Cantilever Rack Specification Guide

Cantilever racks are a type of industrial shelving system designed to store long, bulky, and awkwardly shaped items such as pipes, lumber, and metal bars. The rack's design allows for easy loading and unloading of these items, making it an essential tool for industrial and commercial businesses. Here is a guide to help you specify the correct cantilever rack for your needs.

Load Capacity

The first and most crucial specification to consider is the load capacity of the cantilever rack. This specification refers to the maximum weight that the rack can handle, and it is essential to ensure that the rack can hold the weight of the items you intend to store.

Load capacity is determined by several factors, including the type of materials used in the construction of the rack, the thickness of the steel used, and the design of the cantilever arms. When specifying a cantilever rack, ensure that the load capacity is sufficient for your storage requirements.

 Medium Duty Cantilever Rack

Rack Height

The height of the cantilever rack is another essential specification to consider. The height of the rack will depend on the ceiling height of the building where it will be installed and the type of items that will be stored on the rack.

For example, if you plan to store long pipes or lumber, you will need a taller rack to accommodate the length of these items. Conversely, if you are storing shorter items such as sheets of metal, a shorter rack will be sufficient.

When specifying the height of the cantilever rack, it is essential to consider the maximum height allowed by local building codes and safety regulations.

Rack Depth

The depth of the cantilever rack refers to the distance between the uprights and the end of the cantilever arms. This specification is critical as it determines the length of the items that can be stored on the rack.

When specifying the depth of the cantilever rack, it is essential to consider the length of the items you plan to store and ensure that the depth of the rack is sufficient to accommodate these items.

Arm Length

The arm length of the cantilever rack refers to the distance between the upright and the end of the cantilever arm. This specification is important as it determines the width of the items that can be stored on the rack.

When specifying the arm length of the cantilever rack, it is essential to consider the width of the items you plan to store and ensure that the arm length of the rack is sufficient to accommodate these items.

Arm Capacity

The arm capacity of the cantilever rack refers to the maximum weight that each cantilever arm can hold. This specification is important as it determines the weight distribution of the items on the rack.

When specifying the arm capacity of the cantilever rack, it is essential to consider the weight of the items you plan to store and ensure that the arm capacity of the rack is sufficient to hold these items safely.

Construction Material

The construction material of the cantilever rack is also an important specification to consider. Most cantilever racks are constructed from steel, but the type and thickness of the steel used can vary.

When specifying the construction material of the cantilever rack, it is important to consider the environment in which the rack will be installed. For example, if the rack will be installed in an outdoor environment, it may need to be constructed from a material that is resistant to rust and corrosion.

Bracing

The bracing of the cantilever rack refers to the additional support structures that are used to reinforce the rack. Bracing is important as it ensures that the rack is stable and can safely support the weight of the items stored on it.