In order to understand the basic functions of a car starting system, you need to understand first what the system is made of and how it works. The starting system of a car is made of a series of components that must perform certain actions at the right time in order for the car to start. The components of the starting system are the battery, the ignition switch, the neutral safety switch, the starter relay or starter solenoid, battery cables, and starter motor.
The battery of a car is an essential component of the entire car system. However, despite the fact that battery is generally considered a device that stores electricity, in fact, the car battery stores chemicals. The chemical elements inside the battery react with each other creating an electrical pressure. The process is called an electro-chemical reaction since it transforms chemical energy into electrical energy. But ,what are the basic functions of a battery? How and why does the car use electricity?
Although cars have evolved a lot since the first vehicles, the charging system of a car has basically remained the same and it consists of the same components. The charging system comprises of the alternator, the regulator and the interconnecting electrical wires. The charging system has two main functions. The very first function is to supply back to the battery any supplementary energy and maintain it charged. The second function is to supply electricity to the car’s electrical devices while the engine is running.
In order to understand the importance of wheel alignment, you need to comprehend what wheel alignment is in the first place. First of all, we must make a few things clear. Wheel balancing is not the same as wheel alignment, although they are often mistaken for one another. Wheel alignment is essentially aligning the angles of wheels so that they are parallel with one another and also perpendicular to the ground. Wheel balancing is the action of properly distributing the weight of the tires on the wheels with small weights to prevent vibration.
Most vehicles today already have an anti-lock brake system which contributes to the safety and comfort of both driver and passengers. Generally, anti-lock brake systems have the same components and have the same function in different vehicles, but automobile manufacturing companies have different ways of creating this system. This is why it is always best to consult a vehicle’s manual when troubleshooting a vehicle’s ABS.
What is an Anti-Lock Brake System?
An anti-lock brake system is a 4-wheel system which prevents the lock-up of wheels in the automobile. It does this by automatically altering the pressure of the brake during an emergency stop. Preventing the wheels from locking makes the driver maintain control of the steering, therefore stopping the vehicle in the shortest distance possible.
Components of an Anti-Lock Brake System
An anti-lock brake system is composed of an HCU, or hydraulic control unit, an anti-lock brake control module, and front and rear anti-brake sensors. The HCU contains solenoid valves that help spread pressure to each of the wheels of the vehicle. The anti-lock brake control module screens and supervises the electromechanical parts of the anti-lock brake system.
