How much horsepower is the Yuchai 4110 intercooled supercharged engine

The horsepower of the engine is one aspect, and the most important thing is the gearbox matching aspect of the gearbox, as well as whether the chassis is a weighted chassis, because if you want to overload, you need to add shock absorbing springs. The most important thing is the rear axle, because if the overload is large, the half shaft and the reducer and the rear axle housing can not withstand it. The car in my factory is at most, and I only let the workers load about six tons at a time, but my car is not a supercharger.

Rotary engines are also known as Miller cycle engines. It uses a triangular rotor rotational motion to control compression and discharge, as opposed to the linear motion of a conventional piston reciprocating engine. This kind of engine was invented by the German Figarz Wankel, and on the basis of summarizing the research results of his predecessors, he solved some key technical problems and successfully developed the first rotary engine.

Generally, the engine is a reciprocating engine, and the piston does reciprocating linear motion in the cylinder during work, and in order to convert the linear motion of the piston into rotary motion, a crank connecting rod mechanism must be used. Rotary engines, on the other hand, directly convert the combustion expansion force of combustible gas into drive torque. Compared to reciprocating engines, rotary engines eliminate useless linear motion, so that rotary engines of the same power are smaller in size, lighter in weight, and have lower vibration and noise, which has great advantages.

The motion of the rotary engine is characterized by the fact that while the center of the triangular rotor revolves around the center of the output shaft, the triangular rotor itself rotates around its center. When the triangular rotor rotates, the internal ring gear centered on the center of the triangular rotor meshes with the gear centered on the center of the output shaft, and the gear is fixed on the cylinder block without rotating, and the ratio of the number of teeth between the internal ring gear and the gear is 3 to 2. The above motion relationship makes the trajectory of the vertices of the triangular rotor (i.e. the shape of the cylinder wall) resemble a figure of 8.

The triangular rotor divides the cylinder into three independent spaces, each of which completes air intake, compression, work and exhaust successively, the triangular rotor rotates for one week, and the engine ignition does work three times. Due to the above motion relationship, the speed of the output shaft is 3 times the rotation speed of the rotor, which is completely different from the motion relationship between the piston and the crankshaft of a reciprocating engine.

If it was 115 horsepower instead of 115kw, it would have been 4108. The fuel consumption of cars with this engine is between 15 and 20 liters, and the specific fuel consumption depends on what gearbox is matched and what gear ratio is used.

The fuel consumption of a car is not only related to the car itself, but also to the driver's driving habits and driving conditions. If you have bad driving habits and often drive on roads with traffic jams, then fuel consumption must be high. When driving on a road jammed road, cars often need to stop and go.

When a car starts from a standstill, it needs a lot of kinetic energy, and the engine needs to output a lot of power.

If the car is constantly stop-and-go, then the fuel consumption will definitely increase. And when driving on the road jam road, the engine of the car is in the idle condition for part of the time, and the mileage of the car does not increase when the engine is in the idle condition, but the engine has been consuming fuel, which will also lead to the increase of fuel consumption for 100 kilometers. Personal driving habits will also have a greater impact on the fuel consumption of the car.

Summary. Hello, 4110 Yuchai engine 140 horsepower. If you want to change to 160 horsepower, you can only change to a 160 horsepower engine.

Yuchai 4110 engine, can boost 140 horsepower to 160 horsepower.

Hello, 4110 Yuchai engine 140 horsepower. If you want to change to 160 horsepower, you can only change to a 160 horsepower engine. I hope it can help you, I hope you can give a thumbs up, thank you for your support and trust in the platform, thank you.

If you boost it, you can almost boost it to about 150, I hope it can help you, hello, yes.

Do you see 140 horsepower?

The school oil stick master said that 140 horsepower can be brushed to 160.

He also said that he was afraid that the engine would not be able to use it.

160 is definitely not brushed, 153 is about the same.

Does brushing up to 153 horsepower have an effect on the engine?

Hello, nothing has an impact.

This engine has 136 horsepower. Many diesel engines will use turbocharging technology, which can increase the air intake of the engine without increasing the engine displacement, thereby increasing the engine power. Turbocharging technology has been widely used in automotive engines.

At the beginning of its existence, turbocharging technology was not applied to automobile engines, but to aircraft engines.

Turbocharging technology can solve the problem of insufficient air intake of aircraft engines at high altitudes.

Turbocharging technology is widely used in diesel engines and gasoline engines of automobiles.

The principle of turbocharging technology is very simple. Turbocharged engines have turbochargers, and turbochargers consist of two parts, one is a compression turbine and the other is an exhaust turbine.

The compression turbine is coaxially connected to the exhaust turbine, the compression turbine is connected to the intake manifold, and the exhaust turbine is connected to the exhaust manifold.

When the engine reaches a certain speed, the exhaust gases have enough energy to drive the exhaust turbine to rotate.

When the exhaust turbine rotates, so does the compression turbine. When the compression turbine rotates, the air body can be compressed and delivered to the engine cylinders.

into the cylinder