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Pure Sine Wave Inverter

  • Inverter Sine Wave
  • Inverter Sine Wave
  • Inverter Sine Wave
  • Inverter Sine Wave
  • Inverter Sine Wave
  • Inverter Sine Wave
  • Inverter Sine Wave
  • Inverter Sine Wave
  • Inverter Sine Wave
  • Inverter Sine Wave
Inverter Sine WaveInverter Sine WaveInverter Sine WaveInverter Sine WaveInverter Sine WaveInverter Sine WaveInverter Sine WaveInverter Sine WaveInverter Sine WaveInverter Sine Wave

Inverter Sine Wave

  • Model No.: GI Series Inverter Sine Wave
  • Rated Power: 1500W/2000W/3000W/4000W/5000W/6000W
  • DC Input: 12/24/48VDC; AC Output: 120/220/230VAC(optional) 50/60Hz Single Phase
  • Built-in AC Battery Charger: 35A
  • Product description: The ONE SOLAR inverter sine wave is perfect for powering your home or office. This model has a rated power of 1000W~6000W and can operate on 12/24VDC input. It also features an inbuilt AC battery char
  • INQUIRY

Product details of inverter sine wave



Introduction of inverter sine wave

There are many benefits of using an inverter sine wave generator. The first benefit is that it is more efficient than a modified sine wave generator. This means that it will use less energy to power your appliances. The second benefit is that it will not damage your appliances. Modified sine wave generators can damage your appliances over time, but inverter sine wave generators will not. This means that you can save money on repairs or replacements in the long run. Finally, inverter sine wave generators are typically more expensive than modified sine wave generators. However, the benefits of using an inverter sine wave generator usually outweigh the extra cost.


What are the benefits of using an inverter sine wave generator?

An inverter sine wave generator is a device that creates a pure sine wave output. This type of generator is essential for appliances that require a clean, consistent power supply, such as computers and sensitive electronics. Inverter sine wave generators are more expensive than modified sine wave generators, but they offer a number of advantages in terms of efficiency and safety.


The most significant advantage of using an inverter sine wave generator is that it is much more efficient than a modified sine wave generator. This means that less energy is wasted in the form of heat, which can damage your appliances over time.


In addition, a pure sine wave output is less likely to cause problems with sensitive electronic equipment. This is because the power supply is more stable and consistent, without the spikes and dips that can occur with a modified sine wave.


How does an inverter sine wave generator work?

An inverter sine wave generator works by converting DC power to AC power. It creates a pure sine wave, which is more efficient than a modified sine wave and will not damage your appliances. Inverter sine wave generators are more expensive than modified sine wave generators, but they are worth the investment if you want to protect your appliances.


ONE SOLAR's inverter sine wave generators are some of the best on the market. The GI Series inverters are designed for a wide range of applications, from small appliances to large industrial equipment. These inverters are highly efficient and will not damage your appliances. If you are looking for an inverter sine wave generator, ONE SOLAR is the way to go.


Conclusion

An inverter sine wave generator is a device that creates a pure sine wave output. This type of generator is essential for appliances that require a clean, consistent power supply, such as computers and sensitive electronics. Inverter sine wave generators are more expensive than modified sine wave generators, but they offer a number of advantages in terms of efficiency and safety.



Various products of ONE SOLAR


Parameter of Inverter Sine Wave

Product GI Series Inverter Sine Wave
Model GI-102 GI-152 GI-202 GI-302 GI-402 GI-502 GI-602
Capacity Rated Power 1KW 1.5KW 2KW 3KW 4KW 5KW 6KW
Peak Power 3KW 4.5KW 6KW 9KW 12KW 15KW 18KW
Input Battery system 12/24VDC 12/24/48VDC 24VDC/48VDC
DC input voltage 10.5-15VDC(12V) / 21-30VDC(24V) / 42-60VDC(48V)
AC input range

170-275VAC (220/230/240VAC) ±4%,

70-150VAC (110/120/130VAC) ±4%

AC input

frequency

50Hz: 45-65Hz / 60Hz: 55-65Hz, ±0.5Hz

(50Hz/60Hz automatic recognition)

Protection

Low voltage

and restore

≤10.5VDC(12V) / ≤21VDC(24V) / ≤42VDC(48V) alarm

≤10VDC(12V) / ≤20VDC(24V) / ≤40VDC(48V) automatic shutdown

Low voltage protection & restore value are programmable:

