Atomoving
Aerial Work Plaform
Semi Electric Scissor Platform
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Mini Model Aerial Platform
- Compact Doorway Access: A streamlined 740mm (29.1 in) chassis width allows seamless navigation through standard personnel doorways and narrow facility aisles.
- Optimized Lift Capacity: The reinforced scissor structure supports a Safe Working Load (SWL) of 300kg (661 lbs), accommodating operators and heavy tooling.
- Precision Hydraulic Control: Features a 0.8kW DC lifting motor delivering stable vertical ascent to 3000mm (118 in) in just 33 seconds.
- Zero-Emission Operation: Equipped with a 12V/60Ah maintenance-free battery system, ideal for noise-sensitive indoor environments.
The SJY 0.3 Series Semi-Electric Scissor Lift is a compact aerial platform engineered for high-density storage areas, supermarkets, and facility maintenance tasks. Designed to replace cumbersome ladders and scaffolding, this unit combines a manual propulsion system with a powered hydraulic lift mechanism. It features a robust 1170mm x 600mm (46.1 x 23.6 in) working platform capable of elevating 300kg (661 lbs) to maximum platform heights of 3900mm (153.5 in). With a retracted height of just 1650mm (65 in) for the base model, it ensures easy storage and transport through standard 80-inch door frames. The system is powered by a reliable 12V DC electrical architecture, ensuring quiet, fume-free operation suitable for HVAC installation, painting, and indoor electrical repairs.
Model for Aerial Platform
| Model | SJY0.3-3 | SJY0.3-3.9 | |
|---|---|---|---|
|
Max.Platform Height |
mm |
3,000 |
3,900 |
|
Min.Platform |
mm |
630 |
700 |
|
Working Platform Size |
mm |
1,170×600 |
1,170×600 |
|
Lifting Motor |
v/kw |
12/0.8 |
12/0.8 |
|
Capacity |
kg |
300 |
300 |
|
Lifting Time |
s |
33 |
33 |
|
Lowering Time |
s |
30 |
30 |
|
Charger |
V/A |
12/10 |
12/10 |
|
Overall Length |
mm |
1,300 |
1,300 |
|
Overall Width |
mm |
740 |
740 |
|
Overall Height |
mm |
1,650 |
1,750 |
|
Self Weight |
kg |
360 |
420 |
|
Battery |
V/A |
12/60 |
12/60 |
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More Material Handling Equipment
Performance
Ultra-Compact Chassis for Narrow Aisle Maneuverability
The SJY 0.3 Series distinguishes itself with a superior width-to-stability ratio. The total chassis width is engineered at 740mm (29.1 in) with an overall length of 1300mm (51.2 in). This geometric profile allows the unit to achieve a virtual zero-degree turning radius when manually manipulated, essential for “tight-fit” applications in supermarkets or warehousing grids where turning space is restricted. Despite its small footprint, the unit maintains a substantial Self Weight of up to 420kg (926 lbs), providing a low center of gravity that eliminates the need for external outriggers at these elevation levels.
High-Torque 12V Hydraulic Lifting System
Unlike light-duty alternatives, this aerial platform utilizes a commercial-grade 0.8kW DC lifting motor coupled with a precision hydraulic cylinder. This powertrain drives the scissor stack to full extension (up to 3900mm / 153.5 in) in approximately 33 seconds, minimizing downtime between positioning. The hydraulic circuit is tuned for controlled descent, executing a full lowering cycle in 30 seconds to ensure operator safety and load stability. The 12V/60Ah battery provides ample ampere-hour capacity for multiple lift cycles on a single charge, supported by an integrated 12V/10A smart charger for overnight replenishment.
Optimized Structural Capacity & Ergonomics
The working platform provides 0.70 m² (7.5 sq ft) of surface area (1170mm x 600mm / 46.1 x 23.6 in), specifically dimensioned to support a 300kg (661 lbs) payload. This capacity is sufficient to hold two operators plus approximately 140kg (308 lbs) of tools and materials, significantly outperforming standard single-man personnel lifts. The entry height is engineered at a low 630mm (24.8 in) to 700mm (27.6 in), reducing operator fatigue during frequent entry and exit. The structural steel scissor arms utilize widened pivot points to resist lateral sway, ensuring a rigid and safe platform environment at maximum elevation.
Frequently Asked Questions
What is aerial platform?
Aerial platforms, a collective term for equipment facilitating temporary high-reach access, play a crucial role across various sectors by offering a safer, more efficient alternative to conventional methods like ladders and scaffolding. This category includes aerial work platforms (AWPs), mobile elevating work platforms (MEWPs), cherry pickers, boom lifts, scissor lifts, and bucket trucks, each designed to meet specific high-reach requirements across industries such as construction, maintenance.
Characterized by their capacity to lift weights typically under a ton—with some models designed for higher safe working loads (SWL)—these platforms are usually intended for single-operator use. They can be powered through hydraulic, pneumatic, or electric systems, adapting to diverse operational needs. For instance, boom lifts offer extensive directional reach, including the ability to maneuver ‘up and over’ obstacles, ideal for accessing difficult locations. Conversely, scissor lifts provide a straightforward vertical elevation, suitable for tasks requiring direct upward movement.
What are the 3 basic components of an aerial lifting platform?
Aerial lifting platforms, essential tools in the material handling industry, comprise three fundamental components engineered to ensure safety, versatility, and efficiency in operations at height.
The platform structure serves as the critical workspace for operators or the area for material placement, designed for elevation. Its dimensions and load capacity are tailored to match the operational requirements of various aerial lift types, accommodating a wide range of tasks from maintenance to construction. This customization enables the aerial platform to meet specific industry standards and safety regulations, ensuring a secure environment for personnel and materials alike.
Central to the functionality of these platforms is the lifting mechanism, which facilitates the elevation and descent of the platform structure. Depending on the aerial lift model, this mechanism can manifest as a scissor package for vertical lift, a telescopic boom for extended reach, or an articulated arm for flexibility in movement and access. Each design addresses distinct operational needs, offering precision in height adjustment and positioning.
The propulsion and mobility system, encompassing the baseframe and drive system, grants the aerial platform its mobility. Whether equipped with wheels for ease of movement across sites, tracks for stability on uneven terrain, or stabilizers for fixed-position tasks, this system ensures the platform can be efficiently and safely maneuvered or stationed according to the task requirements.