30m Telescopic Boom Aerial Work Vehicle – All-Scenario High-Efficiency Safety Operation Solution

I. Core Performance Parameters – Precision-Defined Industry Benchmark

(1) Operation Capability Parameters

Vertical Reach: With a maximum working height of 30m, it breaks through conventional height limits, adapting to extreme scenarios such as super-high-rise building curtain wall installation and bridge inspection. The maximum working amplitude of 15m ensures stable load output across the full range, enabling flexible operation in complex spaces.

Platform Configuration: The anodized aluminum alloy basket platform (dimensions 1600×750×1200mm) is rust-proof and deformation-resistant, with a rated load of 200KG supporting two-person collaborative work. The platform can rotate 360° and integrates with a hydraulic automatic leveling system (leveling accuracy ±0.5°) to ensure smooth and precise high-altitude operations.

(2) Driving and Chassis Parameters

Power System: Equipped with a Jiangling Shunda engine (maximum power 85KW) and a 6-speed transmission, it offers robust power reserve, adapting to 30% slope climbing. The maximum driving speed of ≥70km/h meets rapid site transition needs.

Body Design: The compact body (5995×2060×2900mm) with a 2800mm wheelbase and optimized minimum ground clearance of 200mm ensures excellent passability. Standard 650 steel wire tires and hydraulic braking systems double down on passability and braking safety. With a gross mass of 4495KG and curb weight of 4395KG, its lightweight design balances stability and fuel efficiency.

(3) Operational Efficiency Parameters

Boom System: The 6-section 15-sided synchronous telescopic boom (chain-driven), with built-in telescopic cylinders and external hydraulic tubing, enhances single-boom tensile strength by 40%. Telescoping time ≤90 seconds, with operational positioning accuracy of ±5mm.

Outrigger System: Front V-rear V-type square outriggers (4 independently adjustable), with a transverse span of 4550mm and longitudinal span of 5000mm, provide a grounding area of 3.2㎡—30% higher anti-tip moment than comparable products. Outrigger deployment/retraction time ≤60 seconds, supporting single-leg leveling for complex terrains like slopes and soft ground.

II. Innovative Technical Highlights – Redefining Operation Experience

(1) Full-Dimension Operation System

Three-Mode Control: Supports turntable manual operation, ground wired electric control (50m range), and 100m wireless remote control, adapting to diverse scenario preferences. A standard emergency operation system ensures platform lowering even in main power failure.

Intelligent Control: The electro-hydraulic proportional control system enables stepless speed regulation with a response time <0.3 seconds. Fully integrated boom slewing, telescoping, and luffing operations, with operating handle force ≤5N to reduce driver fatigue.

(2) Modular Structural Design

Boom Engineering: The 15-sided cross-section design (non-traditional rectangular/hexagonal) enhances rigidity by 50% and reduces self-weight by 20%, with a wind resistance rating of level 10 (wind speed 24m/s) at equivalent height. The chain-driven telescopic mechanism extends service life by 2x compared to wire rope, with a maintenance cycle of up to 2000 hours.

Convenient Maintenance: External hydraulic tubing layout and ≥800mm maintenance space for key components (cylinders, pump stations); a centralized lubrication system covering 12 articulation points, combined with CAN bus fault self-diagnosis, reduces troubleshooting time by 60%.

III. Seven-Layer Safety Assurance – Building an Operational Safety Barrier

(1) Active Safety Protection

Intelligent Interlock: Upper-lower vehicle operation interlock prohibits driving when outriggers are not retracted, reducing misoperation risks by 99%.

Limit Protection: Dual amplitude/height limit sensors automatically cut off power at critical values to avoid over-range operations.

Soft Leg Monitoring: Outrigger pressure sensors real-time monitor force status, locking boom movements in case of single-leg pressure loss to prevent tipping.

Horizontal Detection: A vehicle-level horizontal status tester (accuracy ±1°) triggers audible-visual alarms for lateral/longitudinal tilt overlimits, forcing operation stops.

(2) Passive Safety Design

Structural Protection: Platform guardrails use φ48×4mm high-strength steel (complying with EN280 standards), with impact resistance ≥1200N. Non-slip walkways (friction coefficient ≥0.7) and industrial-grade strobe warning lights (500m visibility) upgrade night operation safety.

Emergency System: An independent emergency electric pump lowers the platform to the ground within 3 minutes in case of engine/main pump failure. The slewing mechanism’s worm gear self-locking function maintains position during power outages, preventing platform slippage.

IV. User-Centric Configuration – Craftsmanship in Details

(1) Driving Comfort

The cab is standard-equipped with air conditioning, power windows, and central locking, plus ergonomic seats with 6-way adjustment for fatigue-free long-hour operation.

Remote ignition/shutdown function (30m range) enables pre-starting in cold weather, enhancing operational convenience.

(2) Scenario Adaptability

Multi-Terrain Adaptation: All-wheel-drive chassis + adjustable outriggers easily handle muddy and uneven roads without additional site leveling.

Night Operation: Integrated platform lighting (illuminance ≥50lux) and body warning lights meet special needs like municipal emergency repairs and power industry night maintenance.

V. Cross-Industry Applications – One-Stop Solution

In construction, it is used for high-rise building exterior painting, glass curtain wall installation, and rooftop equipment hoisting. In municipal engineering, it adapts to streetlight maintenance, traffic sign replacement, and bridge crack detection. For power utilities, it supports substation equipment maintenance, high-voltage line connection, and wind turbine tower inspection. In landscape maintenance, it enables ancient tree pruning, landscape sculpture installation, and aerial greenery replanting. For warehousing and logistics, it fits high-bay shelf inventory, automated storage system maintenance, and factory roof cleaning—comprehensively covering aerial work needs across industries.

Redefining Aerial Work Value

The 30m Telescopic Boom Aerial Work Vehicle, centered on "Height Breakthrough, Stability Priority, and Flexible Control", integrates aviation-grade materials, intelligent control technology, and a seven-layer safety system. It not only meets extreme height requirements for super-high-rise construction but also reduces O&M costs through modular design, becoming an efficiency multiplier for construction, municipal, and power industries. Choosing us means choosing "0-risk safety, 0-delay operation, 0-limit scenarios" full-dimensional protection, making aerial work more efficient and stress-free than ever.