Emission standard: Euro III
Wheelbase: 1800+4300+1400
Vehicle width (mm): 2490
External dimensions (mm) Chassis: 9900×2495×3360
Engine: mode ISG 430 Cummins engine
Emission standard: Euro III
Wheelbase: 1800+4300+1400
Vehicle width (mm): 2490
External dimensions (mm) Chassis: 9900×2495×3360
Engine: mode ISG 430 Cummins engine
Foton Auman Truck Specifications | |
Steering wheel | Left-hand drive |
Emission standard | Euro III |
Wheelbase | 1800+4300+1400 |
Driving form | 8×4 |
Vehicle width(mm) | 2490 |
External dimensions(mm) | Chassis: 9900×2495×3360 |
Engine mode | ISG 430 |
Engine manufacturer | Foton Cummins Engine |
Power | 316 |
Horsepower | 430 |
Transmission model | HW23712 |
Front axle | 9T |
Rear axle | 16T |
Rear axle speed ratio | 5.26 (Self-adjusting arm) |
Brake control system | ABS |
Tire | 13R22.5 18PR Mixed |
Fuel tank capacity | 350L Aluminum Alloy |
Air-conditioning | Automatic air conditioning |
Number of tires | 12+1 |
Other | MP3+radio+USB+no radar/electric doors and windows+central locking+remote control lock+five locks unified+airbag seats standard+manual rearview mirror |
Container configuration parameters | 8000×2300×1500mm, with a manganese plate rectangular bucket, 8 bottom and 6 sides, and is lifted from the front by a domestically produced hydraulic cylinder. |
Foton Auman Truck Specifications-Strong power performance
– High horsepower engine: Equipped with high horsepower diesel engines such as Weichai and Foton Cummins, such as the Auman Kunlun 490 horsepower dump truck, which is equipped with the Fukang A series engineering version engine, with a maximum torque of 2,300 Nm, and the maximum torque output can be burst at 900 rpm. It has strong power and can meet the transportation needs under various complex road conditions.
– Advanced transmission system: Matching multi-speed gearboxes such as Fast, such as the Auman GTL equipped with ZF’s automatic 12-speed gearbox, easy shifting, high transmission efficiency, can give full play to the power of the engine, and further improve the power performance of the vehicle.
Foton Auman Truck Specifications-Excellent load-bearing capacity
– High-strength frame: The frame is made of high-strength steel and has been strengthened. For example, the Auman VT mining dump truck uses a 320 widened and reinforced frame (a610 high-strength steel), which has high load-bearing capacity, good stability, and strong anti-rollover ability.
– High-quality axles and suspension: Equipped with high-load axles such as Arvin Meritor and reinforced suspension systems such as multi-leaf springs and double riding bolts, the load-bearing capacity is more than twice that of ordinary dump trucks, and can meet the needs of heavy-load transportation.
Foton Auman Truck Specifications-High reliability
– Mature technology application: Inheriting German technology, relying on the Foton Daimler Automotive Technology Center, using mature heavy-duty truck R&D technology and domestic mature parts resources, and undergoing strict quality inspections and durability tests to ensure the quality of the vehicle is reliable and the attendance rate is high.
– Good adaptability: The chassis, engine, gearbox and other key components of the vehicle are professionally matched and optimized to adapt to various harsh working conditions and complex working environments, such as mines, construction sites, etc.
Foton Auman Truck Specifications-Good comfort
– Spacious cab: The cab has a spacious space, is developed with a new mold, is formed in one go, and is robot welded, with good sealing, dustproof, rainproof and noiseproof, which can provide a comfortable working environment for the driver.
Foton Auman Truck Specifications-Energy saving and environmental protection
– Low emission engine: adopt low emission and low fuel consumption engine technology, such as Bosch technology high pressure oil pump, fuel injection atomization is better, more fuel-efficient, in line with modern environmental protection requirements, reducing vehicle operating costs and reducing environmental pollution.
– Lightweight design: by optimizing structural design, selecting new lightweight materials and other measures, while ensuring vehicle strength and carrying capacity, the vehicle’s dead weight is reduced, fuel economy is improved, and the goal of energy saving and emission reduction is achieved.