34m Seven-Section Synchronous Telescopic Boom Aerial Work Vehicle – All-Dimensional Aerial Work Expert

I. Ultra-High Altitude Operation Performance – Redefining Industry Height Benchmark

(1) Vertical Operation Capability

34m Peak Height: Surpassing conventional aerial work vehicle limits, it effortlessly reaches the top of 30-story buildings, specially designed for ultra-high altitude scenarios such as super-high-rise building curtain wall installation, wind turbine tower maintenance, and bridge main tower inspection, reducing multi-equipment collaborative operation costs.

300kg Heavy-Duty Platform: The basket, constructed with high-quality carbon steel square tubes, has a rated load of 300kg, supporting 3-person teamwork with tools. Its dimensions (2.4m×1.2m×1.1m) accommodate large equipment transportation, enhancing high-altitude material handling efficiency.

(2) Horizontal Operation Range

24m Aerial Span: Maintains a 24m working amplitude at maximum height, covering complex spaces like building extensions and bridge sides. At full amplitude (18m), the minimum working height is 5m, ensuring no blind spots from rooftops to podium buildings.

360° Full-Rotation Basket: The electric continuous rotation mechanism, paired with a hydraulic automatic leveling system (accuracy ±1°), enables precise high-altitude positioning without repeated adjustments, improving complex-angle operation efficiency by 40%.

II. Heavy-Duty Chassis and Outriggers – All-Terrain Stability Foundation

(1) Mobility and Load-Bearing Performance

Efficient Transit Capability: The 4×2 drive chassis, matched with a YCY30165-60 National VI engine, achieves a maximum speed of 80km/h and a gradeability of ≥35%, easily navigating mountainous and hilly terrains. With a 3800mm wheelbase and compact body (7800×2480×3460mm), it maneuvers smoothly through urban alleyways and factory narrow roads.

Heavy-Duty Chassis Design: The Baowu high-strength steel frame (tensile strength ≥550MPa), with a gross mass of 11995kg, enhances impact resistance by 25%, suitable for frequent heavy-load operations and harsh road conditions.

(2) Outrigger System – A Revolution in Stability

X-Type Full-Extension Outriggers: Front/rear X-type 2-section horizontal outriggers with a longitudinal span of 7450mm and transverse spans of 7570mm (front)/8100mm (rear), providing a grounding area of 6.2㎡. The anti-tip moment is 40% higher than comparable products, ensuring stability in extreme conditions like slopes (±15°) and soft foundations.

Intelligent Outrigger Control: Independently adjustable single legs with double-acting hydraulic locks automatically lock in case of pressure loss. Equipped with detection switches, buzzer alarms, and a level gauge, ground operators can monitor outrigger status within 50 meters, reducing misoperation risks by 90%.

III. Seven-Section Synchronous Telescopic Boom – Aviation-Grade Materials and Precision Control

(1) Core Boom Technology

Hexagonal Cross-Section Design: The seven-section synchronous telescopic boom, made of imported high-strength steel (yield strength ≥690MPa), offers 50% higher rigidity and 20% lower self-weight, with a wind resistance rating of level 12 (32.7m/s). A luffing angle of 0°-78° covers all scenarios from low-level maintenance to vertical lifting.

Dual-Cylinder Luffing Mechanism: Fitted with double-acting balance valves, it ensures smooth and impact-free luffing, with high-altitude positioning accuracy of ±5mm, ideal for precise operations like curtain wall installation and equipment docking.

(2) Control System – Precision and Convenience

Three-Mode Operation System: Supports turntable seat operation (with sunshade), basket wireless remote control (100m range), and ground electric control box backup, adapting to different scenarios. Remote engine start/stop and throttle control from the basket enhance efficiency by 20%.

Electro-Hydraulic Proportional Control: Imported electro-hydraulic proportional valve blocks enable stepless speed regulation, with linkage response time <0.5 seconds for boom telescoping, luffing, and slewing. The operating handle force ≤8N reduces driver fatigue, making it easy for novices to master.

