36m Eight-Section Synchronous Telescopic Boom Aerial Work Vehicle – Sinotruk Chassis All-Scenario Aerial Work Flagship

I. Hardcore Parameters: Redefining Aerial Work Dimensions

Vertical Height Breakthrough: With a maximum working height of 35.5 meters, it surpasses similar products by 3-5 meters, easily reaching the top of 12-story buildings. Specifically designed for ultra-high-altitude scenarios such as fire facility maintenance in super-high-rise buildings and ceiling maintenance in airport terminals, it reduces the cost of relay operations by multiple aerial work vehicles.

Load and Amplitude Flexibility: The maximum working amplitude for single-person operation is 21 meters, suitable for long-distance tasks like pipeline laying on building exteriors and bridge cable inspection. For two-person collaborative operations, the maximum amplitude at a load of 200kg is 18 meters, meeting the needs for two-person high-altitude curtain wall replacement with tools. Under extreme conditions, the working height at the maximum amplitude of 21 meters is 26.7 meters, and the amplitude at the maximum height of 35.5 meters is 4.7 meters, ensuring no blind spots between high and low altitudes.

Sinotruk Power Core: Equipped with a Sinotruk WP2.3Q140E62 engine (displacement 2289ml, power 103kW), it offers a 20% torque increase, a gradeability of ≥40%, and adapts to complex terrains such as mountains and plateaus. With a maximum driving speed of 100km/h, it improves urban transfer efficiency by 30%.

Compact Body Design: The dimensions are 5995mm in length × 2060mm in width × 3150mm in height, with a wheelbase of 2800mm, front overhang of 1100mm/rear overhang of 1800mm, and a minimum ground clearance of 190mm. It can pass through urban roads and underground garages with a height limit of 3.2 meters and a width limit of 2.1 meters.

X-Type Full-Extension Outriggers: The longitudinal span is 5500mm, and the transverse span is 5940mm, with a grounding area of 4.2㎡ and an anti-tip moment of 850kN·m, a 50% increase over similar products. The outrigger deployment/retraction time is ≤70 seconds per side, supporting automatic leveling on slopes of ±12°.

II. Eight-Section Synchronous Telescopic Boom: Aviation-Grade Structure and Precision Control

Sixteen-Sided Cross-Section Design: Made of 3-4mm high-strength steel (yield strength ≥785MPa), it offers 60% higher rigidity and 18% lower self-weight than traditional hexagonal booms, with a wind resistance rating of level 11 (wind speed 26.7m/s), making it safer for operations in typhoon-prone areas.

Dual-Cylinder Luffing + Eight-Section Synchronous Telescoping: The luffing angle is 0°-78°, the telescoping time is ≤110 seconds, and the positioning accuracy is ±3mm. The dual-cylinder redundant design ensures that the boom can be retracted even if one cylinder fails, improving operational reliability by 200%.

Three-Mode Collaborative Operation: The turntable seat operation is equipped with a shock-absorbing seat and sunshade, integrated with a 5-inch LCD display that real-time shows data such as height, amplitude, and outrigger pressure. The basket wireless remote control can precisely control boom movements within a 100-meter range, with an emergency stop button and a response time of <1 second to high-altitude emergencies. Ground electric control backup ensures operational continuity in case of wireless signal interference.

Electro-Hydraulic Proportional Control: The imported proportional valve block enables 0.1mm-level micro-operations, with a handle operating force of ≤6N and a boom slewing speed of ≤50 seconds per revolution, improving the efficiency of fine operations such as curtain wall bolt installation by 40%.

III. Sinotruk Chassis: Heavy-Duty Reliability and Passability

Power and Drivetrain: The Sinotruk-exclusive chassis is matched with a 6-speed gearbox, turbocharging, and intercooling technology, enabling cold starts without preheating at -30°C. The engine has a B10 life of 800,000 kilometers and an extended maintenance cycle of 15,000 kilometers.

