SHACMAN H3000 10 Wheels 6x4 400HP 30 Tons Dumper Truck

About SHACMAN H3000 10 Wheels 6x4 400HP 30 Tons Dumper Truck

The dumper truck adopts the European low-drag V-shaped design concept, presenting a family-style facial makeup style. The whole vehicle uses electrophoresis to achieve multi-layer paint treatment technology, and the cab and frame are treated with anti-corrosion optimization. The corrosion resistance is 1.5 times that of similar products. The front lower mirror adopts a wide-view lens, which has a wide field of view and safer driving. The metal bumper is safe and reliable.

SHACMAN H3000 10 Wheels 6x4 400HP 30 Tons Dumper Truck Specification

Product Name: SHACMAN H3000 10 Wheels 6x4 400HP 30 Tons Dumper Truck

Application: Cargo transportation

Engine: WP12.400E201, 400HP. Euro 2

Cabin: With one bed, A/C

Gearbox: 10 forward and 2 reverse gear

Tire: 12.00R20, 10 pcs

Color: Optional

Fuel Tank: 300L

Cargo Box: 5600x2300x1500mm

SHACMAN H3000 10 Wheels 6x4 400HP 30 Tons Dumper Truck only for your reference, we can manufacture other Dumper Truck basic your request.

SHACMAN H3000 10 Wheels 6x4 400HP 30 Tons Dumper Truck Cabin

The cab of the SHACMAN H3000 dumper truck adopts “big living room” type space design, with large space for main and vice seats. New structure VDO combination meter, beautiful and atmospheric. Radio with MP3 playback function + left and right quadrilateral speakers. Hydraulic shock-absorbing seat, adapting to all kinds of bad working conditions, comfortable and assured. New electric air-conditioning system with large cooling capacity, fast heating and defrosting. Equipped with electric window rollers, center lock. The steering wheel is easy to operate, and the large space pedal makes it more comfortable to put in and take out your feet. Equipped with wider sleeper, which can provide rest for the driver and reduce driving fatigue.

SHACMAN H3000 10 Wheels 6x4 400HP 30 Tons Dumper Truck Robot Welding Technology

The cargo box of the SHACMAN dumper truck is welded by robot welding technology, which integrates advanced computer control, sensor technology and mechanical engineering technology, and is capable of realising high-precision, high-efficiency and high-quality welding process. Compared with traditional manual welding, robot welding has many advantages, such as stable operation, good welding quality consistency, high degree of automation, and strong personal safety protection. Through precise trajectory planning, the robot can ensure that each welding is accurate, greatly improving the welding precision.