Ampinvt 6000W 48v Hybrid Solar Inverter for Lead Acid Lithium Gel Battery

This 6000W 48V DC to 120V/240V AC Hybrid Solar Inverter offers the following key parameters:

Rated Power: 6000W Peak Power: 18000W AC Input: 240V±25%, 60HZ±5HZ AC Output: 120V/240V±3%, 60HZ±0.5HZ Battery Voltage: 48V Waveform: Pure Sine Wave Transformer Time: ≤4ms Transformer Efficiency: ≥85% Max AC Charge Current: 35A Battery Type: GEL, SLA, AGM, Flooded, Lithium(LiFePO4) DC Charge Voltage: 40 ~ 64VDC Overcharge Protection: Battery Voltage≥64VDC, stop charging after 60s alarm Max PV Array Voltage: 150VDC Max PV Array Power: 5600W Max Solar Charge Current: 100A Operating Temperature: 0 ~ 60℃

The key points to note are: - 6000W is the continuous output power, with a peak output of 18000W. - The battery must be connected first before the inverter can operate. - The inverter is designed to work exclusively with a 48V battery system. - The inverter cannot be connected in parallel.

The package includes: - 1 x 6000W Hybrid Inverter - 1 x User Manual

The inverter supports 240V AC input from the utility grid, generator, or solar panels to charge the battery. The AC input voltage range is 186Vac~294Vac, with a frequency of 50Hz/60Hz (auto-detection). The maximum PV array voltage is 150VDC, and the maximum PV array power is 5600W.

For the 120V AC output, the continuous output power is 3000 Watts, with a surge rating of 9000 Watts. The output is a pure sine wave at 120V (50Hz/60Hz). The transfer efficiency is ≥85%, and the transfer time is ≤4ms.

For the 240V AC output, the continuous output power is 6000 Watts, with a surge rating of 18000 Watts. The output is a pure sine wave at 240V (50Hz/60Hz). The transfer efficiency is ≥85%, and the transfer time is ≤4ms.

Customers should select the appropriate inverter model based on the power, current, and load characteristics of their appliances. Resistive loads (e.g., laptops, TVs, electric cookers) require an inverter with a continuous power rating higher than the appliance's rated power, ideally using 80% of the rated power. Inductive loads (e.g., microwaves, water pumps, air conditioners) require an inverter with a continuous power rating 3-10 times higher than the appliance's rated power.

The inverter offers five working modes: AC/Line priority, Battery priority, ECO, Generator, and Unattended. These modes provide flexibility in managing power sources and battery charging to meet the user's needs.

product information: