The Structure and Use of the Jib Crane

The structure and use of the jib crane

The jib crane consists of a column, a slewing arm, a cantilever drive device and an electric hoist. The base of the lower end of the column is fixed on the concrete foundation by the anchor bolts, the motor drives the reducer drive device to make the cantilever rotate, and the electric hoist performs reciprocating operation on the cantilever I-beam. Jib cranes can help you shorten production preparation and non-productive work time, and reduce unnecessary waiting.

Application of jib crane

Jib cranes are widely used. In the production lines of automobiles, passenger cars, motorcycles, ships and other vehicle and shipbuilding industries, due to the need to frequently tighten screws, nuts, nuts, etc., jib cranes can be used to suspend manual screwdrivers and electric motors. screwdriver to complete the assembly work of various vehicles.

The jib crane can also hang the welding torch, so it can also be used for welding accessories and other work in oil fields, mining, construction, machine manufacturing and other work.

In mold, casting, sheet metal, glass and other manufacturers, the workpiece to be processed is lifted up and down by jib crane, which is convenient for personnel to operate.

All in all, jib cranes can be used wherever hand tools or hoisting equipment are used. In this way, labor costs can be saved, work intensity can be reduced, and the work efficiency of operators can be greatly improved.

The jib crane can be installed in any position and is suitable for various occasions. It is the most ideal choice for workshops where other conveying tools cannot be fixed structurally.

The jib crane is a kind of light and small lifting equipment that is widely used in the assembly workshop, which can greatly reduce the labor intensity of the staff.

The working strength of the jib crane is light. The crane is composed of a column, a rotary arm rotary drive device and an electric hoist. The lower end of the column is fixed on the concrete foundation by anchor bolts, and the jib crane rotation is driven by a cycloidal pinwheel reduction device. The beam runs in a straight line from left to right and lifts heavy objects. The cantilever of the crane is a hollow steel structure, which is light in weight, large in span, large in lifting capacity, economical and durable. The built-in running mechanism adopts special engineering plastic running wheels with rolling bearings, which has low friction force and travels briskly; the structure size is small, which is especially beneficial to improve the hook stroke.