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View Full Version : IEEE 1584 - IEEE Guide for Performing Arc-Flash Hazard Calculations


  1. Arcing Current in the Instantaneous Band of Curve
  2. 85% Arcing Current
  3. X/R and Asymmetry of Arcing Current
  4. 25 Degree vs. 75 Degree Conductor Impedance
  5. Grounded/Ungrounded and Arc Flash Energy
  6. NFPA70E/IEEE1584 Collaboration
  7. How can the arc fault current be greater than the bolted figure?
  8. Clarification on the 4.184 Multiplier
  9. Cf constant
  10. CB & Protection Coord Curve Question
  11. IEEE 1584 Committee/Standard Update
  12. "... in its Immediate Power Supply"?
  13. CL Fuse Equations (Flash Protection Boundary)
  14. 2 Phase Fault in IEEE-1584?
  15. 2 Second Cutoff time
  16. Arc Gap Assumptions in 1584
  17. Document Needed
  18. Bolted Fault Current Question
  19. Flash Protection Boundary
  20. IEEE-1584 Bolted Fault Current Spreadsheet
  21. Arc gaps and distance factor
  22. Other NFPA/IEEE studies
  23. LV Circuit Breakers and IEEE1584
  24. Help with calculation
  25. Meters and Incident Energy
  26. Thermal Imaging - distance to worker
  27. Current Limiting Equations for Fuses
  28. Arc flash for <125 kVA transformers
  29. IEEE 1584 Update
  30. DC Arc Flash - Finally!
  31. What is the range of E and En?
  32. Flash Boundary
  33. Overhead switch arc gap
  34. Arc Flash for 132kV (IEEE 1584)
  35. Bit of plea
  36. Gap between conductors and distance, X factor for 15kV - 132kV
  37. Important Survey - Correlating Incident Energy to HRC
  38. Arcing Time for 132kV
  39. limits on electric system
  40. Hazard Risk Category Help
  41. PPE NFPA 70E vs. IEEE1584
  42. 15 KV Padmounted Switch Arc Flash Analysis
  43. Calculations from Brainfiller.com "... Outside the Box" article
  44. flash protection boundary
  45. Trip & Opening Times
  46. incident energy
  47. Place to buy the IEEE1584 standard "code book"
  48. Excellent site! Great work! Cheers!