Four Strokes 6000rpm Car Engine

Product Details
Customization: Available
Ignition Mode: Electric Ignition
Speed: Speed
Diamond Member Since 2011

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  • Four Strokes 6000rpm Car Engine
  • Four Strokes 6000rpm Car Engine
  • Four Strokes 6000rpm Car Engine
  • Four Strokes 6000rpm Car Engine
  • Four Strokes 6000rpm Car Engine
  • Four Strokes 6000rpm Car Engine
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Basic Info.

Model NO.
A16G
Cooling Cylinder
Water-Cooled
Intake Pressure Impulse
Naturally Aspirated
Piston Movement
Rotary
Fuel
Gasoline
Number of Strokes
Four-Stroke
Cylinder Arrangement Form
L
Number of Cylinders
4-Cylinder
Type
Electric Motor
Cylinders Numbers
4 Cylinders
Bore &Stroke
75*84.8
Displacement (L)
1.590L
Fuel System
Electronic Controlled
Intake Way
Natural Intake
Rated Output (Kw)
83kw
Speed (Rpm)
6000
Max Torque (N.M/Rpm)
150/4000
Minimum Fuel Consumpiton (G/Kw.H)
240
Fuels
Gasoline
Transport Package
in Plywood Case
Trademark
Quanchai
Origin
China
Production Capacity
20000

Product Description


 Gasoline Engine for car series with State V Emission   A16G

Photos :



Four Strokes 6000rpm Car Engine

Four Strokes 6000rpm Car Engine





Specification: 
Model  A16G
 Cylinder number -Bore&Stroke  4-75*90.0
Displacement (L) 1.590L
Fuel System  Electronic controlled 
Intake way  Natural intake 
Rated output /speed (kw/rpm) 83/6000
Rated output /speed (N.m/rpm) 150/4000
Extranal characteristics of the lowest fuel consumption  240
Fuel  Gasoline 


Main Features :
 The power and torque completely meet the requirement of SUV,mini-truck and light -duty truck.
 Using the aluminum cylinder head and block ,reduce the engine weight , to meet the design requirements of engine lightweight . 
According to the different car models, optimise data to meet requirement of car.
To enhance and optimize the key spare parts to improve the reliability of the engine .
         • 1.For cylinder block , cylinder head and crankshaft by using the finite element analysis ,make the structure better to improve the stiffness .
          •2.To analyze the airway and water cavity by using CFD software ,make the intake and exhuast more reasonable ,improve the engine cooling effect .
         •3.
The gas distribution structure is dynamic ,and camshaft shape is optimized to make the vehicle performance superior . 



































 

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