Fronius 3000 Watt 208 / 240 / 277 VAC 3 Phase Inverter
Fronius inverters offer high efficiencies and a wide voltage range for improved flexibility. A LCD display comes standard, plus integrated DC / AC disconnects reduce installation time and complexity.
Specifications
Model |
3.0-1 UNI / 4,210,111,800 |
Series |
IG Plus V |
Manufacturer |
Fronius |
Mechanical
Type |
Grid Tie - 3 Phase |
Operating Temperature Range |
-25° C - 55° C |
Enclosure |
NEMA 3R |
Cooling |
Controlled forced ventilation, variable speed fan |
Dimensions (W x H x D) |
17.1" x 49.7" x 9.9" |
Weight |
56 lbs |
Shipping Method |
Ground |
Input (DC)
Recommended PV Power (STC) |
2500 - 3450 W |
Max Voltage |
600 V |
Peak Power Tracking Voltage |
230 V - 500 V |
Operating Range |
260 V - 600 V |
Min Start Voltage |
260 V |
Max Current |
14.0 A |
Output (AC)
Maximum Output Power |
3000 W |
Nominal Voltage |
208 / 240 / 277 V |
Voltage Range |
183 V - 229 V
211 V - 264 V
244 V - 305 V
|
Frequency |
60.0 Hz |
Max Current |
14.4 A
12.5 A
10.8 A
|
Documentation
Features
Grounding selectable on site.
Decide on site what type of grounding is required as the Fronius IG Plus is field programmable for either positive or negative module grounding.
Designed for indoor and outdoor installations.
All Fronius IG Plus inverters have a robust, well designed aluminum housing. UV resistance and corrosion protection enable them to be used either indoors or outdoors. Fronius is proud to be one of the only inverters tested and approved to operate at 122° F.
Integrated DC disconnect.
No external DC disconnect installation or cabling is necessary. The Fronius IG Plus comes complete with an approved, built-in, lockable and load breakable DC Disconnect.
The new power plug system.
The connection area and power stages are installed separately from each other. Very easy and extremely safe: The connection area is attached to the wall as normal. Then the power module is simply plugged in. The power plug connects both parts into one secure unit. If service is required, the connector remains on the wall maintaining all settings and configurations.
Field Programmable AC output voltage.
The Fronius IG Plus inverter line from 3.0 to 11.4 kW is field programmable to 208, 240 or 277 volts (Fronius IG Plus 12.0 kW only availabale in 277 volts), eliminating the need to install different inverter models to accommodate three-phase installations.
Detailed Description
The smallest size inverter in the Fronius IG Plus family. Available in 3.0 and 3.8kW. Best suited for smaller solar applications such as residential and smaller commercial applications.
The IG Plus V represents years of refinement to the existing Fronius IG series with a significant number of improvements to include a lockable code compliant DC disconnect, higher efficiency, improved power harvest, easier installation, six circuit built in string combiner and programmable output voltage of 208, 240 and 277 Volts all with the same output power (applies to inverters up to 11.4kW only) and power output available to 12kW in a single inverter. Additional features include a removable power stage for easy installation and the ability to extend the standard 10-Year Premium Warranty to 15 or 20 years for a nominal investment.
MIX Concept.
Get the maximum power harvest out of partial load ranges, e.g. on cloudy days, through a clever combination of multiple power stages in each inverter. The power stages in Fronius inverters divide up the work depending on operating hours and only operate as many power stages as required to efficiently process available power from the PV array.
Module Manager
The Module Manager keeps all Fronius IG inverters at the maximum power point (MPP) with fast and exact MPP tracking, ensuring that you get the most power out or each ray of sunlight. This is especially important for amorphous modules whose MPP can be more challenging to track.
Smart Ventilation Design.
Disruptive ambient factors such as biological infestation, dust, moisture or coastal salt air stay outside the new Fronius IG Plus Inverters away from the circuitry. How: Cool air is drawn in through a filter screen on the back of the invertar and routed through a closed channel over the heat sink. This prevents contact between outside air and the circuit boards while cooling the inverter components ensuring the inverter operates consistendly. All circuit boards are also dipped in Conformal coating to prpovide an added measure of protection.