Above on the page there are several PDF Service Repair Manuals with Electric Wiring Diagrams for QINGQI Motorcycles, Scooters.
In 1985, Qingqi introduced the K series motorcycle technology from the Japanese manufacturer Suzuki, and in 1992, the GS125 motorcycle model and GS125 engine technology were introduced.
Jinan Qingqi Motorcycle introduced the first configuration of the GS series in China.
Jinan Qingqi Motorcycle now has a high level of GS engine production and has made local improvements, making Qingqi GS engines even more advanced.
Motorcycle manufacturer Qingqi has successfully developed the fourth generation GS main power supply.
In the future, when chain motors become more popular, Qingqi will certainly take the dominant position in the motorcycle market with its advantage in GS King Technology.
In 2008, the Qingqi DT-i dual ignition engine entered the two-wheeler market.
Due to the engine speed, the motor can automatically adjust the ignition angle through load control, which saves fuel.
In addition, the engine can regulate the supply and accurately control the use of every drop of fuel to make fuel combustion more efficient and vehicle power stronger.
To date, this is Qingqi's latest technical improvement based on the GS series engine.
With this engine, the economical fuel consumption per 100 km is only 1.43 liters, which saves 15% of fuel compared to 125 motorcycles of the same level.
Qingqi motorcycles can be called "GS King fuel economy star".
In 2010, when the entire motorcycle industry was pursuing the national level emission standard, Qingqi launched four technologies, including intelligent electronic injectors, fuel evaporation control system, accurate carburation control system and program-controlled fuel saving system.
In addition to DT-i dual ignition technology, Qingqi's five core engine technologies have made it easy for Jinan Qingqi Motorcycle to pass the power up test to meet the national combustion emission standard.
Intelligent electronic injection technology uses an intelligent electronic fuel delivery system to evaluate the current operating state of the engine, determine the amount of fuel injection and ignition pre-angle, and precisely control the engine's air-fuel ratio.
This allows to significantly increase the emission efficiency and ensure high efficiency of fuel combustion in the engine.