JIB CRANES

A wall-mounted jib crane is a special type of crane that is equipped with a long horizontal arm, the jib arm. This jib arm can be used to move loads over long distances and to transport them to places that are difficult to access. Jib cranes are often used in various industrial applications where loads need to be lifted and moved with a wide range and flexibility.

The jib arm is attached to a stable pivot point on a wall bracket, allowing the crane arm to be slewed at a certain angle. The crane works in combination with lifting equipment such as wire rope or chain hoists to move the load in three dimensions. Depending on your needs, the crane can also be equipped with an electric slewing gear unit to move the crane arm effortlessly.

Whether a column-mounted slewing crane or a wall-mounted slewing crane, with or without an electric slewing gear unit, is the best choice can be discussed with the regional customer advisors.

Various mounting options are available for the column-mounted slewing crane, enabling flexible adaptation to the operating conditions. The crane can either be mounted on a foundation provided by the customer, which provides a stable and durable base for the crane, or it is possible to mount an intermediate plate or a dowel plate on a finished concrete floor or concrete ceiling. These solutions ensure that the crane is securely and stably anchored and guarantee efficient load movement within the operating range.

There are also various mounting options for wall-mounted slewing jib cranes. These cranes can be attached to steel columns, reinforced concrete lintels, steel plates or reinforced concrete walls, depending on the structure and requirements of the building. These types of mounting provide a robust solution for mounting the crane, with the crane being attached directly to the existing wall or supporting structure. An ABUS consultant will help to find a suitable solution for every application.

Using a jib crane instead of an overhead travelling crane offers advantages that make it an excellent choice for many industrial applications.

Space optimisation:
jib cranes allow for a very efficient use of available space, as the rotating jib structure enables the operator to move loads over a large area without having to move the crane itself. This makes them ideal for workplaces with limited space, such as narrow workshops, production halls or storage rooms.

User-friendliness:
Jib cranes are easy to use and often require little effort, which increases operating comfort and efficiency. This is particularly advantageous for applications in which small to medium loads have to be moved regularly. The operator can move the load in almost any direction without having to worry about the exact alignment of the crane.

Versatility:
Jib cranes can be mounted on a wall or free-standing, offering great flexibility when planning workplaces. They can also be configured with many different combinations of load capacity and reach, making them suitable for a wide range of applications.

Safety:
Jib cranes offer a high level of operational safety. Thanks to their limited radius under bridge cranes, the risk of collisions between cranes or loads with expensive machinery can be reliably ruled out.

You can discuss with an ABUS consultant whether a jib crane offers a good and cost-effective alternative to an overhead travelling crane.

Depending on the model and design, ABUS jib cranes can lift loads of up to 6.3 tonnes at a reach of 5500 mm. The exact load capacity depends on several factors, such as the crane design, the jib arm and the crane's reach.

The radius (i.e. the distance between the crane's pivot point and the load) has a direct influence on the load capacity. As a general rule, the greater the radius, the lower the maximum load capacity of the jib crane. This is due to the fact that the lever arm becomes longer with a greater radius and thus the forces acting on the crane increase. To ensure stability, the load capacity must be reduced accordingly for larger radii. To achieve the maximum radius of 10,000 mm, the maximum load capacity is reduced to 2.5 tonnes.

To determine the maximum load capacity and the appropriate radius, it is therefore important to consider the specific requirements of the working environment. In this context, various model variants and crane configurations are available, which can be adapted depending on the application, to ensure an optimal ratio between load capacity and radius. A competent advisor will help you find the right crane.