The GI-102 inverter is designed to meet the user's needs for high performance, stability and reliability. It has many unique technical features that have made it a highly competitive power conversion product in the market, especially in pure sine wave output and industrial inverter applications.

Strong adaptability:
It can still work stably under the humidity degree 0-95% and temperature -10℃~50℃ environment. This is thanks to the GI-102 industrial frequency converter, which features strong anti-interference, durability and reliability, and ensures stable output voltage even when the voltage fluctuates widely.

Pure sine wave output:

Unlike analog or modified waveform inverters, inverters with a pure sine wave output provide a more stable and cleaner power source for devices such as precision electronics, medical equipment and high-end appliances.

Peak power three times the rated power: superb load handling capability
The peak power of GI-102 inverter is three times of its rated power, which has strong load coping ability. This feature allows the GI-102 to excel in emergency power and high load environments, coping with instantaneous power demand fluctuations. For example, when starting up air conditioners, power tools or other high-power appliances, the GI-102 inverter can provide sufficient power support to avoid system failure due to instantaneous high power demand.

GI-102 Product Basic Parameters.
Rated power: 1.5KVA
Input: DC-12V/24V; AC-165V~275V,50/60HZ
Output: 220A VC,50/60HZ,pure sine wave
Maximum charging current: 35A

Summary: Advantages of GI-102 Inverter
To summarize, whether in the field of household, industrial or emergency power supply, GI-102 is able to provide efficient, stable and reliable power support to meet the diversified needs of all kinds of users. Therefore, if you are looking for an inverter with superior performance and comprehensive functions, GI-102 is undoubtedly an ideal choice, which can provide strong support for your power needs and help you successfully meet various power challenges.

GI(1kw-3kw)