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Texte wiki de la nouvelle page, après la modification (new_wikitext) | '<br>It is very difficult to understand the exact role of Earth Busbar in substation operation; however, it can be easily understood through an example. To understand this role better, a small earth-shake should be connected between two different points on earth. After connection, the following calculations have to be done:<br><br><br>There are three important factors which influence the performance of earth faults. These factors are compression, tension and shear. Let us study each of these factors separately. When a fault slips, it pushes the gap between the parallel plates along which the busbar is fixed. The rate of slip increases when the load is placed on the fault.<br><br><br>This function of earth fault protection is very useful for safe substation operation. Earth busbars provide the intermediate contact point between earth faults and the power transmission lines. It has the capability to prevent overload when there is a sudden increase in the load on the fault. It also has the capability to increase the isolation of the individual circuits.<br><br><br>Let us now study the usage of busbars for microcontroller based substation monitoring. Firstly, the two-level busbar has more advantages than the single-level lumbar. The main advantage is that it provides the better isolation of the device and it also reduces the risk of short-circuit and other dangerous events. In addition to these, two-level lumbar gives better protection against simultaneous initiation of faults on both the input and the output terminals. It is easy to calculate the output load from the input load and hence the time required to complete the function is reduced.<br><br><br>The maximum allowable current of each circuit breaker is decided by the manufacturer. The busbars can be selected according to the load requirements of the appliances for which they are intended. It is possible to calculate the maximum load of a circuit breaker through a BSC or a TC. The performance of the appliance can be improved through the usage of appropriate busbars for that function.<br><br><br>The third type of earth busbar is the cont'd busbar protection system. A series of interlocking plastic pieces are placed in between the earths to provide adequate earth binding and tension for the purpose of preventing the formation of cracks during the load change. The maximum allowable current of the appliance is determined by the manufacturer. The function of this safety system is not completely fulfilled by the busbars.<br><br><br>Moreover, the busbar rating of multi-9 iHP 1C is not constant across the manufacturers. If you have any concerns concerning where by and how to use [https://www.rhibusbar.com/product/electrical_bus_bar_cover_boot.html www.rhibusbar.com], you can speak to us at our web-site. The only way to get the correct measurement is to use the FPGA spreadsheet program for your exact specifications. You will have to input the data for each individual appliance and then follow the instructions of the spreadsheet program. You can use the FPGA spreadsheet programs for the purpose of creating a tabular representation of your busbar rating system.<br><br><br>The fourth type is the abstract busbar system. This is the most convenient of all the systems for preventing a fault. It is possible to use this system for every circuit in the entire range of load operation. The abstract busbar calculation is based on the premise that there are two types of loads operating at parallel with each other. The first system draws a DC input, while the other system applies an AC input. It is easy to create an account of the load in this system if you do not understand the mathematical formulation of the abstract busbars.<br><br><br>The fifth type is the earth fault detection busbars. Earth faults occur at the earth joints as well as the earth contacts. These earth faults are quite common and are caused due to the movement of a large number of iron particles. The number of the iron particles may vary from the normal and can also be a result of the global positioning system. The earth faults are very dangerous as they can easily destroy the power cable causing a complete blackout.<br><br><br>The main purpose of using the earth faults as busbars is to prevent the input current to an amp circuit breaker from exceeding the limit. If you are using a smaller earth circuit breaker then it becomes easy to keep a check on the excess input current to ensure that the amp stops working when you press the red reset button. You will have to make use of the bs en calculator for the purpose of setting up the bs en output level. The calculator works in such a way that it divides the input current into the active and passive components. It then multiplies the result by the specific current requirement of the circuit breaker. The calculator is useful as it quickly tells you whether your circuit breaker has met its active limit.<br><br><br>Finally, you should know about the earth busbar calculation for the purpose of increasing the braking power of your RC model. This can be done using the bs en formula and is explained in more detail in an online tutorial. The tutorial will also provide you with an online demo that helps you understand how the braking power can be increased. An example of the usage of the equation can be seen in the tutorial where a small earth busbar is placed around the main input circuit and a braking force is applied through the small bus bars.<br>' |
