ATWP2-12 Double-Mast Swing-Outrigger Mobile Aluminum Platform: High-Altitude Safety Benchmark for 12m Heavy-Duty Aerial Work

Wind-Resistant Double-Mast Structure: Precise Balance of 14m Working Height and 200kg Load Capacity

The ATWP2-12 features 6061-T6 aluminum alloy integrally extruded double masts, achieving a maximum platform height of 12m and a working height of 14m through bionic mechanical design. With a 200kg rated load, it stably supports a single operator plus heavy tool combinations (e.g., high-frequency welding torches, hydraulic spreaders). The 1.5m×0.67m non-slip platform adopts a diamond-pattern stamping process, increasing the friction coefficient by 30%, and is equipped with a foldable three-layer tool basket (30kg load capacity per layer) and a magnetic part tray, adapting to high-altitude multi-process continuous operations.

Maintaining folded dimensions of 1.70m×0.76m×1.99m, it easily navigates 0.8m-wide industrial corridors and standard freight elevators (car ≥1.8m×1.2m). When deployed, the 2.4m×2.2m swing-outrigger support forms a "field-shaped" stable base, limiting lateral platform sway to ≤8mm at 12m height. Structural optimization enables stable operation under Level 12 wind loads (wind speed ≤28.5m/s), addressing the pain point of high-altitude operations being vulnerable to strong winds in high-elevation areas.

Intelligent Dual-Power System: Energy Efficiency Upgrade for High-Altitude Scenarios

Industrial-Grade AC Drive (Standard Configuration)：

A 1.5kW rare earth permanent magnet synchronous motor integrates an adaptive load algorithm, supporting 220V/110V wide-voltage input with a lifting speed of 0.6m/s. Under a 200kg load, its energy efficiency is 25% higher than traditional motors. For high-altitude low-pressure environments (altitude ≤3000m), the motor includes a plateau adaptation module to prevent power attenuation, with a temperature rise of ≤45℃ after 10 hours of continuous full-load operation—ideal for high-frequency heavy-duty scenarios such as large factory dome maintenance and high-level warehouse shelf installation.

DC Extended-Range Version (Optional)：

Equipped with two 12V/100Ah low-temperature anti-aging battery packs (stable operation from -20℃ to 60℃) and a 2.2kW brushless DC motor, it completes 50 full-height lifting cycles on a single charge (approximately 6 hours of runtime), paired with a 12V/15A smart fast charger (90% charge in 2 hours). The Battery Management System (BMS) features power balancing and overcharge protection, adapting to off-grid scenarios like plateau wind turbine tower maintenance and mountain power transmission tower upkeep. Its cable-free design and all-terrain rubber wheels (300mm diameter) enable stable operation on gravel slopes with a gradient ≤6°.

Swing-Outrigger Adaptive Deployment: High Flexibility at 830kg Weight

60-Second Intelligent Support Adjustment：

The upgraded hydraulic-assisted swing-outrigger mechanism integrates an angle sensor, allowing a single operator to achieve automatic leveling of support legs (level error ≤0.5°) via a rotating handle. Deployment/retraction time is reduced to 60 seconds, saving 30% of operation time compared to traditional models. With a support range of 2.4m×2.2m, it achieves stable support on uneven ground (height difference ≤10cm) through independent single-leg adjustment. Four 12-inch polyurethane universal wheels with automatic braking (lock when pushed) ensure a single-person pushing resistance of ≤45N on concrete ground for the 830kg AC model, offering superior relocation efficiency over same-height equipment.

Human-Machine Collaborative Control Interface：

The platform handrail integrates a 5-inch IPS touchscreen, supporting height presets (accuracy ±15mm), real-time load monitoring (warning at 10% overload), and visual display of tilt angles (triggering red-zone alerts at ≥3°). The joystick uses an aviation-grade Hall sensor, supporting stepless speed regulation from 0.2-0.6m/s, paired with a "one-click descent" shortcut key to meet speed control needs for precision operations like bridge bearing alignment and curtain wall keel welding.

Full-Link Safety Protection: Closed-Loop Assurance from Prevention to Emergency

Preventive Protection：

The anti-misoperation button adopts a "two-hand synchronous pressing" design (requiring simultaneous pressing of "start + direction" keys for 3 seconds) to eliminate single-key misoperation. The platform self-locking gate features infrared induction + mechanical bolt dual locks; the lifting system is forced to power off when open, and manual rotation is required to unlock after closing to prevent accidental opening during operation.

Monitoring Protection：

The level indicator includes a three-axis gyroscope with a 10Hz sampling rate, triggering simultaneous audio-visual alarms and power cutoff when the tilt angle exceeds 3°. The oil pipe explosion-proof system uses double-layer steel wire braided pipelines + burst pressure monitors to real-time monitor hydraulic line pressure, locking cylinders within 0.1 seconds in case of abnormalities to avoid sudden drops.

Emergency Protection：

The emergency descent system adopts a dual-loop design (manual pump + backup hydraulic valve). During power outages or malfunctions, a single operator can lower the 12m-high platform to the ground within 25 seconds by cranking the handle. Both ground and platform control panels are equipped with IP67 waterproof emergency stop buttons, cutting off all power within 0.2 seconds when pressed, adapting to operation in harsh environments like rain or dust.

Transportation Protection：

The bottom features 180mm×100mm international standard forklift pockets, compatible with forklifts and hoisting equipment for transfer. Swing-outriggers retract flush with the body contour, with a protrusion of ≤50mm during transportation to avoid component damage from collisions during long-distance shipping.

Exclusive Application Scenarios for 14m Height

High-Altitude Maintenance of Large Venues：A 14m working height adapts to steel structure inspection of gymnasium domes and ceiling lamp replacement in airport terminals. The double-mast wind-resistant design improves stability by 50% during operations in open spaces, reducing platform sway caused by strong air currents.

High-Altitude Structural Inspection of Bridges：The DC version supports bolt tightening of highway cross-river bridge bearings and welding of embedded parts on viaduct piers. Its 2.4m×2.2m support range maintains stability on bridge slopes (≤5°), with ground pressure ≤0.25MPa to protect bridge pavement.

Operation and Maintenance of Plateau Energy Facilities：Suitable for maintenance of wind turbine towers and photovoltaic power station booster stations below 3000m altitude. Low-temperature battery packs and plateau motors ensure normal startup at -20℃, solving the "difficult startup and low efficiency" issues of high-altitude equipment.

Municipal Ultra-High Operations：A 12m platform height meets 10kV power line erection and facade renovation of urban landmarks. Its narrow design accesses narrow lanes in old urban areas, minimizing impact on surrounding traffic.

Technical Value Positioning

Positioned as a "12m high-altitude heavy-duty safety solution," the ATWP2-12 fills the performance gap of heavy-duty operation equipment in the 10-15m height range through wind-resistant double-mast structures, intelligent power adaptation, and full-link safety protection. Equipped with a 1.5kW AC system and full safety devices (with optional DC low-temperature battery packs), it precisely matches needs such as "12m double-mast swing-outrigger platform" and "high-altitude aerial equipment," providing efficient, stable, and safe hardware support for ultra-high-altitude operations.