Advanced Solar Inverter 3200W 48V High Frequency Off Grid

The Advanced Solar Inverter 3200W 48V High Frequency Off-Grid Solar Inverter is designed for high performance in off-grid solar power systems.

With a peak power output of 3200 watts, this inverter is suitable for 48-volt battery setups. Its advanced high-frequency technology ensures efficient and reliable power conversion, regardless of weather conditions. Featuring a built-in MPPT solar charge controller, it optimizes energy harvest from solar panels. This inverter supports a wide input voltage range, making it compatible with various renewable energy sources such as solar panels, wind turbines, and hydroelectric generators.

It includes an LCD display that offers real-time updates on performance and status, along with protection features against over-temperature, over-voltage, under-voltage, overload, short-circuit, and reverse polarity. User-friendly and easy to install, this inverter is perfect for any off-grid setup.

Key Features:

Pure sine wave output
Power factor 1.0
WIFI & GPRS for IOS and Android
80A MPPT solar charger
High PV input voltage range (120-500VDC)
Anti-dust kit for harsh environments
Smart battery charge design
Compatible with lithium batteries
Direct load solar energy provision

Specifications:

Model No.	NM-3200-48
Warranty	1 Year
Max. DC Power	3.2 kW
Rated DC Voltage	48 V
Rated DC Current	80 A
MPP(T) Voltage Range	120-450 V
No of MPP Trackers	1
DC Inputs	1
Connectors	Tyco
Max. AC Power	3.2 kW
Nominal AC Power	3.2 kW
Output AC Voltage Range	90-280 V
Nominal AC Voltage	220, 230, 240 V
Rated AC Voltage	230 V
Frequency Range	40-70 Hz
Frequency	50, 60 Hz
Power Factor	1
No of feed-in phases	1
Max. Efficiency	97%
Euro Efficiency	99%
AC Output Connection	Screw, Clamp
Dimensions (H/W/D)	384x300x105 mm
Weight	8 kg
Operating Temperature	−15 °C – +60 °C
Transformer	High Frequency-Transformer
Protection Class	IP20
Humidity	5-95%
Cooling	Fan
Max. Altitude	2000 m
Interface	RS 232
Display	LCD, LED
Protection Features	Short Circuit, Overload, Overvoltage, Overcurrent, Overtemperature