Chassis configuration: wheelbase 3280, Weichai 151 horsepower,
Fast-8 transmission, 7. 00R 16 Wire tyre,
1900mm wide-body single-row cab, air conditioner, air brake, central locking, electric doors and windows, remote key, 80L fuel tank.
Upper mounting configuration: eight eighteen-sided telescopic booms with maximum working height 36m, base with extra-large slewing with double reducer, 360° full slewing, stainless steel bucket, dimensions 1600 × 700 × 1100 mm (rated load 200kq), the outrigger front V and rear V can be adjusted separately, remote control and turntable two operating systems, electronic proportional control, emergency pump, built-in automatic leveling, interlocking of the upper and lower cars, complete vehicle level, working arm extreme position alarm and protection device, the whole vehicle standard inverter, electrified reel, hydraulic oil radiator.
Powerful and Efficient Engine
HOWO high-altitude operation aerial work vehicles are typically equipped with high-performance engines. These engines have been meticulously tuned and boast significant power and torque outputs. For instance, the power of aerial work vehicle models can reach [X] kilowatts, and the torque can reach [X] Newton-meters. They can easily handle various complex road conditions and operational requirements. During vehicle driving, whether it's climbing slopes, accelerating, or driving under heavy loads, they can provide sufficient power to ensure smooth operation of tasks.
Meanwhile, advanced fuel injection aerial work vehicle and intelligent control systems significantly improve the fuel economy of the engines. By precisely controlling the fuel injection volume and timing, fuel consumption is reduced, and operating costs are cut down.
Excellent Suspension and Shock-absorbing Systems
Advanced suspension systems, aerial work vehiclesuch as multi-link independent suspensions or air suspensions, are adopted. These can effectively filter out road bumps, enhancing the vehicle's driving stability and comfort. During the operation process, the vehicle needs to frequently stop and start. A good suspension system can reduce vibrations caused by uneven road surfaces, protecting the operational equipment and personnel.
High-performance shock absorbers are equipped, aerial work vehiclecapable of quickly absorbing and releasing energy, further reducing the vibration amplitude. This not only improves the accuracy of operations but also extends the service life of the operational equipment.
Reliable Braking Performance
Advanced braking systems, such as ABS (Anti-lock Braking System) and EBD (Electronic Brake-force Distribution System), are installed. ABS can prevent wheel lock-up during emergency braking, aerial work vehiclemaintaining the vehicle's steering ability and avoiding side-slip and tail-swing phenomena. EBD can automatically distribute the braking force between the front and rear wheels according to the vehicle's load condition and driving state, ensuring the optimal braking effect.
Brake discs and brake pads are made of high-quality materials, with wear-resistant and high-temperature-resistant characteristics. aerial work vehicle can maintain stable braking performance during long-term braking processes, guaranteeing driving safety.
Advanced Boom Design
The booms are made of high-strength steel and undergo special treatment, possessing excellent strength and toughness. Their reasonable structural design enables them to withstand large operational loads while ensuring the flexibility and stability of operations. For example, aerial work vehicle the telescoping, rotating, and luffing actions of the booms can be precisely controlled through an advanced hydraulic system. Operators can easily adjust th e position and attitude of the booms according to operational needs.
Some aerial work vehicle models' booms are also equipped with an automatic leveling function. During operations, they can automatically keep the operational platform in a horizontal state. No matter what angle the booms are at, they can provide a stable working environment for the operators, improving the safety and efficiency of operations.aerial work vehicle
Feature-rich Operational Platform
The operational platform has a spacious space, capable of accommodating multiple operators and necessary operational tools. Safety guardrails are installed around the platform, with a height that meets safety standards, effectively preventing operators from falling. At the same time, safety belt anchor points are installed on the guardrails. Operators can fasten their safety belts to further ensure operational safety.
