Arc Flash Analysis Software: Ensuring a Safe Work Environment

Safety is really a major priority in the field of electrical engineering. Accidents linked to Arc Flash and Shock Hazard certainly are a significant danger. In order to create a safer work environment for electrical engineers, several Canadian organizations, including Occupational Health and Safety and the Canadian Standards Association, are getting involved in reducing these types of accidents. One strategy to use about doing that is to execute an analysis, which can be done through Arc Flash analysis software. This automated software program allows electrical engineers to execute calculations that will assist them to recognize the utmost incident energy of an Arc Fault Direct Consultant arc flash studies . Through these calculations, engineers can compile the worst case results from different operating conditions, loading levels, and generation levels, and document them for your electrical system. Through several key features analysis software makes determining these results not merely possible, but also much easier.

The key standard options that come with analysis software include the capacity to perform several several types of calculations, often in one click, and the capacity to create special labels and categories for the results. Through this software tool, electrical engineers can perform tasks like determining the Arcing Fault Clearing Time automatically, calculating prohibited, restricted, and limited approach boundaries, and calculating individual arcing current contributions. Once these tasks have now been performed, Arc Flash analysis software permits the creation of arc flash labels for every location, and the capacity to set Incident Energy categories.

On top of these standard features, you will find additional ones that enable for the completion of much more assessment tasks. Some of these tasks include creating work permits and data sheets, analyzing different Arc Flash and Incident Energy scenarios, performing searches at multiple levels, and improving the accuracy of calculations with a time-varying fault clearing based on the system bolted SC current decay. Other additional capabilities of analysis software could be the built-in flagging of out-of-range calculations, built-in warnings for when the standard calculation limits are exceeded, and protective devices that are determined automatically when currents reach a certain level.