500kg multi-scene use column type electric rotating 360 degree jib crane

1,Structural features:

Column support: The core structure is a solid steel column installed vertically on the foundation, providing the main support and stability. This is the key to distinguishing it from a wall-mounted cantilever crane.

Cantilever beam: A horizontal or slightly inclined I-beam (cantilever) is installed on the top of the column and can rotate around the column. There is usually a track under the beam.

Electric hoist: Equipped with an electric hoist (usually a wire rope hoist) with a rated lifting capacity of 500kg, it runs along the track under the cantilever beam (moves horizontally).

Rotation mechanism: A swivel bearing or slewing mechanism is installed on the top of the column, allowing the entire cantilever beam to rotate around the center of the column. The rotation angle is usually 180°, 270° or 360° (depending on the specific design and site restrictions).

Fixed foundation: The column needs to be fixed to a solid concrete foundation with anchor bolts to ensure sufficient stability and load-bearing capacity.

2,Performance characteristics:

Lifting capacity: The rated lifting capacity is 500kg (0.5 tons), which is its core parameter.

Working range:

Rotation radius (cantilever length): refers to the distance from the center of the column to the end point of the cantilever, which determines the size of the circular or sector area covered. Common lengths are 3m, 4m, 5m, 6m, etc., and users can choose according to site requirements.

Rotation angle: Provides a rotation range of 180°, 270° or 360°, which greatly increases the flexibility of the operation.

Lifting height: Depends on the column height and the stroke of the electric hoist. The column height can be customized according to actual needs.

Lifting speed: Electric hoists provide stable lifting speeds (e.g. 8 m/min) and are much more efficient than manual hoists.

Operation speed: The horizontal operating speed of the electric hoist on the cantilever beam (e.g. 20 m/min) and the rotation speed of the cantilever (usually slow, driven manually or electrically) jointly determine the positioning efficiency.