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<br>To get the best from your busier, it is important to learn about busbar sizing calculation formulas. With the right data in hand, a busbar sizing calculation formula can give you the exact value of busbar voltage so that you can calculate the voltage drop across different busbar widths. Another way to improve efficiency is to determine the minimum busbar voltage that your application requires so that the busbars do not become too heavy for the application and cause voltage loss. This also helps prevent your busbars from becoming too thin. To do this, some busbar sizing calculation formulas can require the use of a spreadsheet program such as Microsoft Excel.<br><br><br>Most [https://www.rhibusbar.com/ busbar sizing calculation formulas] assume that the outer diameter of the busbars is L-shaped. However, it can be difficult to determine the inner busbar diameter because manufacturers frequently vary this number. To compensate for variations in outer busbar diameter, many busbar sizing calculation formulas use a table that shows the inner and outer busbar diameter as well as the cross-section depth. If you are trying to determine the right busbar size, you need to determine the cross-section depth. The table typically has the following information:<br><br><br>Diameter of the busbar in inches. This should be the same on all busbars. The thickness of each busbar in inches is usually shown. This should be the same on all busbars. The height on each bar should be the same. This is an indication of how deep each busbar should be in order to provide adequate support.<br><br><br>Square inch of the outer busbar surface. This is the square inch that lies between the outer busbar surface and the top of the busbar. The calculation would look like this: outer busbar measurement of busbar size in inches. The calculation formula for these measurements would be: outer busbar measurement / busbar size in inches.<br><br><br>Diameter of the inner busbar surface. This should be the same on all busbars. The inner busbar size is usually measured from the top of the busbars toward the bottom. The formula to use here would be: inner busbar size / lumbar height in inches. The formula to use here is to determine the distance between the centerline of one bar and the centerline of all the busbars sized to that bar's bottom.<br><br><br>Depth of the wall under each busbar. The depth of the wall can be established by measuring the distance between the bottom of each busbar to the surface of the floor. This should be done while the busbars are sitting upright. The formula to use here is: depth of wall or busbar height in inches. These are just some of the busbar sizing calculation formulas you may encounter, but knowing them will help you in your design development process.<br>