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Injector Duty Cycle Calculation. So in the log file i run with 0.32 bar boost at 5000 rpm, the afr is 14.23 so i like to increase the amount of fuel. A bsfc of 0.5 is.
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Join in our mailing list. How to calculate optimum fuel injector size step 1: The equation of the duty cycle is as follows:
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The equation of the duty cycle is as follows: The inputs are, in order of. One way to simplify this process is to multiply ipw by 5.33, then divide rpm by that.
Why We Need The Cycle Time To Inject The Necessary Fuel In One Cycle?
The grey box will show you. You can enter numbers in the white boxes. You can use the calculator below to determine injector duty cycle when engine speed and injector pulse width are known.
Let’s Use An Example To Help Understand Duty Cycles More.
To calculate the minimum injector size each of our engines will need, it’s as simple as taking our total pounds per hour fuel requirement from above and divide that value by the. Considering that the injectors fire once per complete engine cycle (which takes two revolutions of the crank), we can use the following equations to calculate some useful. You can enter numbers in the white boxes.
It Is Available In Some Of The Predefined.
Max duty cycle % (usually no higher than 80%) injector flow. A bsfc of 0.5 is. “fuel injector duty cycle” is the actual time the injector is open, divided by the total time available.
Explanations Of Each Input Are Below The Calculator.
You can determine what size fuel injectors you will need by entering a few simple details into our calculator. Idc = ipw / (120 / rpm) that can be rewritten as: How to calculate optimum fuel injector size step 1:
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