Push back racking is a dynamic storage solution that maximizes space utilization. But what exactly are its specifications?
Push back racking systems are designed with specific dimensions and capacities to optimize storage density. Key specifications include frame depth, upright height, beam levels, and load capacity per level.
I recall working with a warehouse manager struggling with limited space. Implementing push back racking significantly increased their storage capacity and streamlined their operations. Let’s dive into the specifics of push back racking systems.
Understanding Frame Depth: How Deep Does it Go?
Frame depth is a crucial specification in push back racking. It determines how many pallets deep each lane can store.
Frame depth in push back racking typically ranges from 2 to 6 pallets deep. This depth is determined by the size of the pallets and the specific storage needs.
Choosing the right frame depth is crucial for maximizing storage capacity while ensuring easy access to pallets.
Exploring Upright Height: Reaching New Heights in Storage
The upright height determines the vertical storage capacity of the push back racking system.
Upright height for push back racking varies based on warehouse ceiling height and pallet size. Common heights range from 6 to 40 feet.
Optimizing upright height is essential for maximizing vertical space utilization.
Beam Levels: Layering Your Storage Strategy
Beam levels determine the number of pallets that can be stored vertically within each bay.
The number of beam levels in push back racking is determined by the vertical clearance between levels and the overall height of the racking system. Each level typically holds one or two pallets deep.
Properly spaced beam levels optimize storage density and accessibility.
Load Capacity: How Much Weight Can it Handle?
Load capacity per level in push back racking ranges from 1,000 to 5,000 pounds, depending on the system’s design and construction.
It’s essential to ensure that the racking system can safely handle the weight of the stored goods.
| Specification | Typical Range | Factors to Consider | |
|---|---|---|---|
| Frame Depth | 2 to 6 pallets deep | Pallet size, storage needs, available space | |
| Upright Height | 6 to 40 feet | Warehouse ceiling height, pallet size | |
| Beam Levels | Variable, typically holding 1-2 pallets deep | Vertical clearance, racking height, pallet size | |
| Load Capacity/Level | 1,000 to 5,000 pounds | Weight of stored goods, system design, beam capacity |
Other Important Specifications: The Finer Details
Additional specifications include rail type (wheel or roller), cart type, and safety features like backstops and anti-collapse systems.
These components enhance the system’s efficiency, safety, and durability.
| Specification | Description | |
|---|---|---|
| Rail Type | Wheel rails or roller rails, influencing the ease of pallet movement. | |
| Cart Type | Designed to accommodate different pallet types and load capacities. | |
| Safety Features | Backstops prevent pallets from falling, and anti-collapse mechanisms add stability. |
Conclusion
Push back racking offers a space-saving storage solution. Understanding its key specifications—frame depth, upright height, beam levels, and load capacity—is crucial for selecting the right system to meet specific storage needs. Consulting with a racking specialist can help optimize your warehouse space and maximize storage efficiency.
