Title :
Practical arc-flash reduction
Author :
Hodder, Michael ; Vilchek, W. ; Croyle, Floyd ; McCue, David
Author_Institution :
Eaton Electr. Services & Syst., Mississauga, Ont., USA
Abstract :
This article will discuss various methods that have been used to reduce the incident energy levels in an existing electrical system is to review and modify the overcurrent protection settings. Specific solutions implemented at a large chemical manufacturing facility are presented. The solutions include equipment upgrades, overcurrent protection modifications, changes to work methods, and worker training which increase the effectiveness of an already robust safety program.
Keywords :
arcs (electric); electrical safety; flashover; overcurrent protection; training; arc-flash reduction; chemical manufacturing facility; electrical system; equipment upgrading; incident energy level reduction; overcurrent protection; safety; worker training; Circuits; Energy states; Equations; Fault currents; Hafnium; Hazards; Injuries; Mercury (metals); Power engineering and energy; Protection;
Journal_Title :
Industry Applications Magazine, IEEE
DOI :
10.1109/MIA.2006.1628843