Pure sine wave Low-frequency Split Phase Solar Inverter with AC charger
120VAC/240VAC Dual Output
1. AC output is the main standard
2. Purifies the harmonic pollution of the city power
3. Protects the safety of electrical equipment and users
4. Improves the operation quality of electrical equipment and saves energy
Features：
1.These low-frequency split-phase inverter take 110VAC/220VAC or 120VAC/ 240v AC input from city power or
the generator supplies power to applications and charges to the battery.
2.This inverter system can drive either 110VAC/120VAC or 220VAC/240V AC equipments. 120VAC is perfect for
home and small-scale commercial or mobile applications. 240VAC home big power appliance.
3. These split phase inverter models are a combination of110VAC/220VA 120 /240V split phase inverter,smart
battery charger, and transfer switch, can be easily integrated into your current house wiring,the inverter
are virtually a line interactive UPS for household emergency power supply
A split-phase inverter, also known as a single-phase to split-phase inverter, is a type of power electronic device used to convert a single-phase AC (alternating current) supply into a split-phase AC output. The split-phase system is commonly used in residential applications to distribute power for various household loads.
In the United States and some other countries, the standard residential power supply consists of two 120V AC lines that are 180 degrees out of phase with each other. This configuration creates a split-phase system, where the two lines together provide 240V for high-power appliances like ovens, air conditioners, and dryers, while individual 120V lines power typical household loads.
A split-phase inverter typically takes a single-phase AC input, often from a renewable energy source such as solar panels or batteries, and produces two AC outputs that mimic the characteristics of a split-phase system. The two outputs are usually 120 degrees out of phase with each other. Each output can be connected to individual loads as in a regular residential power distribution system.
Split-phase inverters find various applications, such as:
Home Energy Systems: They are used in residential solar power systems with battery backups to supply power to different household appliances and loads.
Standalone Power Systems: In off-grid or remote locations, split-phase inverters can be used to generate a split-phase AC supply for meeting power demands.
Backup Power: During power outages, a split-phase inverter with battery storage can provide backup power to essential appliances.
Mobile Power Systems: Split-phase inverters are used in mobile homes and recreational vehicles (RVs) to provide split-phase AC power from battery sources.
These inverters are designed to ensure that the voltage and phase differences between the two output lines match the requirements of the split-phase distribution system, making them compatible with standard residential electrical systems. It's important to choose the appropriate split-phase inverter based on the power requirements and the loads you intend to support in your application.
Multiple protection, more strong
Can set battery high voltage protection and low voltage protection, float charge and equalize charge, compatible with different types of batteries
Lead Acid Battery LifePO4 Battery Lithium Battery
Working diagram of split-phase inverter：
01 City power priority: When the main power is available, the city power supply power to the load, when the city power is off inverter automatically converts and use the battery
supply power to the load and charging to the battery
02 Energy saving mode： When the inverter is in battery priority mode and the output load is less than 10% of the power, the AC power output will be
turn off, when the load is greater than 11% of inverter-rated power, the inverter restarts output. This function is to reduce battery loss and extend the battery backup time.
03 Battery priority: The battery supply power to the load. When the battery voltage is low Inverter automatic conversion use city power supply power to the load.
(AC charging to battery or not set by PC). When the battery voltage is restored, the battery will supply power to the load again.
04 City power priority unattended: Inverter automatically turn on when connected to city power or battery voltage is normal. Inverter use city power to supply power to the load first.
05 Battery priority unattended： When the battery voltage is normal, the inverter automatically turns on and the battery supplies power to the load. When
battery is low voltage shutdown, the inverter enters standby and waits for solar charging to the battery.When the battery voltage is restored,the
inverter automatically turn on.
