ATWY4-100-1mn-B Single-Mast Aluminum Alloy Lifting Platform: A Precision Tool for Light-Load Operations in 4m Ultra-Narrow Spaces

Ultra-Narrow Single-Mast Structure: Flexible Penetration in Millimeter-Level Spaces

The ATWY4-100-1mn-B is constructed from high-strength, high-quality aluminum alloy, featuring a single-mast design specifically engineered for ultra-narrow spaces. With an overall width of 0.6m (dimensions: 1.45×0.6×1.7m), it is nearly 20% narrower than conventional platforms of the same height, effortlessly navigating 0.7m-wide equipment gaps, pipe shafts, or elevator cars—solving the "stuck" dilemma of traditional equipment.

Boasting a maximum working height of 4m and a compact 0.64×0.5m platform, its 100kg rated load precisely caters to light tool needs (e.g., fiber fusion splicers, small infrared detectors). When operated by one person, the platform maintains stable center of gravity with sway ≤5mm.

Weighing 280kg and equipped with an ergonomic push-pull handle, it can be easily moved by a single person, with a turning radius of only 1.2m. In "space-critical" environments like laboratory workbench gaps or telecom equipment room cabinet rows, it achieves "point-to-point" precision operations.

Light-Load High-Efficiency Performance: Efficiency Upgrade for Light-Load Scenarios

Power Adapted to Light-Load Needs: A 1.1kW motor compatible with 220V power supply optimizes output for 100kg loads, with a lifting speed of 0.4m/s—smooth starts and stops to avoid damaging precision tools from vibrations. After 6 hours of continuous operation (1-minute lifting cycle), motor temperature rise is ≤35℃, ideal for scenarios requiring long-term stable performance such as telecom room wiring or museum display maintenance.

Operational Friendliness of Ultra-Narrow Platforms: The 0.64×0.5m platform edges are rounded to reduce collision risks with equipment. Its surface is covered with anti-static rubber mats, suitable for anti-static environments like electronics workshops and laboratories. It also features pre-drilled tool hook holes for securing light equipment such as fiber fusion splicers and small multimeters.

Detailed Design: Dual Assurance of Safety and Convenience in Narrow-Space Operations

Scenario-Adapted Standard Configuration:

The remote controller supports wireless operation within 8 meters, enabling remote lifting control in hard-to-access spaces (e.g., pipe shafts, cabinet gaps) to avoid safety risks from bending or Side operation. The quick locker responds in ≤1 second, with a locked platform height error of ±8mm—meeting millimeter-level operation needs like lamp adjustment or cable joint alignment.

Deployed hidden outriggers expand the support span to 1.2m×1.0m, increasing stability by 40% compared to the retracted state. The level gauge includes a buzzer alarm, triggering instant alerts when tilt exceeds 2.5° to prevent imbalance risks from limited visibility in narrow spaces.

Fine Protection for Materials and Mobility:

Polyurethane tires use a silent formula, with walking noise ≤55dB—suitable for quiet environments like hospital ICUs and libraries. With a tread depth of 1.5mm, they ensure grip without scratching anti-static floors or marble, solving the "operation leaves marks" pain point.

Configuration Expansion: Scenario Compatibility with Customization on Demand

Basic Version for General Needs: A 1.1m-high safety enclosure formed by lifting guardrails and chain protection, plus an emergency descent valve that manually lowers the platform to the ground within 30 seconds during power outages—adapting to conventional light-load scenarios.

Upgraded Versions for Special Scenarios:

The optional battery-powered lifting version (12V/60Ah battery) offers 4 hours of runtime, eliminating cable constraints for outdoor street lamp maintenance or ancient building eave repair;

The explosion-proof motor and electrical version (Ex dⅡCT4 rating) suits flammable and explosive environments like chemical laboratories and gas stations;

The optional auxiliary walking function adds electric drive wheels, reducing manpower by 50% during long-distance relocation—especially useful for multi-point operations in large workshops.

Key Application Scenarios: Focus on Niche Fields of Ultra-Narrow + Light-Load

Precision Equipment Room Maintenance: Its 0.6m ultra-narrow width easily accesses server cabinet rows, with 100kg load capacity for network testers to perform 4m-high cable tray wiring or switch maintenance;

Cultural Relic Protection Operations: In museum display gaps (width ≤0.7m), the compact platform carries small cleaning tools for non-destructive maintenance of artifacts on display tops;

Pipe Shaft Construction: Navigates 0.8m-diameter vertical pipe shafts to seal 4m-high water/air pipe joints, with remote operation avoiding the inconvenience of bending into tight spaces;

Laboratory Equipment Installation: Safely mounts small lamps or monitoring probes above precision equipment (e.g., biosafety cabinets, clean benches), with polyurethane tires protecting laboratory-specific floors.

Product Value: "Tailor-Made" for Light-Load Operations in Narrow Spaces

The ATWY4-100-1mn-B breaks through with "narrowness" and enhances efficiency with "lightness". Through its 0.6m ultra-narrow width, 0.64×0.5m compact platform, and 100kg precision load capacity, it fills the gap in equipment for light-load operations in ultra-narrow spaces. Whether penetrating millimeter-level gaps or safely carrying precision tools, it demonstrates unique "small but refined" advantages, becoming the preferred solution for light-load aerial work in telecom, medical, cultural, and other fields.