• 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

Four Strokes 6000rpm Car Engine

Ignition Mode: Electric Ignition
Speed: Speed
Cooling Cylinder: Water-Cooled
Intake Pressure Impulse: Naturally Aspirated
Piston Movement: Rotary
Fuel: benzin

Tedarikçi ile İletişime Geçin

Elmas Üye Fiyat 2011

Doğrulanmış işletme lisanslarına sahip tedarikçiler

Anhui, Çin
Doğrulanmış tüm güç etiketlerini (32) görmek için

Temel bilgiler.

Hayır. Modeli.
A16G
Number of Strokes
Four-Stroke
Cylinder Arrangement Form
L
Number of Cylinders
4-Cylinder
Type
Electric Motor
silindir numaraları
4 silindir
çap ve strok
75 * 84.8
yer değiştirme (l)
1.590L
yakıt sistemi
elektronik kontrollü
giriş yolu
doğal emme
nominal çıkış (kw)
83 kw
devir (dev/dak)
6000
maks. tork (n. m/dev/dak.)
150/4000
minimum yakıt tüketimi (g/kw.h)
240
yakıtlar
benzin
Taşıma Paketi
in Plywood Case
Ticari Marka
Quanchai
Menşei
China
Üretim Kapasitesi
20000

Ürün Açıklaması


 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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