Then divide 96,000 by the new load center of 30-inches for a down-rated capacity of 3,200 lbs.) (4,000-pound base capacity x 24-inch design load center = 96,000 inch-pounds. If the same truck were to handle a load that was 60-inches long, the load center would then become 30 inches, and the truck’s capacity would down rate to 3,200 pounds. For example, a 4,000-pound-capacity truck with a set of 42-inch long pallet forks handling a 48-inch x 48-inch pallet has a 24-inch load center – or half the length of a 48-inch long pallet (the most common size load handled). The load center is the distance from the face of the forks to the load’s center of gravity. A forklift’s load capacity is the maximum weight that a forklift is able to safely carry at a specified load center and a maximum load height.įorklift capacities are based on the load center of whichever is longer: the load being handled, the length of the forks, or the attachment being used. The key factor in determining a new load rating is how the use of the attachment changes the center of gravity of the forklift. Let’s dig into this and look at some numbers. But before doing this, it’s important to consider how the use of an attachment will impact the capacity rating of the forklift. More and more, customers are using forklift attachments to adapt their lift trucks to meet operational needs. Fleet and Warehouse Management Solutions.
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