Atomoving
Aerial Work Platform
Full Electric Scissor Platform
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Scissor Platform Lift 6m to 8m
- Extended Vertical Reach: Achieves a maximum platform height of 8,000mm (26.2 ft) with a 900mm (35.4 in) slide-out extension deck for obstacle clearance.
- Heavy-Duty Payload: Engineered with a 300kg (661 lbs) Safe Working Load (SWL), accommodating two operators and heavy tooling simultaneously.
- Efficient Electric Powertrain: Features dual 0.5kW (0.67 hp) drive motors and a 2.2kW (2.95 hp) lift motor for consistent duty cycles.
- Active Stability System: Mechanical pothole protection deploys automatically, reducing ground clearance to 20mm (0.79 in) to prevent tipping during elevation.
The FSJY Series self-propelled scissor platform lift is engineered for high-cycle facility maintenance, installation, and warehouse operations. Available in 6,000mm (19.7 ft) and 8,000mm (26.2 ft) platform height configurations, this unit features a compact 1,880mm x 900mm (74 x 35.4 in) chassis designed for navigating standard doorways and narrow aisles. The system utilizes a 24V DC powertrain powered by dual 12V/150Ah deep-cycle batteries, driving two 0.5kW (0.67 hp) wheel motors for precise positioning. With a 900mm (35.4 in) cantilevered extension deck, operators gain critical outreach over fixed machinery. This equipment is optimized for flat slab surfaces, featuring non-marking Φ\Phi305mm (12 in) solid tires and a robust mechanical pothole protection system that ensures structural stability when the platform is elevated.
Model for Aerial Work Platform
| Model | FSJY6 | FSJY8 | |
|---|---|---|---|
Max.Platform Height | mm | 6,000 | 8,000 |
Min.Platform Height | mm | 1,080 | 1,200 |
Max.Machine Height | mm | 7,100 | 9,100 |
Ground Clearance | mm | 20 | 20 |
Capacity | kg | 300 | 300 |
Platform Extend Capacity | kg | 100 | 100 |
Platform Size | mm | 1,880×900 | 1,880×900 |
Platform Extend Length | mm | 900 | 900 |
Min.Turning Radius | mm | 2,000 | 2,000 |
Driving Wheel Size | mm | Φ305×100 | Φ305×100 |
Directional Wheel Size | mm | Φ305×100 | Φ305×100 |
Driving Motor | v/kw | 2×24/0.5 | 2×24/0.5 |
Lifting Motor | v/kw | 24/2.2 | 24/2.2 |
Battery | v/Ah | 2×12/150 | 2×12/150 |
Charger | v/A | 24/15 | 24/15 |
Pothole Protection System | Mechanical control | ||
Overall Length | mm | 2,050 | 2,050 |
Overall Width | mm | 900 | 900 |
Overall Height | mm | 2,150 | 2,270 |
Overall Net Weight | kg | 1,500 | 1,700 |
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Performance
Precision Electric Drive & Maneuverability
The FSJY series abandons traditional hydraulic drive for dual 24V/0.5kW (0.67 hp) electric drive motors. This direct electric drive system reduces hydraulic leak points and provides higher torque efficiency, enabling the unit to navigate gradients and maintain a minimum turning radius of 2,000mm (78.7 in). The compact 900mm (35.4 in) overall width allows for operation in tight racking aisles where larger lifts cannot access. Power is supplied by a heavy-duty 24V/150Ah battery bank, managed by an intelligent 24V/15A charger to maximize battery cycle life and reduce downtime between shifts.
Optimized Work Envelope & Load Management
Designed for multi-operator tasks, the steel-reinforced platform supports a total capacity of 300kg (661 lbs). The extension deck provides a 900mm (35.4 in) outreach with a dedicated capacity of 100kg (220 lbs), allowing technicians to bridge gaps over assembly lines or shelving without repositioning the chassis. Vertical actuation is powered by a 2.2kW (2.95 hp) hydraulic lifting motor, ensuring smooth ascent to the maximum machine height of 9,100mm (29.9 ft) (Model FSJY8). The control system allows for full-height drivability, significantly increasing throughput by eliminating the need to lower the platform before moving to the next work point.
Active Safety Systems & Maintenance Diagnostics
Operator safety is mechanically integrated into the chassis design. Upon platform elevation, the pothole protection bars automatically deploy, reducing ground clearance from the standard transport height to just 20mm (0.79 in). This restricts chassis tilt if a wheel enters a floor depression or drop-off. For fleet maintenance efficiency, the unit includes an on-board diagnostic system (ECU) that displays fault codes directly on the interface, eliminating the need for external analyzers. The Φ\Phi305mm x 100mm (12 x 3.9 in) solid rubber tires are maintenance-free and eliminate the risk of punctures in debris-heavy construction environments.
Frequently Asked Questions
What is a platform scissor lift
No, scissor lifts generally do not reach higher than other types of aerial lifts. Scissor lifts mainly provide vertical lifting with limited outreach, while boom lifts and other aerial work platforms can achieve greater working heights and extended horizontal reach.
Do scissor lifts reach higher than aerial lifts?
No, scissor lifts generally do not reach higher than other types of aerial lifts. Scissor lifts mainly provide vertical lifting with limited outreach, while boom lifts and other aerial work platforms can achieve greater working heights and extended horizontal reach.
Do scissor lifts tip over easily?
No, scissor lifts do not tip over easily when used correctly on level, firm ground and within weight limits. Tipping risks increase when operated on uneven ground, slopes, overloaded conditions, or without using stabilizers. Proper training and safe operation can effectively prevent tipping accidents.
When can aerial work platforms be used?
An aerial work platform works using a powered lifting mechanism, such as hydraulics, pneumatics, or electric motors, to extend, retract, and position the platform. Operators control movement via onboard controls to adjust height, reach, and stability. The base provides balance, while the platform carries workers and equipment, allowing safe and precise positioning at various elevations.
Reference
[1] University of Virginia, Environmental Health & Safety. “Mobile Elevated Work Platforms”. University of Virginia EHS, Accessed February 22, 2026. https://ehs.virginia.edu/Occupational-Health-Safety/Mobile-Elevated-Work-Platforms.
[2] Wikipedia. “Aerial work platform”. Wikipedia, the Free Encyclopedia, Accessed February 22, 2026. https://en.wikipedia.org/wiki/Aerial_work_platform.
[3] BBC Science Focus. “How does a TV aerial work?”. Science Focus, Accessed February 22, 2026. https://www.sciencefocus.com/future-technology/how-does-a-tv-aerial-work.