Mobile Aluminum One-Man Lift Elevator with SJL0.1-6-1

The 6m Mobile Aluminum One-Man Lift Elevator is designed for efficient and safe vertical lifting in various environments. Its high-strength aluminum alloy construction ensures stability and reliability, while its lightweight and compact design makes it easy to transport and operate in narrow spaces.

Key Features:

1. Aluminum Mast Structure: Smooth and stable lifting with minimal deflection, offering lightweight mobility.
2. Platform Controls: Up and down movements can be controlled directly from the platform, with an emergency stop button for added safety.
3. Safety Features:
   • Leakage protection
   • Thermal protection
   • Emergency travel protection
4. Power Failure Safety: Includes a self-locking mechanism during power failure, emergency drop system, and cylinder crack prevention device.

Single Mast Lift Features:

1. Compact Structure: Ideal for accessing narrower passageways and elevators, making it highly versatile.
2. High-Strength Aluminum Alloy: The main mast is made of extruded aluminum profiles that provide high safety and lightweight performance.
3. Self-Developed Sliders: Built-in sliders between masts minimize dynamic clearance, ensuring smoother and more stable operation.
4. Superior Support Structure: The integrated slider design is far more stable than traditional independent guide wheel support structures.

Operation and Safety:

1. Simple Operation: Easy to use with a user-friendly control system.
2. Hydraulic Power Unit: Features a compact, reliable hydraulic system with an integrated pump station, which includes an emergency drop function to prevent accidents.
3. DC 24V Control Voltage: Ensures operator safety, with additional features like a waterproof emergency stop switch, leakage protection switch, and electrical limit switches for extra safety.

This Mobile Aluminum Lift is perfect for a variety of uses, including maintenance, cleaning, and other tasks in hotels, banks, supermarkets, and similar venues, offering reliable performance in tight spaces.