English
loading
| Availability: | |
|---|---|
| Quantity: | |
Product description
The electromagnetic overhead crane is a special type of bridge crane. It uses electromagnetic suction cups as the lifting devices, enabling the automatic grasping and release of heavy objects.
Main Specifications
Rated lifting capacity: Depending on the model, the lifting capacity ranges from 10 tons to 50 tons.
Span: Usually over 20 meters, it can be customized according to actual needs.
Lifting height: According to site requirements, the lifting height can reach over 30 meters.
Working grade: A3 to A4 level, suitable for frequently used occasions.
Structure
This electromagnetic overhead crane crane is used for hoisting long pieces of steel billets, plates, bars, coils, etc. It is equipped with electromagnetic suction cups or clamps or special group hooks for lifting. It mainly consists of a box-shaped bridge, a lifting trolley, a large vehicle running mechanism, a driver's cab and an electrical control system. It is also equipped with a power-off magnetic protection system. The lifting mechanism mostly adopts a single motor, two reducers and two drums arrangement, presenting a double lifting point form. The layout of the hanging beam can be either perpendicular to the main beam or parallel to the main beam. Other forms are the same as those of the QD type crane.
Main features of the electromagnetic bridge crane:
High degree of automation: Through the control of the electromagnetic suction cups, the automatic grasping and release of heavy objects can be achieved, significantly improving production efficiency.
Wide range of applications: Suitable for various magnetic materials of various shapes, such as steel, ores, etc.
High safety: The electromagnetic suction cups have an automatic protection function. When the current is too high or too low, it will automatically disconnect to ensure operational safety.
Case
Application
This overhead crane with electromagnetic beam is widely used in industrial production, especially in situations where there is a need to frequently handle magnetic materials such as steel and ores.
