Automechanika ho chi minh city
automechanika in dubai
automechanika in shanghai
Automechanika Istanbul (May 2024)
automechanika istanbul fair
Automechanika Istanbul Show 2024
Email:eric at china-lutong dot net
wechat/whatsapp:+0086/135/1405/ 8328

6SF

China Lutong Parts Plant is a professional manufacturer of diesel auto parts, integrating production, sales and service. Through the exhibition, we will broaden our horizons, open up ideas, learn advanced technologies, and share and cooperate to expand the company's visibility and influence in the oil pump nozzle industry. As an expert in diesel injection systems, our main products to show: common rail system spare parts. This time we recommend common rail system products such as common rail nozzles, Common rail control valves, common rail injectors, etc. .Of course, mechanical pump system products also welcome to enquiry: for example, VE, DPA, DPS and DP200. head rotor ans so on.

How Diesel engine fuel injector nozzle work?

The injector nozzle is connected to the injector by the lower holder. Some of the injector is connected to the combustion chamber from the engine block as we mentioned earlier. The fuel from the fuel pump through the injector passes through the injector and reaches the injector nozzle.
China-Lutong as China's leading diesel injection system specialists with over 20 years experience, we hope to meet you in our booth and have a meeting. This largest international automotive aftermarket trade show in the Middle East, Automechanika Dubai acts as the central trading link for markets that are difficult to reach connecting the wider Middle East, Africa, Asia and key CIS countries. Please kindly take a note of our stand place in the fair:


Our Diesel Fuel Injection Spare Parts appliion Engines include SCANIA, , MAN, MERCEDES BENZ, DAF, FORD, CUMMINS, IVECO, TOYOTA, ISUZU, MITSUBISHI, NISSAN, DONGFENG FAW, FOTON, JAC, CUMMINS, BUS TRUCK PICK UP PARTS, JOHN DEERE, FIAT, MASSEY FERGUSON, AND AGRICULTURE CONSTRUCTION MACHINE DIESEL and so on...



The merits of the common rail fuel injection system architecture have been recognized since the development of the diesel engine.Lower fuel pump peak torque requirements. As high speed direct injection (HSDI) engines developed, more of the energy to mix the air with fuel came from the fuel spray momentum as opposed to the swirl mechanisms employed in older, IDI combustion systems. Only high pressure fuel injection systems were able to provide the mixing energy and good spray prep6SFtion needed for low PM and HC emissions. To generate the energy required to inject the fuel in approximately 1 millisecond, the conventional distributor pump would have to provide nearly 1 kW of hydraulic power in four 1 ms bursts per pump revolution, thus placing considerable strain on the drive shaft. One of the reasons behind the trend toward common rail systems was to minimize the maximum pump torque requirement. While the power and average torque requirements of the common rail pump were similar, high pressure fuel delivery is to an accumulator and thus the peak flow rate (and peak torque required to drive the pump) does not have to coincide with the injection event as is the with the distributor pump. Pump discharge flow can be spread out over a longer portion of the engine cycle to keep pump torque demand more even.