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'<br>Power Bus Bars are used for connecting wires in a variety of electrical applications. They are also used for controlling electrical currents in industrial and manufacturing conditions. This is because the current carrying capacity is higher than that of single conductor electrical wires, especially in heavy-duty industrial applications where multiple wires are needed to control the same current. Therefore, it is necessary to apply a voltage to the wire in order to control the current; and the ideal conductor to use in a power busbar enclosure is copper.<br><br><br>With increased needs for power applications, copper busbars have become a popular choice. There are a number of benefits to using copper busbars in power applications. First of all, they are much stronger than their aluminum counterparts. They also conduct current more efficiently. This means that power applications that use high currents - for example, connecting multiple wirings from different manufacturers - can run at a higher speed and for longer periods of time than they would if using aluminum.<br><br><br>Another benefit of using copper as a busbar is that it can be easily bent into thin profiles that allow for compact and efficient power busbar enclosures. This feature makes it possible to install flexible busbars in tight spaces without sacrificing the safety and robustness of the enclosures. The number of dimensions that a [https://www.rhibusbar.com/product/flexible_braided_copper_bus_bars.html flexible busbar] can be installed in depends on its thickness, but it typically takes about 0.35 inches to achieve the standard full width requirement. Some of the new busbar technologies use a ring design in place of the traditional flat top or flat bottom profile. This feature provides an even tighter fit and improved surface texture.<br><br><br>Flexible busbars offer significant cost savings over the traditional single conductor design. Because these devices run at a lower current per watt, they can be used in a wider range of power applications. They can even be used in applications where connecting multiple conductors would create a safety risk.<br><br><br>Power busbars have one important advantage over single busbars: in some instances, they are able to provide a more stable reference point. Single busbars can often feel unstable or "wobbly" due to movement from the contact points of a variety of electrical connectors and cables. Power busbars that include a rubber grip surface may be better able to provide a stable reference point due to the added grip and friction relieving capabilities. Single busbars that have a locking mechanism may also be preferable for applications where stability is an issue.<br><br><br>A final benefit of the electrical busbar is that it provides an excellent electrical insulating surface. These devices are most often used as an insulator for AC power connections to reduce heat transfer through the device. Many of the small pads of electrical busbars have a very high R-value, which means that they will effectively insulate any power connections to resist heat transfer. In addition, these pads can be used in conjunction with larger pads designed to create a thermal bridge which reduces or eliminates the need for air to pass through a circuit.<br><br><br>Lastly, many people find that using an electrical busbar in conjunction with a surge protector greatly improves the effectiveness of their electrical system. Using an electrical busbar with a surge protector allows the busbar to be placed at an optimal height when connected to an electric circuit. This allows the surge protector to remove power from the device in case of an overload. Most surge protectors will have a series of different sizes of plug-in adapter to allow you to select the appropriate size of busbar that will work with your equipment.<br><br><br>One last benefit of the electrical busbar is that they are available in a wide variety of different thicknesses. The thickness of a busbar is often determined by the application or wire size. The two most common bushed material choices are the copper busbar and the laminated busbars. Although the copper busbar has become more popular recently, it does not offer the lifetime and durability of the laminated busbars. Due to this factor as well as the fact that copper can become hot when it is being used in an application, laminated busbars are often the best choice for outdoor applications.<br>'