Hailunzhe 28-meter Articulating Boom Truck-mounted Aerial Work Platform

Product Introduction

Main Features

• Extended Articulating Boom Design: Offers a 28-meter working height and wide horizontal reach, enabling coverage of large and complex aerial work areas.
• High Maneuverability: Vehicle-mounted configuration allows for swift relocation between job sites, adapting to diverse operational demands.
• Multi-layer Safety Protection: Equipped with overload protection, anti-collision systems, and emergency stop mechanisms to ensure operator safety in all conditions.
• Intelligent Operation System: Features precise hydraulic control and ergonomic consoles for smooth and accurate boom and platform movements.

Application Scenarios

• Large-scale Construction Projects: Facade installation, high-rise building maintenance, and large-scale industrial facility upkeep.
• Infrastructure Maintenance: Inspection and repair of bridges, overpasses, and tall utility structures.
• Emergency Services: High-altitude rescue operations in scenarios like building collapses or fire incidents in tall structures.
• Industrial Applications: Maintenance of large machinery, pipelines, and equipment in factories and industrial zones.

Technical Specifications

Frequently Asked Questions

• Question 1: How to handle strong wind conditions during operation?
   
  Answer: Cease operation when wind speed exceeds the equipment’s rated limit. Always check weather forecasts and ensure the platform is stowed securely in windy conditions.
• Question 2: What maintenance routines are essential for long-term performance?
   
  Answer: Conduct regular inspections of hydraulic systems, boom structures, and safety devices. Follow the manufacturer’s maintenance schedule for oil changes, part replacements, and system calibrations.
• Question 3: Can the platform be operated on uneven terrain?
   
  Answer: The equipment requires a level and stable surface for operation. Use outriggers properly and avoid operating on severely uneven or soft ground to prevent instability.