Load-Bearing and Safety: With a gross mass of 4495kg and a cab capacity of 2 people (including the driver), the high-strength steel frame has a torsional stiffness of ≥25000N·m/°, passing 500,000 kilometers of intensive road testing to adapt to harsh working conditions in mines and chemical plants.

Humanized Cab: Standard features include air conditioning, power windows, and an ergonomic seat (with lumbar support), with cab noise ≤76dB, reducing long-distance transfer fatigue by 35%. It integrates a rear-view camera, blind spot monitoring radar, and automatically heated rear-view mirrors, improving driving safety in rainy and foggy weather by 50%.

IV. Seven-Layer Safety System: Full-Process Risk Control

Intelligent Interlock System: When the outriggers are not fully extended, the boom amplitude is limited to within 12 meters. Arm operations are locked during driving, and misoperations trigger audible-visual alarms.

Limit Warning Mechanism: Dual amplitude/height sensors (accuracy ±0.05 meters) give pre-alarms 1.5 meters from critical values and automatically stop 0.5 meters before reaching limits. The vehicle-level inclinometer (accuracy ±0.3°) forcibly cuts off power when tilt limits are exceeded to prevent rollover.

Upgraded Structural Protection: The basket uses φ50×5mm carbon steel square tubes (impact resistance ≥1800N), double-layer 30mm non-slip aluminum plates (friction coefficient ≥0.8), and comes standard with double seat belts and anti-fall 卡扣 (buckles). Four yellow strobe lights on the body provide a nighttime warning distance of up to 300 meters.

Emergency Redundancy Configuration: The 200L hydraulic tank has low-level alarms, and the electric emergency pump lowers the platform to the ground within 3 minutes. All 13 cylinders are equipped with double-acting balance valves to lock the boom position during power outages, with a safety redundancy coefficient 2.5 times the national standard.

V. Cross-Industry Adaptation: From Municipal Emergency Repairs to Industrial Heavy-Duty Operations

Super-High-Rise Building Scenarios: At 35.5 meters, it can directly install photovoltaic panels and replace lightning rods, reducing reliance on tower cranes and improving construction efficiency.

Municipal Engineering Scenarios: The 21-meter working amplitude covers the installation of urban viaduct sound barriers and full-section inspection of cross-river bridges, with an 80km/h transfer speed to meet the timeliness requirements of municipal emergency repairs.

Power Maintenance Scenarios: The level 11 wind resistance design is suitable for coastal wind farm tower cleaning and 220kV substation busbar maintenance, with a hydraulic leveling system that adapts to tilted towers.

Warehousing and Logistics Scenarios: The compact body can pass through automated warehouse gates, and the 360° basket rotation enables no-blind-spot maintenance of 25-meter shelves, improving warehouse operation safety.

Petrochemical Industry Scenarios: An optional explosion-proof hydraulic system meets the requirements for high-altitude anti-corrosion painting of reaction towers and valve replacement at storage tank tops in flammable and explosive environments.

VI. Maintenance and Service: Full-Life-Cycle Cost Optimization

Convenient Maintenance Design: Key components such as hydraulic valve blocks and gear pumps are centrally arranged in the side cabin, with a maintenance space of ≥800mm, reducing filter replacement time to 15 minutes. The slewing bearing (Xuzhou Saiyue) has a maintenance cycle of 2500 hours, and the chain-type telescopic mechanism has a service life of 5000 cycles, reducing replacement costs by 5 times compared to wire rope structures.

Redefining the Aerial Work Benchmark

The 36m eight-section synchronous telescopic boom aerial work vehicle, with the reliability of the Sinotruk chassis, the height breakthrough of the eight-section boom, and all-scenario safety redundancy, redefines the efficiency and safety of aerial work. Whether for fine operations at urban heights or emergency repairs in extreme 野外 (wild) environments, it becomes the trusted choice for engineering teams with its characteristics of "precise positioning, stable reliability, and intelligent efficiency." Choosing the Sinotruk aerial work vehicle means choosing the ultimate aerial work solution of "no-blind-spot operations, guaranteed safety, and low maintenance costs."