What happens to the vehicle if a common fault occurs in the Jiangling turbocharger?
What happens to the vehicle if a common fault occurs in the Jiangling turbocharger?
If the Jiangling turbocharger has a common failure, can the vehicle still be used? First, let us master the principle of the turbocharger.
Nowadays, the principle of Jiangling turbocharger is very simple, that is, two turbines are connected together, one is placed at the exhaust end and the other is placed at the intake end. When the engine is exhausted, the exhaust gas promotes the rotation of the turbine at the exhaust end. When it rotates here, it will push the turbine at the intake end to follow the rotation, because they are connected together. As soon as the turbine at the intake end rotates, it will speed up the intake air, inhale more gas without changing the displacement, and of course more oil can be injected, and the driving force of the engine can be maintained without changing the displacement. More surging, basically can have a 30%_up and down bonus, and the strong technology can achieve more than 50%.
What happens to the vehicle if a common fault occurs in the Jiangling turbocharger?
Nowadays, most of the turbines are all mechanical equipment turbines. According to the exhaust gas, if it is damaged, it will affect the high efficiency of the turbine air intake and affect the driving force. There are also some combinations of mechanical turbines and electronic turbines, mainly to improve the problem that the turbocharger does not operate at a low speed ratio. If part of the electronic components of this type of turbine is broken, it will also affect the high efficiency of the turbine air intake. Therefore, even if the Jiangling turbocharger has a common failure, the vehicle may be used normally, and only the effect of the Jiangling turbocharger is used.
If there is a problem with the Jiangling turbocharger, it is better to repair it. After all, the vehicle suddenly loses the turbocharger effect, or it affects the safe driving experience!
