Many lift charts are based on a unit with 24" load center forks. The capacity is reduced to 2,000 pounds if the boom is extended to 25 feet. It has an 8,000-pound lift capacity when moving things within 5-10 feet of the device. Let's have a look at the GTH-844 graph as an example. ![]() Telehandlers lose lift capacity as the boom goes further out from the unit, as a rule. ![]() The chart shows reach at the bottom, lift on the left, and capacity in the middle. The retracted and extended boom positions are represented by this range. Each telehandler load chart includes a grid that displays the unit's maximum reach and lift range. It can be difficult to read load charts at first, but operators must be able to do so in order to stay safe. A telehandler load chart often looks like these JLG and Genie charts: When operators are transferring items, this chart serves as a quick reference guide. That's why every telehandler has a load chart in the cab. Certain materials may also necessitate the use of a specialized attachment in order to be handled effectively.īefore transferring items, operators must examine the situation and comprehend their telehandler's capabilities. ![]() These factors include the weather, the size and weight of the goods, and the height to which they must be raised. Many elements can influence how a load should be managed when moving things. ![]() For many applications, transporting, putting, and retrieving loads is a daily operation. Load charts for telehandlers are an important but sometimes overlooked aspect of safe operation.
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