how to cranes get on top of buildings

Cranes have become a common sight in modern-day cities, especially in metropolitan areas. Cranes are used to lift heavy materials to the top of buildings during construction and to lift equipment for maintenance purposes once the building has been completed. Have you ever wondered how cranes end up on top of buildings? In this article, we will take a look at the steps involved in getting cranes on top of buildings.

Assembling the crane on the ground

The first step involves assembling the crane on the ground. The process involves fitting together different parts of the crane, including the base, the tower, the crane's arm, and the counterweights. This step is crucial as it ensures that the crane is stable and safe for use when lifting heavy loads. Engineers and technicians will assemble all these parts with great care and precision. Once the crane is fully assembled, it is tested to ensure it is working correctly before it is disassembled for transport to the construction site.

Transporting the crane to the site

The second step is to transport the crane to the construction site. The crane is broken down into smaller parts to make it easier to transport it to the site. The parts are then loaded onto trucks and transported to the site. The technicians and engineers who assembled the crane are usually responsible for overseeing the transportation process to ensure that everything is done correctly. Once at the site, the crane is taken to the spot where it will be erected.

Erecting the crane

The third step is to erect the crane. The crane is erected on site by attaching the tower to the base, and the crane's arm is then attached to the tower. This step requires a lot of attention to detail, and it is done with great care to ensure that the crane is stable and safe for use. The technicians and engineers usually have to use other cranes to help lift parts of the crane during the process.

Finishing the installations

The fourth step involves finishing the installations. The counterweights are attached to the crane to help stabilize it, and the electrical wiring is installed. A technician will also ensure that the crane's limit switches and power supply are correctly set up. Once the installations are completed, the crane is ready for use.

Conclusion

Getting a crane to the top of a building is a complex process that requires skilled technicians and engineers. An incorrectly assembled crane or a poorly erected crane can be dangerous and cause accidents. It is therefore essential to follow the steps outlined in this article to ensure that the crane is properly assembled on the ground, safely transported to the site, correctly erected, and properly finished.