FAW 16 m articulated aerial lift truck

The FAW 16 m articulated aerial lift truck is built on FAW J6F series CA1040 chassis, equipped with Xichai 130 horsepower National VI engine and WLY 6-speed gearbox, which is powerful and environmentally compliant. The upper body adopts 4-section straight-arm aerial work arm with a total length of 16 meters. The hydraulic drive realizes multi-stage synchronous telescopic and 360° continuous rotation. With the automatic leveling system, the operation is precise and stable. The tail workbench can bear 200kg and is equipped with anti-slip aluminum plate and rotation function to meet the needs of multi-angle operation. The vehicle is supported by 4 front V and rear H-shaped legs, and the one-button leveling function can adapt to complex terrain. The operation control integrates ground wired and wireless remote control dual modes, equipped with multiple safety protection (such as overload alarm, hydraulic overload protection, anti-collision system, emergency protection, interlocking mechanism) to ensure efficiency and safety. The vehicle is widely used in municipal, construction, industry and other fields, and is a reliable choice for aerial operations.

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Chassis system

●. Chassis model: Based on the FAW J6F series CA1040 light truck chassis modification, it is specially designed for engineering modification, taking into account both load-bearing and passability.

●. Power system:

♦ Engine: Xichai CA4DB1-13E6, 130 horsepower (95kW), National VI emission standard, 2.2L displacement, turbocharging technology, stable power output and excellent fuel economy.

♦ Transmission: WLY 6-speed manual transmission, clear gear position, easy shifting, and adaptable to complex working conditions.

●. Wheelbase and drive: 3300mm wheelbase, reasonable front axle load distribution, strong rear axle load-bearing capacity, equipped with hydraulic power steering system, flexible control.

●. Braking system: front disc and rear drum brakes, matched with ABS anti-lock braking system to ensure driving safety.

Upper system

●. Aerial work boom

♦ Structural form: 4-section straight arm, high-strength manganese steel welded structure, optimized arm cross-section design, excellent bending and torsion resistance.

●. Arm parameters:

♦ Total length: 16 meters (vertical working height), horizontal extension of about 11 meters (arm fully extended state).

♦ Telescopic method: Full hydraulic drive, equipped with high-precision proportional valve, supports multi-stage synchronous telescopic and single-section independent control, and the arm moves smoothly without shaking. The telescopic mechanism adopts double chain + hydraulic cylinder linkage, and the movement is smooth without jamming.

♦ Rotating mechanism: 360° continuous rotation, adjustable rotation speed, equipped with hydraulic locking device, accurate operation positioning.

♦ Leveling system: automatic hydraulic leveling to ensure that the workbench always remains horizontal and adapts to complex terrain operations.

♦ Safety limit: equipped with angle sensor, amplitude sensor and double balance valve, real-time monitoring of the arm posture, automatic limit of overload and over-width operation.

●. Work platform

♦ Carrying capacity: The rated load of the tail workbench is 200kg, which can meet the needs of two people working at the same time.

♦ Platform size: length × width × height = 1.8m × 0.7m × 1.1m, equipped with anti-slip patterned aluminum plate and fence, the operating space is spacious and safe.

♦ Auxiliary functions:

 Leveling and flipping: The workbench can be flipped manually or hydraulically ±90°, which is convenient for material transfer and tool storage.

 Emergency descent: Equipped with a mechanical emergency descent device to ensure the safe evacuation of personnel in the event of power failure or hydraulic failure.

●. Outrigger system

♦ Structural form: 4 outriggers in total, front V-type and rear H-type, with independent control on one side, supporting full-span and half-span operation modes.

♦ Support method: Hydraulic vertical outriggers, equipped with a level and automatic leveling function to ensure the stability of the vehicle when working on uneven ground. Equipped with a two-way hydraulic lock and a mechanical leveling device, the boom is automatically locked when the outrigger is not fully extended.

♦ Span range: The front outrigger span is 3.2 meters, and the rear outrigger span is 3.5 meters, which is suitable for narrow space operations.

●. Control system

♦ Operation method:

 Ground control box: Integrated operation panel, equipped with emergency stop button, outrigger control, boom operation and other functions, intuitive and convenient operation.

 Wireless remote control: 2.4G wireless remote control, long remote control distance, support one-button reset and emergency braking, improve operation safety.

♦ Safety device:

 Load limiter: Real-time monitoring of the workbench load, automatic alarm and movement restriction when overloaded.

 Anti-collision system: Boom movement trajectory detection, automatic deceleration or stop when encountering obstacles.

 Hydraulic overload protection: The hydraulic system is equipped with overflow valve and balance valve to prevent overpressure and impact.

 Emergency protection: The hydraulic system is redundantly designed, and the boom can be manually depressurized and retracted in case of sudden power failure; the power is automatically cut off when the platform is overloaded.

●. Auxiliary system

♦ Warning device: Equipped with sound and light alarm and outrigger warning light to ensure no safety hazards.

♦ Toolbox: Two toolboxes are configured on the left side of the chassis for storing commonly used tools and spare parts.

Technical advantages

1. Efficient operation: The boom is flexible and has a small turning radius, which is suitable for narrow spaces such as urban roads and factory workshops.

2. Safe and reliable: Multiple safety protection devices meet national standards.

3. Convenient maintenance: Modular design, hydraulic system and electrical system are arranged in partitions, which is convenient for daily inspection and maintenance.

4. Environmental adaptability: Euro VI emission engine meets environmental protection requirements, and the hydraulic system has excellent low-temperature starting performance and adapts to -20℃~45℃ ambient temperature.

Application scenarios

• Municipal engineering: street light maintenance, bridge inspection, and traffic signal light installation.

• Industrial field: plant equipment maintenance, pipeline installation, and storage shelf construction.

• Construction industry: exterior wall decoration, glass curtain wall cleaning, and steel structure welding.