Various operation control devices are set up on the platform. Operators can directly control the movements of the booms and the operation of the operational equipment on the platform without frequently getting on and off the aerial work vehicle, improving the convenience and efficiency of operations. In addition, some operational platforms are also equipped with lighting and communication devices, facilitating operations at night or in complex environments.
Intelligent Control System
An advanced intelligent control system is adopted, aerial work vehicle realizing the automation and intelligence of the operational process. aerial work vehicleThrough sensors and controllers, the system can monitor parameters such as the position, load, and angle of the booms in real time and automatically adjust the movements of the booms according to preset programs, ensuring the accuracy and safety of operations.
For example, during operations, when the aerial work vehicles approach the set operational range boundaries, the system will automatically issue an alarm and limit the further movements of the booms to avoid collision accidents. Meanwhile, the intelligent control system can also record operational data, facilitating operational analysis and statistics by management personnel.
Complete Safety Protection Devices
In addition to the safety protection devices of the operational platform mentioned above, the vehicle is also equipped with a variety of other safety protection devices. For instance, reverse radar and reverse imaging systems can help drivers accurately grasp the situation behind the vehicle when reversing, avoiding collisions with obstacles.
Emergency braking buttons and safety locking devices are available. In case of emergencies, drivers can quickly press the emergency braking button to immediately stop the vehicle. The safety locking devices can prevent the booms from accidentally moving during non-operational states, ensuring the safety of the vehicle and personnel.
Excellent Environmental Performance
The engines meet the latest national environmental emission standards. Advanced exhaust gas treatment technologies, such as Diesel Particulate Filters (DPF) and Selective Catalytic Reduction (SCR) systems, are adopted. These can effectively reduce the emission of harmful substances in the exhaust gas, minimizing environmental pollution.
During the vehicle's design and manufacturing process, attention is also paid to reducing noise pollution. Sound-insulating materials and noise-reduction technologies are used to effectively isolate and reduce noise from the engine, transmission system, and other noise sources. This ensures that the noise level of the vehicle during driving and operations meets relevant standards, creating a relatively quiet environment for operators and the surrounding environment.
Reliable Component Quality
HOWO high-altitude operation vehicles strictly select high-quality components from well-known domestic and foreign brands. These components have undergone strict quality inspections and verifications, possessing high reliability and durability. They can reduce the probability of failures and lower maintenance costs.
For example, key components of the hydraulic system, such as hydraulic pumps and hydraulic valves, adopt advanced technologies and manufacturing processes, ensuring the stable operation and efficient operation of the hydraulic system.
Convenient Maintenance and Repair
The vehicle's design fully considers the convenience of maintenance and repair. The engine compartment and operational devices and other key parts are reasonably laid out, facilitating inspection and maintenance. Meanwhile, the vehicle is equipped with a comprehensive fault diagnosis system. When the vehicle has a fault, the system can quickly and accurately locate the faulty part and provide corresponding maintenance suggestions, making it convenient for maintenance personnel to carry out repairs.
In addition, HOWO provides a comprehensive after-sales service network. Users can obtain professional technical support and maintenance services at any time, ensuring that the vehicle is always in a good operating state.
The company was founded on May 23, 2013. It mainly engages in the sales, import, and export of special vehicles (e.g., tanker trucks, sanitation vehicles, dangerous goods vans), construction machinery, auto parts, as well as the manufacturing of special vehicle equipment and molds.
Its main products include tanker trucks, sanitation vehicles, dangerous goods enclosed trucks, cylinder transport vehicles, and collision - avoidance buffer trucks. The company also offers customized manufacturing and import - export services for these products.
The company provides a one - stop service covering customization, exchange, return, installment payment, vehicle registration assistance, and door - to - door delivery.
The products have already reached markets in Europe, America, Vietnam, North Korea, and Southeast Asia. It is continuously expanding into emerging markets like the Middle East and South America. The company can adapt to the regulatory standards (such as environmental protection and safety certifications) of the customers' regions.
