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Texte wiki de la nouvelle page, après la modification (new_wikitext) | '<br>Busbars are used in multiple applications across various industries, like shipyards, airports, production plants, power plants, and even retail outlets. Understanding the [https://towyardcars.com/author/kelleayres/ busbar definition] and its varying applications is crucial in order to pick the right busbar manufacturer for your specific application. In this article, we'll examine several different busbar types and their utility within a manufacturing setting.<br><br><br>The most popular type of busbar is made from either aluminum or stainless steel and is made to be lightweight, durable, and able to withstand the harshest of conditions. A light-weight aluminum busbar is typically used in applications where there is little need to support mechanical parts such as the shaft or wing. It is also commonly used where high temperatures are a concern.<br><br><br>Another type of electrical busbar is created from flexible materials that can easily bend into various shapes. The most common form of flexible busbar is made out of aluminum, but it can also come in other lightweight materials such as steel or titanium. Flexible busbars are commonly used in applications where there is a need to support either the entire shaft or only part of the shaft, or both. Some flexible busbars have a secondary structure that can provide added strength and durability to the flexible busbar. This secondary structure can be formed into a flat surface with grooves or channels.<br><br><br>There are two main types of electrical busbars that can be used in applications where a lightweight design is required: the laminated busbar and the flexible busbar. Laminated busbars have a honeycomb core that consists of either a thin sheet metal layer or multiple layers of insulating material, bonded together with a heat-bond glue. A single bar can support both axial forces of rotation or be designed to resist bending or twisting. A laminated flexible busbar is often combined with an aluminum shaft to provide additional strength and durability.<br><br><br>There are also other busbar types, including stationary, free-standing, portable, and mounted busbars. Stationary busbars usually serve as the foundation for many different shaft applications. Free-standing and mounted busbars are designed to be mounted flush against the shaft's centerline, although some of these products do come with a veneer of acrylic or other materials over their core busbar. Portable and mounted busbars are designed to be quickly and easily moved from one location to another, making them very convenient.<br><br><br>Most electrical bus bars are available in a variety of lengths to match the shaft's diameter and length of travel. Manufacturers may also include a matching clip or plug for compatibility. In addition to the standard electrical busbar form, manufacturers may also create special order forms that are specifically intended for each type of busbar. These custom orders can be tailored to fit the exact dimensions and specifications of the application. For example, instead of being a standard, rectangular bus bar, a manufacturer may create a "nosecone" shape to accommodate the wiring necessary to support the nosecone design. Another advantage to using custom orders is the ability to select different materials for the busbars.<br>' |
