The CAMC Hanma small tri-Axle fuel delivery truck is built on the sturdy Hualing HN1250C24E8M4J chassis, engineered to deliver dependable performance under demanding transport conditions. Its powertrain offers several engine choices, including the Cummins ISDE series, Yuchai YC6J series, Shangchai, and Weichai engines. Each option is designed for robust output while maintaining excellent fuel efficiency and meeting modern environmental requirements, giving operators the flexibility to select the most suitable configuration for their needs.
Immediately behind the cab, an innovatively designed air inlet and outlet assembly ensures the engine always receives clean, filtered air. Incoming air is routed through a high-efficiency filter before entering the combustion system, protecting the engine from dust and impurities. This arrangement not only promotes smooth operation but also prolongs engine life and reduces maintenance demands.
The fuel delivery truck’s fuel system is thoughtfully arranged to support extended operation. A high-capacity fuel tank is mounted securely along one side of the chassis frame and surrounded by a red-and-white lacquered guardrail. This protective enclosure shields the tank from accidental impact while making the unit more visible, thus enhancing safety during refueling or roadside stops. Its generous volume provides ample energy reserves, enabling long transport runs without frequent refueling interruptions.
Opposite the fuel tank sits a 24-volt battery, also known as an accumulator, which powers the truck’s electrical network. This heavy-duty battery is positioned for easy access, ensuring reliable ignition and steady current to auxiliary systems such as lighting, instrumentation, and onboard electronics.
Braking performance is a key strength of the CAMC Hanma oil tanker. The truck employs an air-brake system supported by 2 air reservoirs mounted securely beneath the battery compartment. This arrangement enhances downhill stability, shortens stopping distances, and contributes to improved fuel economy and transport efficiency. The braking components deliver strong, consistent performance, increasing active safety across varied driving conditions.
Next to the battery, a urea tank integrates with the truck’s selective catalytic reduction (SCR) system to help curb exhaust emissions. By converting harmful nitrogen oxides into harmless nitrogen and water, this system allows the vehicle to meet EURO IV and V emission standards, supporting both environmental compliance and operational cost savings through improved combustion efficiency.
To accommodate tools and accessories, the truck includes a robust onboard toolbox. Finished in durable black paint and welded directly to the chassis guardrail, it provides convenient storage for essential equipment, allowing drivers and technicians to access items quickly when performing inspections or repairs.
Tire selection is another aspect of the truck’s focus on safety and durability. It is fitted with 11.00R20 18PR steel-wire radial tires, noted for their resistance to wear and excellent cushioning. These tires deliver solid traction and anti-skid performance, even on wet or uneven road surfaces, while their reinforced structure helps prevent blowouts, promoting safe and steady travel.
The suspension system uses reinforced multi-leaf springs, which combine strength with ease of maintenance. Their friction-based shock absorption design enhances ride comfort while maintaining stability when the tanker is fully loaded.
At the rear of the chassis, a securely mounted spare tire assures long hauls, ensuring quick replacement in the event of a puncture. Adjacent to it is a static grounding strap, which channels static electricity from the vehicle to the ground. This safety feature minimizes the risk of sparks or fire when transporting flammable liquids, further protecting both driver and cargo.
Overall, the CAMC Hanma small tri-axle fuel delivery truck blends rugged engineering, thoughtful safety measures, and modern environmental technologies. Its combination of power, efficiency, and practical design makes it a reliable solution for transporting petroleum products over long distances while maintaining high standards of safety and sustainability.