Contact Person 1: Eric GAO
Tel: +86 531 85913883
Mob: +86 15665736726
E-mail: [email protected]
Address: No.88 Jingyi Road, Shizhong District, Jinan250001, China
Contact Person 2: Tony LEE
Tel: +86 531 85913883
Mob: +86 18563723639
E-mail: [email protected]
Address: No.88 Jingyi Road, Shizhong District, Jinan250001, China
SINOTRUK HOWO 400HP Dump Truck Features
SINOTRUK HOWO dump truck engine adopts 400HP WEICHAI 6-cylinder diesel engine, and the drive form adopts 6X4, which can have relatively sufficient boosting force without stepping on the accelerator too deeply when speeding up.
-. 400HP high-horsepower engine, strong load capacity, low fuel consumption.
-. Adopt the protect cover for some easy damage parts, like lamp, intercooler etc.
SINOTRUK HOWO 400HP Dump Truck Specification
Description |
Parameter Value |
Product Name |
SINOTRUK HOWO 400HP Dump Truck |
Application |
Sand, gravel, stone etc transport |
Engine |
WP12.400E201, 400HP |
Gearbox |
10 forward and 2 reverse gear |
Cabin |
With one bed, A/C |
Front Axle |
9500kg |
Rear Axle |
2x16000kg |
Cargo Box |
5600x2300x1500mm |
Tire |
12.00R20, 10+1 pcs |
Fuel Tank |
400L |
SINOTRUK HOWO 400HP dump truck specification only for your reference, we will recommend other model SINOTRUK HOWO dump truck basic your request.
SINOTRUK HOWO 400HP Dump Truck Axle
The SINOTRUK HOWO 400HP dump truck front axle model is VGD95, loading capacity is 9500kg, rear axle model is HC16, loading capacity is 2x16,000kg.
The axle adopts a single-stage reduction gear structure, which can make the torque out of the vehicle more stable and also improve the traction of the vehicle. This structure can make the torque out of the vehicle more stable, and at the same time, it can also improve the traction force of the vehicle. Under heavy load conditions, the single-stage reduction gear structure can effectively reduce the fuel consumption of the vehicle and improve its operating efficiency. The single-stage reduction gear structure can effectively reduce the fuel consumption of the vehicle under heavy load conditions and improve the running efficiency of the vehicle.