Advanced SKM features will be demonstrated to provide maximum productivity for experienced users. Students will earn 2. Scope of survey: Detailed explanations and suggestions on how to perform a data survey that balances both the requirement of the NFPA 70E standard and the cost of the data collection process. How to proceed when utility information is not available, when other component data is not available or not accessible, or when library information is missing. Determine appropriate tolerances when data is not precisely known.
Modeling Components: How to model different component of the electrical distribution system such as busducts to obtain technical accuracy. Data Validating Techniques: Discuss input validating methodology for a complete system model to prevent errors in calculations due to bad data.
Review all options that can cause a significant difference in the Arc Flash results and provide suggestions on how to select various options. Explore all of types and provide formatting suggestions to obtain useful and visually appealing documents. Discuss the new NFPA 70E personal protection equipment requirements and how to include them in labels and other output reports. Mitigation: Explore the many practical mitigation techniques to reduce high levels of incident energy.
Kinectrics can offer support to your organization in terms of:. Kinectrics has the capabilities and a wealth of experience performing the following:. Through engineering analysis — using the latest in analytical tools — Kinectrics defines inputs for the above variables and computes for the end user, the amount of radiant and convected thermal energy available at particular sites.
Kinectrics can then recommend to clients the protective clothing that is suitable for workers who may be accidentally exposed to electric arc in their facilities. The Kinectrics advantage is a comprehensive understanding of the necessary input variables, and outputs, of the various computation techniques. Kinectrics has successfully completed numerous projects for major North American utilities and has provided advanced technical support for international research and testing projects designed to increase scientific understanding of issues related to arc flash phenomena.
The software models high power arcing by taking into account such complex variables as gas properties, arc electrode materials, thermal radiation and convective energy dissipation. Universal IEEE based arc flash hazard analysis web application.
Short Circuit Analytic Comprehensive short circuit fault current calculations software and mobile apps. Label Printing Services Standard and custom label printing services.
Company Profile. Featured Arc Flash Articles. Evaluation of onset to second degree burn energy in arc flash Use of incident energy as a measure of burn severity in arc flash calculations. Behavior of apparel fabrics during convective and radiant heating Personal protective equipment recommended for arc flash is not always designed for arc flash exposure. Short Circuit Calculations.
MVA method for short circuit analysis MVA method is used by separating the circuit into components and calculating each component with its own infinite bus. Short circuit current calculations and labeling Once the fault current has been calculated, labels made giving the available short circuit fault current, should be applied to the equipment.
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