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Off Grid Inverter Charger 5000W Peak 15000W Pure Sine Wave Inverter, DC 48V to 120V/240V AC Split Phase Output, with Battery AC Charger, Low Frequency Inverter for Solar Home

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$695.00

$ 99 .00 $99.00

In Stock

About this item

  • 120/240 VAC Split Phase,Continuous 5000 Watt low frequency pure sine power inverter Peak 15000 watts off grid solar inverter,5msec typical transfer time
  • Charging Current and charging voltage can be adjusted; customizable voltage for low voltage protection and voltage for low voltage recovery.
  • AC/Battery Priority: Our inverter is designed with AC priority by default, when AC input is present, the battery will be charged first, and the inverter will transfer the input AC to power the load. the inverter can be easily customized to Battery priority via a DIP switch, When you choose battery priority, the inverter will invert from the battery despite the AC input.
  • High-definition LCD,full-vision real-time monitoring data, Remote panel available
  • High transfer efficiency is above 90%, , complete isolate surge interference of input & output's voltage and current, Impact resistance, super load capacity, built-in AVR stabilizer, continuous stable pure sine wave output.
  • Warranty Guarantee: AMPINVT is a professional company that has researched, developed, and produced solar inverters and controllers since 2013, and established Customer Service Centers in the USA in 2019. Provide free maintenance or product replacement services for one year.



Product Description

·

Ampinvt 5000W Low Frequency Inverter 48VDC TO 120V/240VAC Parameter

Rated Power: 5000W
Peak Power: 15000W
AC Input : 240VAC ± 25% 60hz ±5hz
AC Output: 120V/240V ±3% 60hz±0.5hz
Wave Form: Pure Sine Wave
Battery Voltage: 48VDC
Battery Type: Gel / SLA / Water / Lithium(LifePo4) battery
DC Charge Voltage: 40-64VDC
Overcharge Protection: ≥64VDC
Max AC Charge Current: 35A , 0%-100% can be adjusted
Communication Port: RS485, available for wifi box & external control screen (need to buy extra)
Operating Temperature: 0-60℃
Transfer Time: ≤4ms
W. 1 year
1

FT Series 5000W 48V DC TO 120/240V AC Split Phase Inverter Charger

1

240V AC INPUT

  • The purpose of utility grid and generator is to charge battery.
  • HOT1+HOT2+N+G=240Vac
  • AC Input Voltage Range: 186Vac~294Vac
  • Frequency: 50Hz / 60Hz(Auto detection)

1

120V AC OUTPUT

  • Continuous Output Power: 2500 Watts
  • Surge Rating: 7500 Watts
  • AC Output: Pure Sine 120V (50Hz/60Hz)
  • HOT1+N+G=120Vac ( 2500W)
  • HOT2+N+G=120Vac ( 2500W)
  • Transfer Efficiency: ≥85%
  • Transfer Time: ≤4ms

1

240V AC OUTPUT

  • Continuous Output Power: 5000 Watts
  • Surge Rating: 15000 Watts
  • AC Output: Pure Sine 240V (50Hz/60Hz)
  • HOT1+HOT2+N+G=240Vac ( 5000W)
  • Transfer Efficiency: ≥85%
  • Transfer Time: ≤4ms
1

ATTENTION:

  • This Power inverter is able to charge the battery bank when AC power is connected to the inverter.
  • 5000 watt is continuous output power, peak output power is 15000W
  • This inverter can ONLY work with 48V battery system.
  • Inverter CAN NOT support connect in parallel.
  • Inverter MUST have a battery, and the battery MUST be connected first

Note: Different types of loads have different starting impulse currents. Customers need to select the appropriate inverter model according to the actual equipment power, current, and load characteristics.

  • What kind of the inverter is suitable for your appliances?
  • Pls know that load is divided into resistive load and inductive load .If you need the inverter to run the resistive load (like laptop, TV, electric cooker ), please choose the inverter with continuous power higher than the appliance's rated power. And it is best to use 80% of the rated power. If you use microwaves, water pumps, air conditioners and other appliances with motors or compressors ,please choose the inverter whose continuous power is 3-10 times higher than your appliances.

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Five Woking Model:

1. AC/Line priority mode -- always use ac power as priority input, provide ac output, and automatically charge the battery.

2. Battery priority mode -- Priority should be given to battery power supply. After low voltage protection, the battery will be transferred to market power supply. When the battery is full, the battery will be transferred back to battery power.

