2.5 DI-D 4Work 4WD Euro 5
- Year/Month: 2014/0
- Stock ID: T113767
- Transmission: Manual
- CC: 2500
- Mileage: 83000
- Fuel Type: Diesel
- 371 Views
The continual innovation process is the inevitable part of auto sector that forced every vehicle to have two independent braking systems attached; one of them, the main service circuit should be able to stop the vehicle at the driver's will and another circuit, auxiliary, which is used to block the wheels when the vehicle is parked. Hence, that aspects should be studied before buy or use mitsubishi l200 4work for sale, as well.
Works With Hydraulic
If a brake system is activated completely or partially, one can distinguish it such as: Brake system by auxiliary force and Brake system by force of others, etc. So, to be precise, The brake system by external force, usually used in industrial vehicles, is used alone in large cars with integrated ABS. The service brake of this system is activated exclusively by external force. The system works with hydraulic energy (it is based on the pressure of a liquid) and with hydraulic transmission. The brake fluid is stored in energy accumulators (hydraulic accumulators). A hydraulic pump generates the hydraulic pressure, which in the energy store is continuously in equilibrium with the gas pressure. A pressure regulator switches the hydraulic pump to idle as soon as the maximum pressure is reached. As the brake fluid is virtually incomprehensible, small amounts of brake fluid can transmit high braking pressures.
Brake Control Exclusives
In old cars, the brake control system was exclusively non-electrical. Its great disadvantages that are slow transmission of efforts, complexity of the mechanisms, high efforts, difficulty of adjustment and balancing and frequent breakdowns caused its disappearance lots of years ago. However, they are still used in the control systems of hand brakes or also called parking brake. The hydraulic control system is the one that has been used for several years in all automobiles. The hydraulic control system is based on the fact that liquids are practically incomprehensible and that according to the Pascal principle, the pressure exerted on any point of a liquid mass is transmitted completely in all directions. the elementary layout of a hydraulic brake system, consisting of a master or main cylinder that generates a pressure on the liquid that is transmitted through the circuit to a receiver or slave cylinder, which moves through a piston shoes that are pushed against the drum.
The Brake Pedal
When the driver presses the brake pedal, the plunger of the master cylinder is pushed, which compresses and moves the liquid through the duct to the wheel cylinder, where the displacement of its pistons takes place to apply the shoes against the drum. Once this is achieved, all subsequent effort of the driver on the brake pedal results in an increase in pressure in the hydraulic circuit, which applies to the brake shoes against the drum with greater force. Please note that, the key parts of a hydraulic brake system are Brake fluid reservoir, Main cylinder or pump, Brake light switch, Liquid conduction pipelines, Brake fluid, Cylinders or brake cylinders, Brake pedal and its joints and Brake servo. So, the discussed price info should be used before pay the Mitsubishi L200 4work Price as well as in the evaluation process.
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