The automatic transformer has an important role to play in the operation of the car:
First, its main function is to enable a gradual convergence between engines and gearboxes, thereby ensuring a smooth start for cars. This would prevent the engine from passing power directly on the wheel, causing a sudden acceleration and discomfort to passengers。
Second, the automatic transformer will also be able to temporarily sever the connection between the engine and the transformer. When the driver needs to change the block, this function prevents the engine's power from being passed directly to the gearbox, thereby reducing the impact of the switch and ensuring the smoothness of the switch process。
When the vehicle is braked in an emergency, the automatic transformer switcher functions as a separation, which prevents overloading of the transmission system, such as the transformer box, and thus provides some protection。
It should be noted that the automatic transformer box is a device that can automatically switch on the speed of the engine relative to the manual transformer. The usual automatic transformer boxes are liquid automatic transformers, mechanical non-grade automatic transformers, electromechanical automatic transformers and double-incorporated automatic transformers。
The liquid automatic transformer box uses the liquid transformer to transfer the engine to the transformer, the mechanical insulated automatic transformer box achieves the insulated rate by mechanical means, the electromechanical automatic transformer box uses electronic control technology to achieve the insulated rate, and the double-disconnected automatic transformer box uses two sets of centrifuges to achieve the fast switch through electronic control。
In conclusion, the automatic transformer switcher plays an important role in the operation of the car, not only ensuring its smooth start, but also reducing the impact of the switch, as well as protecting transmission systems such as gearboxes during emergency brakes。
