Aerial work platforms refer to movable mechanical equipment used for operations at certain heights. They lift workers, tools, and materials to specific positions for work, providing safety guarantees for operators. Aerial work platforms can replace traditional methods such as suspended baskets and scaffolding, significantly improving safety and efficiency.

I. Features:
Mobility: Can be easily moved to different work locations.

High Safety: Provides safety guarantees for workers, reducing the risks of high-altitude operations.

Improved Efficiency: Compared to traditional methods, they greatly enhance operational efficiency.

Strong Adaptability: Various types are available to suit different operational needs and environmental conditions.

II. Safety Operation Procedures:
Pre-Operation Inspection:

Check the structure for deformations.

Ensure the hydraulic system’s oil level is normal; refill if insufficient.

Inspect tire pressure to ensure it meets the specified range.

Verify the braking system is sensitive and reliable to ensure stable parking.

Test the flexibility of control handles to ensure precise operation.

Before starting, clear surrounding debris to maintain an unobstructed workspace.

Load Requirements:

Overloading is strictly prohibited; the rated load capacity must not be exceeded.

Movement Requirements:

When moving the platform, speed should not be excessive and must remain within the specified limit.

Let me know if you’d like any refinements!

Aerial work platforms refer to movable mechanical equipment used for operations at certain heights. They lift workers, tools, and materials to specific positions for work, providing safety guarantees for operators. Aerial work platforms can replace traditional methods such as suspended baskets and scaffolding, significantly improving safety and efficiency.

I. Features:
Mobility: Can be easily moved to different work locations.

High Safety: Provides safety guarantees for workers, reducing the risks of high-altitude operations.

Improved Efficiency: Compared to traditional methods, they greatly enhance operational efficiency.

Strong Adaptability: Various types are available to suit different operational needs and environmental conditions.

II. Safety Operation Procedures:
Pre-Operation Inspection:

Check the structure for deformations.

Ensure the hydraulic system’s oil level is normal; refill if insufficient.

Inspect tire pressure to ensure it meets the specified range.

Verify the braking system is sensitive and reliable to ensure stable parking.

Test the flexibility of control handles to ensure precise operation.

Before starting, clear surrounding debris to maintain an unobstructed workspace.

Load Requirements:

Overloading is strictly prohibited; the rated load capacity must not be exceeded.

Movement Requirements:

When moving the platform, speed should not be excessive and must remain within the specified limit.

Let me know if you’d like any refinements!