ATWY1-8 Single-Column Outrigger Mobile Aluminum Platform: The Stability Benchmark for 7.8m Aerial Work

Single-Column Outrigger Structure: Breakthrough Fusion of Lightweight and High-Altitude Stability

As an industry-leading aerial work platform, the ATWY1-8 features a single-column outrigger framework constructed from high-strength 6063-T5 aluminum alloy, achieving a maximum working height of 9.8m while keeping the overall weight at 380kg (AC version)/430kg (DC version)—45% lighter than steel platforms of the same class. The compact 1.3m×0.76m body with a 1.99m retracted height navigates standard elevators (car size ≥1.3m×1.0m) and corridors ≥0.8m wide. The deployed 1.9m×1.8m mechanically locked outrigger support system, optimized through finite element analysis for anti-overturning design, ensures an operating sway of ≤18mm at 7.8m platform height, exceeding industry standards. The 0.67m×0.66m non-slip work surface comes with dual guardrails and 5kg-rated tool hooks, providing safety for single operators performing precise tasks with professional tools at height.

Dual-Power Intelligent Switching System: Full-Scene Energy Solution

The platform is equipped with both AC and DC power systems, allowing users to choose based on the operating environment:

AC Version: Compatible with global 380V/220V/110V power supplies, powered by a 1.5kW high-efficiency asynchronous motor driving the hydraulic system. Ideal for high-frequency use at fixed workpoints such as factory production line maintenance or mall atrium lighting replacement, it operates continuously when plugged in, eliminating concerns about battery life.

DC Version (Optional): Features a 12V/100Ah maintenance-free lead-acid battery pack and a 1.5kW DC motor, supporting 5 hours of continuous operation (10 lifting cycles per hour at full charge). The 24V/15A smart charger completes a full charge in 6 hours, making it suitable for outdoor off-grid scenarios (e.g., municipal bridge inspection, construction site temporary lifting), enabling true mobile operation flexibility.

Both power versions utilize a load-sensing hydraulic system with a lifting speed of ≤12 seconds per meter (7.8m platform in approximately 94 seconds). Descent is smoothly controlled via a proportional valve to prevent ground impact, protecting sensitive work environments.

Five-Layer Safety Protection System: Zero-Risk Assurance for Aerial Work

Structural Safety: Outriggers are double-locked with mechanical pins and hydraulic locks. A high-precision level gauge monitors the support surface in real time, automatically alarming and locking the lifting system when the tilt angle exceeds 3°. The hydraulic system cuts power and triggers audio-visual alarms instantly if the load exceeds 165kg (110% of rated capacity).

Electrical Safety: Both ground and platform control panels feature IP65 waterproof emergency stop buttons. Manual pressure relief valves enable emergency descent during power outages. Dual limit switches at the mast top and bottom prevent over-travel, with critical circuits redundantly designed for control system reliability.

Material Safety: The aluminum alloy material passes 1,000-hour salt spray tests without corrosion, offering three times better corrosion resistance than traditional steel platforms. Ideal for humid environments (e.g., ship cabins, food processing plants), its spark-free properties meet safety requirements for explosive atmospheres.

Hydraulic Safety: Equipped with a German HAWE high-pressure pump station, the system maintains stable pressure at 16MPa. Hydraulic locks engage instantly in case of oil pipe rupture), ensuring operator safety.

Compliance Certification: CE/ISO 9001 certified, with critical welds inspected via ultrasonic testing. Core components (e.g., cylinders, motors) undergo durability tests at twice the rated load, meeting international safety standards.

Full-Scene Adaptability: From Precision Workshops to Complex Outdoor Environments

Indoor Extreme Operations: 9m-tall library bookshelf organization (0.76m width navigates shelf gaps), electronics factory cleanroom overhead pipe calibration (anti-static aluminum), 9m hotel ballroom chandelier maintenance (1.99m retracted height fits elevator transport).

Outdoor Complex Terrains: The DC version with all-terrain rubber wheels maneuvers smoothly on light gravel, suitable for municipal streetlight maintenance or residential building facade cleaning. The outrigger system ensures stability on slopes ≤5° or soft ground.

Special Environment Customization: Optional accessories include rain covers, explosion-proof motors, and platform extensions (expandable to 1.0m×0.66m), meeting specialized needs such as wind turbine tower inspection or chemical plant equipment maintenance.

Human-Centric Design and Low Maintenance Cost

Intelligent Control: An electro-hydraulic proportional control system supports jog lifting with ±25mm positioning accuracy for precise tasks like pipe alignment. The platform handrail integrates a multifunctional control panel with speed adjustment, height display, and fault diagnosis.

Rapid Transition: Folding towing handles on the body enable easy single-person movement over short distances. Quick-release outriggers deploy/retract in 45 seconds, significantly boosting efficiency for multi-site operations.

Maintenance-Free: Self-lubricating bearings reduce 90% of routine maintenance. A sealed hydraulic tank prevents dust ingress, cutting annual maintenance costs by 30% compared to similar products. An integrated fault diagnosis system uses LED indicators to quickly identify electrical issues.

Core Advantages Summary

The ATWY1-8 stands as the premier choice for narrow-space medium-high aerial work, combining a 7.8m platform height, 150kg load capacity, and 0.76m ultra-narrow body. Its dual-power configuration addresses all energy scenarios, five-layer safety protection ensures zero operator risk, and lightweight aluminum design balances durability with portability. With a wide range of optional accessories, it supports customized solutions for manufacturing, commercial, municipal, and energy sectors in special environments, redefining the performance boundaries of single-column outrigger platforms.