The start-up of a car engine appears to be simple, while there are many areas that require attention, and the correct start-up approach not only increases the useful life of the vehicle but also ensures the safety of the vehicle. Below is a detailed description of the right way to start the car engine and the potential problems。
Get ready to work before you start the car. The first is to adjust the seat so that it can operate the pedals and steering wheel in a comfortable manner, while at the same time adjusting the mirrors to ensure a good rear view. Next, check the signpost on the dashboard to confirm if there are any unusual signs. For manual blockers, the clutch pedals are to be put to the bottom before start-up, and for automatic blockages, the position is to be attached to the “p” (stopping) or “n” (spaceblock) and the hand brake is to be tightened。
Once the preparatory work is completed, the engine can start. Inserts the key into the ignition switch and, for a vehicle that is activated by one key, ensures that the foot is on the brake and then press the start button. Under normal circumstances, the engine should be able to start quickly after the key is rotated or the start button is pressed. If the engine is not activated immediately, do not set fire repeatedly and try again in 10 - 15 seconds to avoid damage to the motive. When the engine is activated, do not step on the oil door immediately and the engine should operate at a low speed for a period of time, allowing the oil to be fully lubricated. In general, winter requires pre-heating for 1-3 minutes, summer pre-heat for 30 seconds - 1 minute。
However, an incorrect start-up approach may raise some potential problems. Repeated start-up of engines in frequent and short periods of time can result in overheating and, in serious cases, damage to the motive. Momental work is carried out by the electric-driven engine curves, which, if activated many times in a short period of time, continue to pass through the motor, producing large amounts of heat and accelerating the wear of the motor's inner coil and gear。
It would also be undesirable for a large foot to step on the gas door as soon as the cold car started. In cold vehicles, oil is less mobile and cannot reach the various lubricants in a timely manner. At this point in time, large feet step on the gas, the load of the engine will suddenly increase and the wear of the engine parts will increase, thus reducing the engine's useful life in the long term。
There is also a security risk that the block will not be in the right place at the start. For example, auto-blocking a car when it is activated in “d” (forward block) or “r” (forbidge back block) may result in sudden movement of the vehicle and a collision. The following is a comparative table of different start-up methods and potential problems:
Potential problems with how to start a situation
It's been activated many times
Many times in a short time to turn the key or press the start button
Motion overheating, internal coil and gear wear
Cold car kicks the gas
Once the engine's up, increase the gas
Increased wear and tear of engine parts and reduced engine lifetime
Block not attached to correct position start
Automatically block in non- " p " or " n " block, manual block without stepping off a wall blank
Vehicle sudden movements, collisions
In short, the proper start-up of the motor engine is the basis for guaranteeing the safety of vehicles and the safety of motor vehicles. Owners should know and understand the correct start-up methods to avoid unnecessary losses due to improper operations。
