Diesel Injector Fuel Injector 0445120134 Bosch for Cummins Isf 3.8 Foton
Produce Name | 0445120134 |
Engine Model | Cummins Isf 3.8 |
Application | Foton car |
MOQ | 6 pcs / Negotiated |
Packaging | White Box Packaging or Customer's Requirement |
Lead time | 7-15 working days after confirm order |
Payment | T/T, PAYPAL, as your preference |
It not only provides an effective test tool for studying the influence of nozzle couple parameters on the flow rate of each nozzle, but also can be used as an online test equipment for oil pump nozzle plant to improve the processing quality of nozzle, and can also be used as a diesel engine plant or maintenance department Check and accept the special equipment for the nozzle.
With the increasing requirements of energy conservation and environmental protection, the quality of the nozzle will be more stringent. It is an important measure to ensure the quality of the nozzle to control the flow rate of each nozzle hole according to the requirements of the matching diesel engine, and the flow detection equipment of each nozzle hole has the function that all kinds of the previous nozzle test bench does not have, so it provides a new method and way for the detection of the nozzle. Now the equipment has obtained the national utility patent and has been protected.
The fuel injection process is an important factor affecting the operation of diesel engine. Better mixed quality of oil and gas can improve the combustion process of diesel engine, improve the performance of the engine and reduce the emission of pollutants. Fuel injection rule can directly reflect the characteristics of fuel injection process and is an effective means to evaluate fuel injection process.
The cycle fluctuation of internal combustion engine refers to the difference of each cycle when the engine is running stably in a certain working condition. The cycle fluctuation of fuel injection process directly affects the cycle fluctuation of combustion process, so that each working cycle can not operate under the best performance, resulting in the reduction of power, economy and emission.