The program will populate input data fields with the selected equipment configuration.

Arc 64 Bit Software And Mobile

Arc Flash Analytic (AFA) software and mobile apps have been developed based on NFPA 70E Standard for Electrical Safety in the Workplace and IEEE 1584 2nd Edition year 2018 Guide for Performing Arc-Flash Hazard Calculations as easy to use and comprehensive instruments for calculating arc incident energy and arc flash boundary, for determining limited, restricted, prohibited approach boundaries and hazard levels required by NEC CEC and OSHA when work is to be performed on or near the energized equipment.

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We offer money-saving bundles of programs.

If you bundle Arc Flash Analytic (AFA V6.0) program with ARCAD SCA V1.0 short circuit software you will pay less than purchasing the programs separately.

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By clicking on Settings - Units Of Measurement menu item, metric (mm, Joules, kg, Nm2) and imperial units (inches, calories, lb, lbft2 ) can be selected for gap between conductors, working distance, arc flash boundary, limited and restricted boundaries, incident energy, initial pressure developed by an arc and arc flash TNT mass equivalent.

By clicking on Settings - Incident Energy at AFB menu item, Preset or Evaluated incident energy at arc flash boundary can be selected.

With Preset option selected, enter a value in calcm 2 or Joulescm 2 to determine arc flash boundary (AFB) distance at that incident energy.

Arc 64 Bit Skin Is Used

The incident energy of 1.2 calcm 2 (5 Jcm 2 ) for bare skin is used in solving equation for arc flash boundary in IEEE 1584 Guide for Performing Arc Flash Hazard Calculations.

However, the Guide equation for arc flash boundary can be solved with other incident energy levels as well such as the rating of proposed personal protective equipment (PPE).

Values withing the 0.3 calcm 2 to 4 calcm 2 range are accepted in this program version.

For exposures lasting less than 1 second the irradiance required for second degree burn at bare skin exposure would significantly increase as the duration of exposure decreased however it was shown that the amount of incident energy required to cause the burn would decrease.

With Evaluated option selected, the program will determine the amount of incident energy to second degree based on heat flux intensity and use that incident energy value to calculate arc flash boundary.

Although this is not a hard and fast rule, it accounts for the likelihood that the arcing material in an arcing field will likely be either burned off or expelled by the force of the blast.

Also, IEEE 1584 states If the time is longer than two seconds, consider how long a person is likely to remain in the location of the arc flash.

It is likely that a person exposed to an arc flash will move away quickly if it is physically possible and two seconds is a reasonable maximum time for calculations.

The feature will let you making necessarily PPE adjustments required for various tasks in English and a variety of international languages.

Also, the PPE requirements in new NFPA 70E standard have changed from previous editions of the standard.

They may change again and the feature will let you reflect the changes as the safety standard evolves.

Specify Equipment Name and select File - Save Current Equipment to Database menu option to save the equipment configuration to database.

Select File - Browse Saved Records menu option to open up the database containing saved equipment configurations.

Select a record and click on Import Record button to copy the data into the program main window.

Arc Windows 7 64 Bit