10-15VDC(12V) / 20-30VDC(24V) /40-60VDC(48V)

High voltage

≥15VDC(12V) / ≥30VDC(24V) / ≥60VDC(48V) alarm

≥17VDC(12V) / ≥34VDC(24V) / ≥68VDC(48V) automatic shutdown

Overload 110%

High

temperature

Built-in temperature real time sensor,

≥85℃ alarm, ≥90℃ automatic shutdown

Short circuit Automatic shutdown
Output Efficiency ≥87%
Output voltage

(DC battery mode) 220/230/240VAC ±3%

(DC battery mode) 110/120/130VAC ±3%

Frequency (DC battery mode) 60/50Hz ±1%
Wave form Pure sine wave
Output voltage

(AC mains mode) stable 220/230/240VAC ±10% output

(AC mains mode) stable 110/120/130VAC ±10% output

(built-in AVR regulator)

AVR output

regulator

For 220VAC output:

AC mains<170VAC±5% switch to DC battery mode,

AC mains>180VAC±5% returns to AC mains mode.

For 110VAC output:

AC mains<80VAC±5% switch to DC battery mode,

AC mains>90VAC±5% returns to AC mains mode.

For 220VAC output:

AC mains>275VAC±5% switch to DC battery mode,

AC mains<255VAC ±5% return to AC mains mode.

For 110VAC output:

AC mains<80VAC±5% switch to DC battery mode,

AC mains>90VAC ±5% return to AC mains mode.

The above is for output 220VAC/110VAC system reference,

for 230VAC/240VAC, 120VAC/130VAC output

just multiply by percentage.

Frequency (AC mains mode) automatic tracing from AC input
Other Transfer time Inbuilt AC bypass replay (≤5ms)
Display LED Indicator, LCD Display with functional buttons
Cooling system

Intelligent fan cooling control system,

≤42℃ slow fan, ≥45℃ fast fan

Inbuilt

AC

Battery

Charger

1/7 battery types

can be

default set

Gel U.S.A. / Gel European / A.G.M.1 / A.G.M.2 /

Sealed lead acid / Open lead acid / Calcium(open)

Deep sulphation cycle 15.5 for 4 hours

Charge Voltage 13.6-14.2VDC (12V) / 27.2-28.4VDC (24V) / 54.4-56.8VDC (48V)
Charge current

35A: 0% / 20% / 40% / 60% / 80% / 100%,

AC charging current adjustable by percentage

3 stages charge Boost charging, direct charging, float charging
Over charge

Battery voltage ≧16VDC (12V) ≧32VDC (24V) ≧64VDC (48V),

stop charging after 60s alarm

Working

Mode

(Optional)

01 AC mains priority

Always use AC mains as priority input to provide AC output

and automatically charge the battery,

only stops charging when battery is fully charged,

and only starts DC to AC converting until AC mains is off

02 Energy saving

Loading≤10% automatic shutdown,

loading≥11%-100% automatic turn on during converting

03 DC battery priority

Always use DC battery as priority input to provide AC output,

for 12V system, when battery≥13V, starts DC to AC converting;

when battery≤10.5V during converting,

switch to AC mains mode to provide AC output

and automatically start charging the battery

(for 24V/48V system, multiply by 2/4 times accordingly)

Working

Environment

Temperature -20~+75℃
Humidity <95%

Physical

and

Packing

Product size 460*245*200mm 630*280*200mm
Packing size 530*335*255mm 740*355*275mm
Net Weight 9.7kg 11.7kg 13.3kg 15.3kg 23.5kg 26.5kg 31kg
Gross Weight 12.0kg 14.0kg 15.6kg 20.3kg 26.9kg 30.0kg 34.4kg
Quantity / Ctn 1 set / carton
* Product specifications are subject to change without further notice


Contact us by

Email: info@one-solar.net

Or


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Contact Us

Contact: Mr. Henry Lee

Phone: +86 189 2951 5494

Tel: +86 757 8258 0189

Company: Foshan Top One Power Technology Co., Ltd

Add: 4th Floor, Bldg. 6, No. 125 Zhangchayi Road, Chancheng District, Foshan City, Guangdong, China

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