Cantilever Lumber Storage Racks

Rack spacing should be planned around the length and weight of the lumber, arm configuration, handling equipment, and available facility space. Cantilever Rack dimensions are customisable in height and width to accommodate load size. A qualified design review should establish the spacing and aisle arrangement, while ensuring the manufacturer's recommended weight capacity per arm is not exceeded.

Common cantilever configurations include single-sided and double-sided storage racks. Cantilever Rack is designed for long, bulky, or irregularly shaped materials and uses adjustable arms, columns, bases, and horizontal and diagonal bracing. The appropriate configuration depends on whether storage is positioned against a wall or accessed from both sides, as well as the facility layout and handling method.

The listed Cantilever Rack load capacity ranges from 500 kg to several tons per arm, depending on the configuration. The actual permitted load must be confirmed for the selected system and must not exceed the manufacturer's recommended weight capacity per arm. Load planning should account for the stored material, arm arrangement, rack structure, and operating conditions.

Installation involves assembling the columns, arms, bases, and horizontal and diagonal bracing with screwed connections, then securing the base to the floor with anchors. RackUSA identifies base anchors as required to prevent tipping. Installation should follow the manufacturer's design and instructions, with structural components checked before use and regular inspections maintained afterward.

Yes. The Cantilever Rack is described as suitable for lumber, pipes, beams, profiles, bars, structural profiles, furniture, and sheets of various sizes. Its open-access design and adjustable arms support long, bulky, and irregularly shaped items. Final suitability should be reviewed against the product dimensions, load characteristics, handling equipment, and manufacturer's recommended capacity.

The Cantilever Rack is compatible with forklifts and cranes, supporting streamlined loading and retrieval in industrial and warehouse environments. The handling method should be considered during layout and configuration so aisles, access points, arm positions, and operating practices align with the facility's material-flow requirements. Rack components should also be inspected regularly for safe continued operation.