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Posts Tagged ‘combustion chamber’

The internal combustion engine is an excellent piece of engineering. Effective system of air is one of those supplements that improve the efficiency of the engine. The internal combustion engine in the native form is not to be used for combustion in its entirety. This can be solved by increasing the air-fuel ratio in the combustion chamber, not the induction kit.

High-suction system more contact with the air, increasing air-fuel ratio. Elevated concentrations of oxygen in the chamber results in better combustion and more power. Since the fuel burns completely, without the loss of fuel and mileage of the vehicle also increases. The exhaust gases are cleaner, thanks to better combustion.

Pipercross has been researching, designing and developing a series of induction activity in the UK for 25 years. For example, will provide the intake system for VW Golf MK6 MK6 GTI, Volkswagen Golf air filters designed more specialized air power. One way to increase the density of the air flow to pump cold air into the outlet. Cold air is heavier and denser than the same amount of hot air. But as the warm air to the engine, fresh air access is difficult. Pipercross intake system uses an aluminum heat shield in order to overcome this problem. Heat shield to the air stream at a cooler temperature, the density of air increases for increased air-fuel ratio to maintain.

The system uses an air filter foam, a silicone tubing and aluminum tubing for a better performance of the turbo. Foam filters can be washed and reused. Vehicle owners can buy once and use forever. Step 2 pipe system only increases the air intake flow by 27% in comparison with some of the OEM. And the whole system improves air circulation Pipercross an incredible 45%. This improved performance is better fuel economy and engine performance. Car owners who want to improve the efficiency of their vehicles can be to invest in nutrition, Pipercross performance air and experience to increase efficiency and engine performance.

The diesel engine common rail injection system is a modern spin-off of direct injection systems for gasoline used in the past. In a diesel engine equipped with an extra rail high pressure fuel feeding individual solenoid valves of up to 26,000 psi of fuel pressure.

The first common rail diesel injection system was a prototype in late 1960. Denso company claims it offers the first high-pressure system Common Rail in 1995. Company after the refined Bosch Diesel Common Rail Injection (CRDi) system. This new system is a flexible distribution of a single injection in several pre-and post-injections that these systems are adapted to the individual motors the best way to complete the combustion of fuel delivery possible.

Overall, there is a fuel pump high pressure causing the pressure which is then stored in battery systems, in many cases, this tank is the fuel line is created. The pressurized fuel then using solid fuel lines in each of the injectors, injectors inject the correct amount of fuel as a fine mist into the combustion chamber of the engine. The equipment for the injection system, electronic control unit called diesel or EDC for short, which controls all the parameters of injection system, such as rail pressure, injection duration and timing in which injectors fire in the release of fuel into the combustion chamber.

The use of piezoelectric or solenoid valve allows precise control over fuel injection quantity and time, combined with the high pressure system ERC providing exceptional atomization of the fuel allows the vehicle to warm up, the fuel burns more completely and are environmentally friendly. As a result, ERC modern systems require little or no warm up time, while producing much less noise than previous systems.

Several car manufacturers call the CRD system under different names, examples include: TDCI Ford Motor Company, GM / Opel / Vauxhall CDTi, Honda, i CTDi, iTEQ Isuzu, Mazda MZR-CD, DI-D Mitsubishi, dCi Renault and Toyota D-4D.