A fully self-propelled lift is an aerial work platform with automated travel, enabling vertical lift and horizontal movement. Operators can directly control the lift's movement and lifting from the platform, eliminating the need for additional manpower. This lift utilizes a hydraulic system and a scissor-type mechanical structure, resulting in high stability and ease of operation.
The operating process for a self-propelled platform lift typically includes a safety check, starting the platform, raising the platform to the desired height, performing the work, lowering the platform, and shutting off the power. First, perform the necessary safety checks and equipment inspections. Once these are complete, start the lift according to the instructions. Then, use the control buttons to raise the platform to the desired height and complete the work at the designated location. Once the work is complete, lower the platform to its lowest height and shut off the power as required.
The key feature of a fully self-propelled lift is that the user can control travel, steering, and lifting functions without leaving the platform, and no manual traction or external power supply is required. It has its own travel and steering drive functions, and the operator only needs to master the control handles to complete the movement and lifting operations on the platform.
Self-propelled lifts primarily utilize high-strength steel as their primary structural material to ensure the equipment's load-bearing capacity and stability. Additionally, other materials such as rubber and plastic may be used in non-load-bearing components, transmission components, and other functional components as needed to provide specific functions such as anti-slip, sealing, cushioning, or aesthetics.
The platform of the mobile boarding bridge usually adopts an anti-slip design, such as a diamond grid plate, a hollow steel grid, etc., to ensure that the forklift has a good grip when going up and down the ramp to prevent slipping.
The mobile boarding bridge is usually equipped with safety devices such as tire blocking blocks, trailer chains, and supporting hand-cranked legs to ensure the safety of the loading and unloading process.
Self-propelled lifts are mainly used in stations, docks, airports, factories, street lamp maintenance, billboard maintenance and other scenes as well as high-altitude operations in large enterprises.
Reduce the height difference from the ground to the sky, greatly improving work efficiency
Cooperate with forklifts to load and unload large quantities of cargods, improving warehousing efficiency.
Integrated Operation:
The operator can use the control handles on the lift platform to control all equipment movements, including lifting, traveling, and steering, without having to step off the platform.
Autonomous Drive:
The equipment has built-in travel and steering capabilities, requiring no external power or power source, and operates completely autonomously.
High Efficiency:
It can be moved on the platform to reach other work locations, significantly improving the efficiency of aerial work.
Easy Operation:
Operators simply need to master the control handles to easily perform forward, reverse, steering, and lifting operations.
No Assistance Required:
Compared to equipment that requires manual towing or external power, fully self-propelled lifts significantly reduce reliance on manual labor and external power sources.
The integrated travel, steering, and lifting functions of fully self-propelled lifts provide operators with a high degree of flexibility and autonomy, enabling efficient aerial work.
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