The elevator is mainly a transport element for transporting people or other loads. Different from other transportation assets, the elevator structure is stable and operates vertically. The development of the elevator industry has become a key factor in the construction technology, that is, the elevator makes the new buildings become higher when physics allows.
The speed of elevators has increased from 0.6-0.7 km/h to 70 km/h in the last century, which makes it possible to build skyscrapers. The elevator not only facilitates the life of ordinary people, but also facilitates wheelchairs, disabled people, pregnant women, the elderly, and even babies lying in baby carriages. In short, we can say that elevators give people freedom to move.
Anyone can easily control the elevator without training. This puts safety first, and is also the most important issue when using the elevator. Due to the development of technology, accidents rarely occur; However, possible accidents may cause serious injury or death. Therefore, elevators need to be completely safe. In order to achieve this, each elevator should provide necessary safety regulations. The main purpose of a complete elevator system is to ensure the compatibility of these necessary safety regulations.
The complete elevator system is a standardized warranty system. The whole elevator is a concept, which can ensure that all parts of the elevator are independent and the whole system complies with all international standards and local regulations. All responsibilities, including design, belong to the supplier.
As we all know, elevator system is composed of many subsystems and thousands of small parts. All these components are made of different materials, and it is almost impossible for manufacturers to produce them all. Therefore, materials are manufactured in different factories, and suppliers collect them and build the whole system. Because the elevator is a system, the design process becomes critical for enterprises. Because of this, in a complete elevator system, engineers should design a perfect system, all components should be coordinated, and the entire system should meet the required standards.