Choosing the Right Pallet Rack Configuration |
Posted: May 19, 2022 |
The calculations for choosing the right pallet rack configuration start with the space and number of pallets you will be storing. These calculations are quite complex and will require advanced mathematics to ensure you choose the best option. For example, if you are considering a 12-bay setup, you’ll need a total of thirteen uprights that are three inches in height, which adds up to 39 inches. Beam height and rack depth are also important considerations. A cross beam connects the upright frames on either side. This beam forms a shelf for pallets, and it comes in a variety of capacities and lengths. Many cross beams are fitted with wire decking as a safety measure. This allows for better air circulation and water flow from sprinkler systems. Universal decks, however, can be installed on any cross beam type, including framed beams. You’ll find that this method is the most common in warehouses. The depth of the rack will depend on the depth of the pallets. Make sure your pallets have an overhang of three inches beyond the uprights, and the spacing between uprights will determine the number of pallets per row. Choosing a pallet rack configuration with the right height will increase your business’ productivity and reduce your risk of warehouse injuries. In addition, it’ll also ensure that your forklift can comfortably maneuver around the rack. Another important consideration is the region you’ll be using. In some parts of the country, there are higher seismic activity than others. When choosing a rack configuration, consider your region’s seismic activity. Consider California, Hawaii, Alaska, Texas, and Tennessee for instance. It’s important to remember that the racks in these regions are designed for these environments, so you may have to choose differently if you live in an area prone to earthquakes. While drive-in racks are the fastest way to store products, they also allow for the highest capacity of storage. Unlike the selective-racking configuration, this system works by storing pallets back to back. This way, you’ll get more storage for your money and less forklift labor. This configuration is also great for long-term storage. It allows you to store a wide range of products in your warehouse. But be aware that you can’t store too many products at once, as your warehouse will become cramped. To determine the correct depth for your pallet racks, you’ll need to know the dimensions of your loads. Pallets are typically forty inches wide and 48 inches deep. When selecting a pallet rack configuration, make sure you leave room for the beams. You’ll also need to decide how much you want your heaviest load to weigh. This will include the weight of the pallets. After you’ve figured out the correct depth, you’ll be able to purchase replacement pieces. If you have a lot of space for storage, then push back racking systems are ideal for you. They combine excellent selectivity with low aisle space. They also offer great pick-flows from every lane. If you need a heavy-duty storage solution, you can choose a cantilever rack. These racks are designed to swivel back and have load-bearing arms attached to a steel column. In addition to weight, other considerations for choosing the right pallet rack configuration include the size of the warehouse and the type of goods it will store. For example, if the pallets will be relatively light, they can be stacked on top of the racks, while heavier ones will be placed below the racks. Also, consider the frequency of movement of your pallets. For example, some companies will simply store items on pallets and send them via shipping, while others may need to access each one many times over. As a rule of thumb, a longer beam face will be able to support more weight, while a shorter beam face will be able to hold less weight. To determine the exact height of your uprights, you must first determine the weight of the pallets you are storing. Once you have determined this, you can select uprights that are eight feet, ten feet, sixteen feet, or twenty feet tall. You can then calculate the upright height from the pallet load height and beam height.
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