IV. Seven-Layer Safety Protection – Building a Three-Dimensional Safety Network

(1) Active Safety System

Intelligent Interlock Mechanism: Upper-lower vehicle operation interlock (no driving without retracted outriggers, no boom operation without engine shutdown) restricts over-amplitude operations when outriggers are not fully extended, eliminating misoperation risks at the source.

Limit Warning System: Dual amplitude/height limit sensors (accuracy ±0.1m) give audible-visual warnings 1m before critical values and automatically stop at limits. A vehicle-level inclinometer (±0.5° accuracy) forcibly locks the boom when tilt limits are exceeded, preventing tipping.

(2) Passive Safety Design

Structural Protection: The basket features double-layer 25mm non-slip aluminum plates (friction coefficient ≥0.7) and φ48mm high-strength guardrails (impact resistance ≥1500N), with two safety belts standard. Four yellow strobe lights on the body provide 200m nighttime warning distance for oncoming vehicles.

Emergency Redundancy Configuration: A 200L hydraulic tank with level monitoring and an electric emergency pump (activates during main pump failure) lowers the platform to the ground within 3 minutes. Thirteen cylinders with double-acting balance valves lock positions during power outages, increasing safety redundancy by 200%.

V. User-Centric Design – Details Enhancing Operation Experience

(1) Operational Comfort

Cab Configuration: The single-row 3-person cab includes air conditioning, power windows, and 6-way adjustable ergonomic seats for comfort on rough roads. Blind spot monitoring and rearview cameras ensure safe maneuvering in tight spaces.

Basket Control Optimization: The basket’s armrest control panel is ergonomically designed for precise operation with gloves. 360° electric rotation and hydraulic leveling make high-altitude work as stable as on the ground.

(2) Maintenance Convenience

Modular Layout: Key hydraulic components (pumps, valves) are centrally arranged with ≥600mm maintenance space. The 32ml/r gear pump and CAN bus fault self-diagnosis extend filter replacement cycles to 500 hours, reducing troubleshooting time by 60%.

Long-Life Design: Outrigger plates use Baowu 5-6mm high-strength steel (salt spray test ≥1000 hours). Imported slewing bearings and planetary reducers have a 2000-hour maintenance cycle, lowering full-life costs by 30%.

VI. Cross-Industry Adaptation – From Super-High Rises to Municipal Projects

(1) Core Application Scenarios

Super-High-Rise Construction:

The 34m working height covers 30+ story buildings, completing curtain wall panel installation in one lift and reducing risks from tower crane coordination. The 300kg load capacity allows carrying multiple tools, minimizing trips to the ground.

Bridge and Traffic Engineering:

The 24m aerial amplitude reaches bridge cables and pier facades, with 360° rotation for curved structures. 80km/h transit speed and ≤80s outrigger deployment suit multi-site municipal emergency repairs, doubling efficiency.

Power and Energy Industry:

The level 12 wind resistance design suits coastal wind turbine blade replacement, while hydraulic leveling maintains basket horizontalness on tilted towers. Dual-position basket operation enables engine control at height for substation maintenance.

Warehousing and Industrial Scenarios:

The 300kg load handles heavy shelf maintenance in automated warehouses, with basket rotation for multi-angle work. The compact body fits through factory gates, with optimized ground clearance for seamless indoor-outdoor transitions.

(2) Extreme Condition Adaptation

Terrain Adaptation: Supports muddy ground (optional non-slip pads), hard surfaces (ground pressure ≤0.3MPa), and slopes (±15° automatic leveling) without site preparation – ready to operate upon arrival.

Climate Adaptation: Operates in -20℃~+50℃ temperatures, with optional hydraulic oil heating for extreme cold. Stable performance in deserts and plateaus.

Redefining Aerial Work Efficiency

The 34m seven-section synchronous telescopic boom aerial work vehicle, centered on "Height Leadership, Stability Reliability, and Intelligent Control", elevates ultra-high-altitude operation safety, efficiency, and comfort to new heights. Whether installing curtain walls at cloud level or rapid municipal repairs, its "Precision Positioning, Quick Response, and All-Dimensional Safety" make it the trusted choice for engineering teams. Choosing us means embracing a new paradigm of "Unlimited Operations, Guaranteed Safety" in aerial work.