85~135kw/3200~4000rpm Diesel Engine for Mini Truck, Pickup and SUV Ane etc.

• Ignition Mode: Electric Ignition
• Speed: Speed
• Cooling Cylinder: Water-Cooled
• Intake Pressure Impulse: Naturally Aspirated
• Piston Movement: Rotary
• Fuel: Diesel
• Model NO.: 4H series
• Number of Strokes: Four-Stroke
• Cylinder Arrangement Form: R
• Number of Cylinders: 4-Cylinder
• Type: Combustion Engine
• Cylinders Numbers: 4cylinders
• Bore &Stroke: 81*95.5
• Displacement (L): 1.968L
• Rated Output (Kw/R/Min): 85~135kw/3200~4000rpm
• Intake Methods: Turbocharged and Inter Cooled
• Emission Standard: State Five
• Fuel System: High Pressure and Common Rail
• Max Torque /Speed ( N.Min/Rpm): 110~180 /3200~4000rpm
• Fuel Consumption: 195g/Kw.H
• Raw Materials: Diesel Fuel
• Transport Package: in Plywood Case
• Trademark: Quanchai
• Origin: China
• HS Code: 8408909220
• Production Capacity: 20000

Product Description

Diesel engine for automobile locomotive

4H Series   Emission standard State V

Photos :






Specification: 

Model	4H
Cylinder numbers -Bore&Stroke	4-81*95.5
Displacement (L)	1.968L
Fuel System	High-pressure common -rail
Intake way	Turbocharged and inter-cooled
Rated output /speed (kw/rpm)	85kw ~135kw /3200rpm~4000rpm
Rated output /speed( Ps/rpm)	110~180/3200~4000
External characteristics of the lowest fuel consumption	195g/kw.h
Fuel oil	Diesel

Main Features :
•1,  The power and torque completely meet the requirement of SUV,mini-truck and light-duty truck.
•2,   Use the aluminum cylinder head and block  to reduce the engine weight  ,which satisfy the engine light weight requirement .
•3,   Optimize the data to meet the car requirment according to different car models  .
•4,    Use the VVT technology for the intake valve to solve the emission and fuel consumption problem effectively.
•5,    Enhance and optimize the key components , to completely improve the engine reliability  . 
   
◊Use the finite element analysis to strength the structure for the cylinder block , cylinder head and crankshaft .
◊To analyze the airway and water cavity by using CFD software , make the intake and exhuast more reasonable ,improve the engine cooling effect . 
◊Dynamic calculate the gas distribution  which optimize the camshaft profile and make the vechicle performance superior .