AEB/KING system MP8C OBD 5-6 cyl LFW
- AEB/KING system MP8C OBD 5-6 cyl LFW
AEB/KING - is an advanced injection electronics designed for modern gasoline vehicles for use as an LPG and CNG system. It is approved in accordance with current safety standards for gas systems (R 67-01 and R-110), which keeps the level of pollutants in the exhaust below the limit provided by the most stringent standards.
AEB/KING - guarantees excellent vehicle performance when running on gas and has absolutely no effect on vehicle performance when running on gasoline. Automatically draws up the best combustion parameters, constantly verifies the operating conditions of the engine, monitoring many parameters such as gasoline injection time, gas pressure and temperature, reducer temperature and determines the appropriate amount of injected gas reducing exhaust emissions and extending the life of the catalytic converter.
Key features of the system:
- Simple and easy system alignment.
- For use as an LPG/CNG installation
- Precise algorithms calculate gas dose corrections due to the specifics of LPG/CNG gas fuel
- Reliability of system operation, guaranteed by A.E.B., a world leader in LPG/CNG systems
- OBD connection
- Plurality of variants for the completion of injection strips and reducers
- Gas injector diagnostics
- Real-time diagnostics of gasoline injectors
- Sensor and switch diagnostics
- Active diagnostics of the complete gas system.
- Advanced Autocalibration,
- Ability to read RPM from injectors and brown wire,
- Fuel blending and gasoline injection depending on speed and injection time (an option that can be used to reduce fuel rail pressure for cars with a gasoline pressure sensor and to protect valve seats),
- Possibility of connecting a probe and its emulation,
- Flow MAPsensor with gas temperature sensor,
- The controller connects via bluetooth and wired interface,
- OBD Correction Map,
- Clearing gasoline controller errors,
- Based on short and long term STFT and LTFT corrections, it continuously changes the gas dosage according to the demand.