Lifting capacity range: 10t – 110t

Span range: 10.5m – 40m

Duty class: A6, A7, A8

Lifting height range: 10m – 24m

The hoisting mechanism of the rotating electromagnetic beam bridge crane adopts a classic parallel axis arrangement. The trolley travel mechanism uses a low‑speed shaft centralized drive structure, while the crane travel mechanism features independent drives on both sides.

According to the type of load‑handling device, the crane can be classified into hook type and beam type;

according to the beam arrangement – parallel to the main girder and perpendicular to the main girder;

according to the rotation method – upper‑rotation type and lower‑rotation type;

according to the operation mode – floor control, cab control, and remote control.

The rotating electromagnetic beam bridge crane is equipped with a rotatable beam, suitable for lifting and moving materials of different sizes that require horizontal rotation. Specialized lifting devices such as electromagnetic chucks and clamps can be mounted under the beam.

In terms of safety protection, the electromagnetic beam crane incorporates an innovative triple protection mechanism:

dual upper limit switches + rotation limit switch on the drum + heavy‑hammer anti‑collision limit switch on the trolley frame.

Specifically designed for rotating and placing long magnetic metal materials (steel plates, sections, etc.) in space‑constrained environments, the crane features a double‑lifting‑point, single‑motor driven twin‑drum structure. The wire rope is wound in a single layer without multiple redirections. The rotating electromagnetic beam can achieve a rotation range from 0° to –240°, flexibly meeting the requirements of directional changes and cross‑stacking, thus adapting to various working scenarios.

The telescopic beam allows electric adjustment of magnet spacing and stepless regulation of magnetic force according to the size (thickness, length, number of plates, etc.) and weight of the material being lifted.

This crane is widely used in steelmaking, shipbuilding, port logistics, and other industries – both indoors and in open‑air yards – for loading, unloading, and handling steel plates, sections, coils, and other materials. It helps upgrade material transfer and storage under complex working conditions.

Compared to ordinary electromagnetic beam cranes, the core feature of the rotating electromagnetic beam bridge crane is its ability to achieve horizontal rotation of the load, greatly improving material handling flexibility and precision. This is primarily realized through two structural methods: upper rotation and lower rotation.

Core Functions

Achieve 360-degree rotation of long materials such as steel plates, billets, and sections, facilitating stacking, truck loading, and end-to-end alignment.

Increased Efficiency

Adjust material angle through rotation, simplifying loading/unloading processes and effectively improving work efficiency.

Flexible Adaptation

The telescopic beam can electrically adjust magnet spacing and magnetic force according to material size and weight, accommodating a wide range of specifications.

Strong Load Capacity

Robust structural design with high strength. The duty class typically reaches A6 to A8, suitable for frequent, heavy-duty operations.

Precise Positioning

Technologies such as rigid guide column anti-sway and variable frequency drive effectively reduce load swing, enabling precise positioning and fine adjustments – essential for precision tasks.

Safe & Reliable

Adopts cross-frame and other stable structures. Optional power failure magnetic retention system and emergency release device ensure load safety during power outages.

Intelligent Control System

Equipped with Programmable Logic Controller (PLC) and variable frequency drive technology, supporting stepless speed regulation for smooth operation. Advanced remote intelligent control makes operation more flexible.

Rich Configurations

Optional features include 1:10 wide‑ratio speed regulation, overload alarm, fault self-diagnosis system, load data recording and printing, etc.

Multiple Operation Modes

Both cab operation and wireless remote control are available to suit different working environments and operator habits.

Strong Adaptability to Environment

Capable of handling steel billets up to 650°C, adapting to high‑temperature environments.

Good Weather Resistance

Robust construction allows outdoor use, with optional rainproof equipment to suit various climates.

Strong Application Versatility

Different lifting attachments such as electromagnetic chucks and clamps can be mounted under the beam for handling steel plates, sections, scrap, and other materials.

Adaptation to Plant Dimensions

Depending on plant height and space, choose between upper rotation or lower rotation structures to optimize space utilization.