The fuel consumption rate of a 4FB1 engine, commonly used in various industrial applications, typically varies based on load and operating conditions but generally ranges from approximately 6 to 10 liters per hour. For precise figures, it's essential to refer to the specific application or manufacturer's specifications, as factors such as maintenance and operating environment can significantly influence consumption. If you have a particular application in mind, please provide more details for a more accurate estimate.
6km
For small motor bike or lawn-mower or similar.
The fuel consumption will vary depending on the driver/use of the engine. In a test environment running at a constant 1800RPM over a 12 hour period the engine will consumer between 24-26L/Hour.
The approximate fuel consumption of this engine according to my experience is 10 Km/ Liter. It gives you more extra km. if you use tubeless tires size 205/70 R15" C tires.
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The 4D56 engine, a 2.5-liter turbocharged diesel engine commonly found in Mitsubishi vehicles, typically has a fuel consumption rate of around 10 to 12 km/l (kilometers per liter) under normal driving conditions. However, actual fuel efficiency can vary based on factors such as driving habits, vehicle load, and maintenance. Proper tuning and regular servicing can help optimize fuel consumption for this engine.
I think it happens because of the altitude and the fuel burn rate get slower as they clam higher 10,000 fleet
the is 4.5 liters in 1 hour used in generator set
as i experince ,installed in fiera body ,it run to 14km/liter running below 80km/hr
its 5 Km/L in city 6Km/L in highway with 20 Passengers (2T load)
The fuel consumption vs speed formula is typically represented as a linear equation, where fuel consumption (FC) is directly proportional to speed (S). This relationship can be expressed as FC a bS, where 'a' is the base fuel consumption rate and 'b' is the rate of change in fuel consumption per unit increase in speed. This formula helps determine how fuel consumption varies with different speeds of a vehicle.
Specific fuel consumption (SFC) is a measure of the fuel efficiency of an engine design, typically expressed in units such as pounds of fuel per hour per horsepower (lb/hp·h) or kilograms of fuel per hour per kilowatt (kg/kW·h). It is calculated by dividing the rate of fuel flow (mass or volume) by the power output of the engine. For example, SFC can be calculated using the formula: SFC = Fuel Flow Rate (mass per time) / Power Output (power). A lower SFC indicates a more efficient engine, as it uses less fuel to produce a given amount of power.