3. ECO Mode---Load < 10% automatic sleep and stop output, load > 10% automatic boot back to normal inversion.

4. Generator mode -- use unstable generator 240V to generate power, access the inverter AC input, through the inverter AVR regulator, automatic matching 60HZ municipal frequency, output voltage regulator in the normal operating range.

5. Unattended Mode---When the battery is low voltage, the inverter goes into standby state(Power saving state). When the battery restores the voltage value set by yourself (such as solar charging), the inverter will restore the normal output of the inverter, and realize unattended full automatic operation!


Precision D.
Reviewed in the United States on January 18, 2025
Unit only handles a surge of 5500 W Got 2nd unit and that is the same Just ordered a 6k Ampinvt and will test I need to start a well pump which is a 6000w surge and runs at 1430 watts!
Ken
Reviewed in the United States on August 4, 2024
I got the 5kW inverter, 24VDC to 240VAC variety. My first thought of this unit was wow this thing is heavy! I'm a big guy, and still mounted it myself (set it on a 2x4 screwed to the wall, then screw in the unit, then remove 2x4). I'm using a 24V 100AH lifepo4 battery (see pic) to power this. Will use this as a backup power supply if the grid goes down for my 3/4hp well pump. Added a 300A fuse on the positive between the battery and inverter, run my AC wire (240v, 20A) into the unit from my main panel, and then go through a 20A breaker out to the well pump. Just got it hooked up today, its charging the battery, the well pump is 30% load when running. I've tested it both on and off AC power, and all is good. I'm hoping the inverter will stop charging the battery once fully charged (it's supposed to), but my battery also has the built in bms system so that should help/prevent overcharge too. I guess i'll plan on just leaving it on AC input priority mode, seems to just pass through the power which should be 95% of the time. Will update review next time I lose power and let you know how it worked. When you first turn the unit on, the fans spin kind of loud and it sounds just like my bitcoin miner fan. But then it does quiet down pretty low when its on but no load. I'm guessing the fan will spin faster as more load is applied. Anyways, great item, glad I bought it!Update - 1 hour later - One quick edit (an hour after I made initial review), I just did a bunch of reading on charge voltages, float voltages, etc. Make sure you go into the menu (hold down the menu button for 5ish seconds) and go to battery settings, choose lithium ion (if you are using Lifepo4), and set your charge voltage. I originally red that a 24V battery should be 29.2V, but then read a lot more on the subject and watched a bunch of yt videos, and float voltage should be 27.2V, you only gain about 2-3ah's going from 27.2 to 29.2V on your battery and by always keeping the battery in this fully fully overcharged state, you can diminish your battery. So I wish you could set a float and full voltage, but I've backed off my charge voltage back down to 27.2V which i'll keep my battery at that, which for a 100ah battery will give me around 97ah and the battery should last longer.
John
Reviewed in the United States on July 28, 2024
I've had this for a couple years. This 5000w unit will run my EV charger at the 10 amp setting, 2,400 watts, but overheats at a 3,800 watt load. I managed to stabilize it with a big computer fan pushing lots of air into one of the lower vents. But at the I'm getting (3,400w in doesn't keep up with 2,400w out, & gradually drains the batteries), my system can't maintain the production of the roughly 5,500w input load this unit requires to produce 3,800w.It does the minimum I need for a reasonable price. But, if I had it to do over, I'd go with a higher priced, & more efficient unit.However, a silver lining? All that inefficiency would do a nice job heating your garage if you live in cold country!
R. Ortega
Reviewed in the United States on November 22, 2024
I am using two of these units along with LiFePO4 batteries to provide emergency AC power to my house and a friend's house during the power outages that we are experiencing unfortunately in my country (Ecuador).This units worked perfectly from the beginning. I am very satisfied and recommend this product to all the customers.These systems have been working for a few days, so this review reflects my first impressions.PROs:It's maybe the most affordable units in the market able to deliver 220 VAC / Split Phase.It provides clean sine wave output.Very well constructed.Very robust appearance, no perceived defects at all.The switching time between grid power and the inverter output is not detectable. All the house appliances continue to work with any disruption on the power switchings.ROOM TO IMPROVE:The configuration menu should include LiFePO4 batteries amongst the chemistry options.The display should be improved in order to show the information with a better graphic interface. In another review I commented about another competitive product that has a much better display.While reading the User Manual I got confused regarding the different Operating Modes. I asked the factory for more detailed indication and they sent me the same information that I already had, so I had to find my best configuration by trial and error. Not big deal, though.I can positively recommend this Inverter Charger. I am very satisfied with its performance.
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