Industry Partners Series: Testing internal arc faults compared to arc flash standards

5.30 pm — 8.30 pm AEST, 01 October 2025
110 Liverpool Street , Hobart Tasmania, 7000
Crowne Plaza Hobart, 110 Liverpool Street, Hobart, 7000

Overview

This Engspace will examine AS/NZS 61439-1 Appendix-ZD and IEC 61641 Internal Arc Fault Tests to discuss the types of tests, testing requirements, and the outcomes that are achieved for low voltage switchboards from both standards. There will also be an examination of IEC TS 63107 arc fault mitigation systems for low voltage switchboards. The last part of the night will be to examine IEEE Guide for Performing Arc-Flash Hazard Calculations, as a conclusion there will be a brief comparison of the mechanical construction methods of AS/NZS and IEC engineered approach to containment VS the PPE exposed Arc-Flash solution proposed by IEEE.

Key messages-

  • Review of AS/NZS 61439-1 appendix ZD Internal Arc Fault tests
  • Review of IEC 61641 – Guide for testing under conditions of internal arcing 
  • IEC TS 63107 Guide to internal Arc Fault Mitigation Systems
  • IEEE 1584 Performing Arc-Flash hazard calculations

Who should attend

This event is relevant for electrical engineers working in the engineering design or consultancy services sector.

You do not need to be an Engineers Australia member to attend.

Speaker

Jeff-Davis-160
Jeffrey Davis
Channel Manager Regulatory & Standardisation, NHP

With 41 years of experience in the electrical industry, I bring a wealth of knowledge and expertise to the table. My career has spanned across heavy industry maintenance, construction, domestic services, consulting and design. I've had the privilege of working on diverse projects, from designing intricate switchboard reticulation systems for hospitals and factories to high-rise commercial buildings. My extensive experience allows me to deliver solutions and innovations across all facets of the electrical industry.

Pricing
In-person
Member: Free
Technical Society Member: Free
Student: Free
Non-Member: Free
Registration close
01 October 2025
08.30 pm AEST
Maximum CPD hours
2.5