ATWY6-100-1mn-B Single-Mast Aluminum Alloy Lifting Platform: A Precision Penetration Tool for Heavy-Duty Operations in 6m Ultra-Narrow Spaces

0.6m Ultra-Narrow Body: The "Space Penetrator" at 6m Height

The ATWY6-100-1mn-B features a frame made of high-strength, high-quality aluminum alloy, achieving a breakthrough of "narrow yet strong" on the basis of its single-mast design. With overall dimensions of 1.45×0.6×1.7m, its 0.6m width is nearly 25% narrower than platforms of the same height, easily penetrating 0.7m-wide pipe shafts, equipment gaps, or elevator car side gaps—even flexibly turning between two factory columns with an 0.8m interval.

The 6m working height is paired with a compact 0.65×0.5m platform. While ensuring a 150kg rated load (capable of carrying one person + a wired tool bag + a light welding machine), the platform edges are rounded with a 5mm arc to reduce the risk of scratching walls or equipment. This combination of "height + narrowness + load capacity" fills the gap in equipment for heavy-duty operations in ultra-narrow spaces at 6m height (such as cable tunnels and central air-conditioning duct interlayers).

Exquisite Balance of Material and Load Capacity: "Strong Without Being Clunky" at 360kg Weight

The 360kg overall weight is optimized through a "gradient wall thickness" design: the single-mast main frame uses 4mm-thick 6061-T6 aluminum alloy (tensile strength ≥260MPa), with key load-bearing nodes thickened to 5mm and non-load-bearing parts reduced to 2.5mm. This ensures a deflection of ≤3mm at 6m height under a 150kg load, while keeping the ground resistance for single-person towing ≤45N (equivalent to pulling a household refrigerator).

The bottom polyurethane tires are upgraded to "narrow tread + deep pattern" (60mm tread width, 2mm pattern depth). Under the constraint of the 0.6m-wide body, they not only reduce the floor space during turning (with a turning radius of only 1.3m) but also enhance grip on concrete and tile surfaces, preventing slipping during turns in narrow spaces—especially suitable for moving in areas with "complex foot feel" such as substation equipment base gaps and under laboratory workbenches.

1.1kW Power Adaptation: "Efficient Output" for Narrow-Space Operations

The 1.1kW motor is programmed to optimize for "high-frequency start-stop in narrow spaces": the lifting speed is 0.4m/s, taking only 15 seconds to rise from the ground to 6m, and the pressure fluctuation of the hydraulic system during start-stop is ≤0.5MPa, preventing tools from falling due to vibration. After 8 hours of continuous "rise-stop-fall" cycle operations in pipe shafts (once every 10 minutes), the motor temperature rise is ≤38℃, and the body surface temperature is close to room temperature, making it suitable for long-term operations in enclosed spaces.

Remote controllers use anti-interference radio frequency technology, maintaining a 10m control distance without shielding in narrow spaces surrounded by metal pipes, and supporting "inching lifting" (accuracy ±5mm). For example, when adjusting to a 5.8m height in a cable shaft to connect cable interfaces, precise positioning can be achieved without bending or leaning forward, reducing operational blind spots in narrow spaces.

Safety Details: An "Invisible Protective Net" for Narrow-Space Operations

Anti-jamming Design: When deployed, the hidden outriggers adopt "oblique support" (60° angle with the ground) with a support span of 1.2×1.0m, saving 30% lateral space compared to traditional vertical outriggers and avoiding "outriggers getting stuck against walls" in narrow passages. The outrigger bases are equipped with 20mm-thick rubber pads, which are both anti-slip and anti-indentation on tiles and epoxy floors.

Narrow-Area Safety Margin: The level gauge sensitivity is increased to ±0.5°. When the platform tilts >2.8° in a narrow space, in addition to sound and light alarms, it automatically triggers lifting lock (0.2° earlier than conventional platforms), preventing rollover due to center-of-gravity shift during single-side wall-adjacent operations.

Emergency Micro-Operation: The emergency descent valve is equipped with a "fine-tuning knob". In case of power failure in enclosed spaces such as pipe shafts, the descent speed can be controlled via the knob (0.1-0.3m/s), avoiding tool collisions with shaft walls caused by rapid falling.

Configuration Expansion: Customized Functions for "Narrow Scenarios"

Core Adaptability of Basic Version: Lifting guardrails + chain protection form a 1.1m-high enclosed space, while polyurethane tires + remote control meet the needs of moving and operating in conventional narrow spaces, suitable for maintenance in communication room cabinet gaps and construction on subway tunnel side walls.

Scenario-Specific Upgrades:

Battery-powered lifting version: Equipped with a waterproof battery compartment, it can complete 6m-high pipeline fixing above underground garage drainage ditches (without mains electricity), supporting 40 lifting cycles on a single charge;

Explosion-proof motor version: The entire machine is coated with anti-static spray, suitable for lamp replacement in 0.7m-wide maintenance channels in gas station oil tank areas;

Auxiliary walking version with directional wheel locking function: When operating in elevator shafts, it can fix the body direction to avoid platform deviation due to friction with shaft walls.

Scenario Focus: "Irreplaceable" in 6m Narrow Spaces

Heavy-Duty Operations in Cable Tunnels: The 0.6m width penetrates 0.7m-wide maintenance channels in tunnels, with a 150kg load carrying cable fusion splicers + 30m cable reels to complete cable connection at the 6m-high tunnel top;

Maintenance of Central Air-Conditioning Duct Interlayers: Passing through 0.8m-wide gaps between ducts and floor slabs, it carries 150kg to seal 6m-high duct flanges (the platform size perfectly fits the duct width, preventing tools from falling into the interlayer);

Renovation of Old Community Pipe Shafts: In 0.7m-wide corridor pipe shafts, it rises to 6m height to replace cast iron water pipes, with remote control avoiding collision risks from bending operations in the shaft;

Maintenance in Industrial Equipment Gaps: Flexibly moving between two injection molding machines with a 0.9m interval to inspect 6m-high top motors, with polyurethane tires preventing damage to workshop epoxy floors.

Product Value: "Height Freedom" for Heavy-Duty Operations in Narrow Spaces

With its unique combination of "0.6m width + 6m height + 150kg load capacity", the ATWY6-100-1mn-B redefines the possibilities of mid-low altitude narrow-space operations. It is no longer a compromise choice for "barely passing through" but a dedicated equipment capable of integrating "lifting, loading, and precise operation" in ultra-narrow areas, turning 6m-high narrow-space operations from "difficult tasks" into "standard procedures".