Specification:
|
Model
|
1000W
|
1500W
|
2000W
|
3000W
|
4000W
|
5000W
|
6000W
|
8000W
|
10000W
|
12000W
|
|
Input
|
Rated capacity
|
1000W
|
1500W
|
2000W
|
3000W
|
4000W
|
5000W
|
6000W
|
8000W
|
10000W
|
12000W
|
|
peak power
|
3000W
|
4500W
|
6000W
|
9000W
|
12000W
|
15000W
|
18000W
|
24000W
|
30000W
|
36000W
|
|
Commercial Power range
|
110VAC:83V-137VAC 120VAC:90V-150V
220VAC:165V-275VAC 240VAC:173V-287V
|
220VAC:176V-264VAC
240VAC:184V-276V
|
|
AC frequency range
|
45-65HZ
|
|
Battery
|
Type
|
Lead-acid battery GEL battery Lithium battery
|
|
DC Voltage
|
12 VDC /24VDC
|
24VDC/48VDC
|
48VDC
|
|
Input voltage range
|
12VDC:10.5-15VDC 24VDC:21-30VDC 48VDC:42-60VDC
|
|
Floating charge set
|
12.9 ～ 13.6 V(1PCS battery) can be set
|
|
Low voltage restored
|
12VDC:12.6-14.4VDC 24VDC:25.2-28.8VDC 48VDC:50.4-57.6VDC 96VDC:100.8-115.2VDC
|
|
Low voltage shutdown set
|
12VDC:10-10.9V 24VDC:20-21.8V 48VDC:40-43.6V
|
|
over voltage protection
|
12VDC:16.7VDC 24VDC:33.4V 48VDC:66.8V
|
|
over voltage alarm
|
12VDC:15VDC 24VDC:30V 48VDC:60V
|
|
Charger
|
AC charging
|
5A-30A(40A, 50A, 60A,70A Optional）
|
|
Output
|
Capable of starting electric motor
|
0.5HP
|
1HP
|
1.5HP
|
2HP
|
3HP
|
|
Voltage range（VAC）
|
110VAC/220VAC ,120VAC/240VAC±10%（Auto-sensing）
|
110VAC/220VAC ,120VAC/240VAC±10%（Auto-sensing）
|
|
Transfer time
|
Typical：10ms(Including detection time)
|
|
Temperature protection
|
≥85℃ alarm ≥90℃ machine shut off
|
|
overload
|
IPS automatically shut down if overload exceeds 120% of normal value for 10 seconds, IPS automatically resume work if overload comes to rated load.
|
|
Waveform
|
Pure sine wave
|
|
Frequency
|
Commercial power supply: shared frequency with the commercial inversion state:60/50±0.5
|
|
Output frequency range
(electric supply mode)
|
Tracking automatically
|
|
temperature
|
Operating Temperature
|
0℃~50℃
|
|
Thermal method
|
Cooling fan in intelligent control≤42℃ fan rotates slowly to ≥45℃ fan rotates fast
|
|
Appearance
|
External Size(mm)
（L*W*H）
|
510*295*225mm
|
680*295*225mm
|
765*320*250mm
|
|
Gross Size(mm)
（L*W*H）
|
550*350*255mm
|
740*360*275mm
|
830*380*255mm
|
|
Net weight(kg)
|
14
|
15
|
18
|
20
|
31
|
34
|
35
|
52
|
54
|
56
|
|
Gross weight(kg)
|
16
|
17
|
20
|
22
|
35
|
37
|
38
|
56
|
58
|
60
|
split phase case:
FAQ
Q1: Can I buy a sample for testing?
A: Yes, we welcome customers to purchase samples for testing, MOQ 1pcs
Q2: How about your delivery time, when can we get the goods?
A: 1-3 working days for samples, 1-15 working days for bulk orders for conventional products, 20-30 working days for special case products
Q3: How do you guarantee the quality of the products?
A: Our products are tested in 4 working procedures in the production process, including circuit board test, post-assembly test, long-term aging test, and re-test before packaging
Q4: Can you do OEM/ODM?
A: Yes, our factory accept OEM/ODM orders
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