Brief: Curious about how this performs in practice? Join us for a hands-on look at the Self-erecting Hammerhead Tower Crane in action. This video demonstrates its overload protection systems, remote control operation, and how it efficiently handles vertical and horizontal material transport on construction sites. See how its safety features and strategic positioning contribute to project efficiency.
Related Product Features:
Self-erecting hammerhead design for quick setup and efficient operation on construction sites.
Comprehensive overload protection system with audible warnings to safeguard equipment and personnel.
Remote control operation option for enhanced operator safety and flexible positioning.
Multiple safety limiters for torque, weight, height, slewing, and amplitude control.
Emergency brake system enables immediate stopping during critical situations.
Main lifting motor equipped with thermal and current protection systems.
Secure concrete foundation attachment providing stability for high-rise construction projects.
Full rotation capability with optimal combinations of height and lifting capacity.
FAQs:
What safety features does this tower crane include?
The crane features multiple safety systems including torque limiter, weight limiter, height limiter, slewing limiter, amplitude limiter, overload protection with audible warnings, emergency brake, and main lifting motor with thermal and current protection.
How is this tower crane controlled?
It offers both cab control and remote control options, allowing operators to choose the method that best ensures their safety and operational efficiency on the construction site.
What are the typical applications for this self-erecting hammerhead tower crane?
It serves as essential equipment for large civil engineering construction sites, efficiently transporting construction materials and machinery with vertical and horizontal movements, making it ideal for high-rise building projects.
How does the overload protection system work?
The system provides warnings at 90% of rated lifting torque, restricts upward movement at 110% torque, controls maximum lifting capacity, prevents high-speed lifting at 40% capacity, and activates audible alarms when loads exceed safe limits.