Rack load capacity
The maximum allowable load weight that a racking structure can support per beam level or per entire upright frame column.
Detailed definition & explanation
Rack load capacity is a fundamental safety parameter in industrial warehousing. It is categorized into beam level capacity (the maximum weight that can be placed on a single pair of load beams or shelf) and bay capacity (the total maximum combined weight of all levels between two adjacent vertical upright frames).
Load capacities must be clearly displayed on load signs (load charts) installed at the end of each racking row. Overloading is a severe safety hazard that can cause structural failure and collapse. Calculations are based on static, uniformly distributed loads (UDL).
Applications and Role in B2B Processes
- •Designing and engineering racking systems according to specific load weights
- •Verifying structural safety parameters during annual expert inspections
- •Planning optimal storage layouts in the warehouse based on pallet weights
Frequently Asked Questions (FAQ)
What does UDL mean in the context of warehouse racking?
UDL stands for Uniformly Distributed Load, meaning the weight is spread evenly across the entire surface of the shelf or load beams. Racks are engineered specifically for UDL; concentrated point loads drastically reduce structural capacity.
Where should rack load capacity signs be positioned?
Load signs must be permanently mounted in prominent, highly visible locations at the end of every racking block or aisle, according to the EN 15635 standard.