a grid-connected inverter that belongs to the Fronius IG series of inverters for photovoltaic systems. It has a nominal output power of 5.5 kW and a maximum efficiency of 95.9%. It can be used with solar modules that have a maximum open circuit voltage of 600 V and a maximum short circuit current of 25 A. The Fronius IG 60 has a galvanic insulation that ensures safety and protection from electrical shocks. It also has a monitoring system that checks the quality and stability of the mains network and automatically disconnects the inverter from the grid in case of any faults or disturbances.

The Fronius IG 60 has a user-friendly display that shows various information about the operation and performance of the inverter, such as the current output power, the daily, yearly and total energy production, the operating status, and any error codes. The display can be accessed by pressing the keys on the front panel of the inverter. The Fronius IG 60 also has a data communication feature that allows you to connect the inverter to a local network or to the internet via a slot-in board system. This way, you can monitor and control your photovoltaic system remotely using a web browser or a smartphone app.

How to Install the Fronius IG 60 Inverter?

Before installing the Fronius IG 60 inverter, you should read the operating instructions manual carefully and follow all the safety rules and regulations. You should also consult a qualified electrician or installer who can help you with the installation process. The installation steps are as follows:

Choose a suitable location for the inverter. The location should be dry, well-ventilated, accessible, and protected from direct sunlight, rain, snow, dust, and corrosive substances. The inverter can be installed indoors or outdoors, depending on the housing type. The indoor housing is suitable for indoor locations only, while the outdoor housing is suitable for both indoor and outdoor locations.

Fix the wall mounting frame for the inverter using screws and dowels. The wall mounting frame should be aligned horizontally and vertically and should be able to support at least twice the weight of the inverter.

Connect the solar modules and the public mains to the inverter using cables and plugs. The solar modules should be connected to the DC terminals on the bottom of the inverter using DC plugs. The public mains should be connected to the AC terminals on the top of the inverter using AC plugs. You should also install an overcurrent protection device on the AC side of the inverter to prevent any damage from short circuits or overloads.

Hang the inverter on the wall mounting frame and secure it with screws. Make sure that there is enough clearance around the inverter for air circulation and maintenance.

Configure your inverter according to your preferences and requirements. You can use the display keys to access the setup menu and change various settings, such as the language, time zone, date format, display mode, data communication mode, etc.

How to Operate the Fronius IG 60 Inverter?

Once you have installed and configured your Fronius IG 60 inverter, you can start operating it by switching on the DC switch on the bottom of the inverter. The inverter will automatically start up and perform a self-test. If everything is OK, it will show a green LED on the front panel indicating that it is ready to feed electricity into