From October 22, 2019 08:30 until October 22, 2019 16:30
At The Institution of Engineers Malaysia (Penang Branch)
Posted by Julie
Categories: Seminar
Hits: 2026
BEM Approved
CPD/PDP Hours: 6
Ref. No.: IEM19/PG/460/S
One-Day Seminar on:
Date : 22 Oct 2019 (Tues)
Time : 8.30am – 4.30pm
Venue : IEM Penang Secretariat
1-04-02, E-Gate, Lebuh Tunku Kudin 2, Gelugor, 11700 Penang
Synopsis
This paper first presents a general discussion of the IEC standards relating to lightning and surge protection. These comprise the IEC standard series IEC62305 and IEC61643 which have been adopted in Malaysia.
The paper will present a summary of the lightning risk standard IEC62305-2, examine how it can be used and present a spreadsheet analysis that simplifies the procedure. From this analysis the paper will show how surge protection can be dimensioned and applied. A method of sizing SPDs will be presented.
Part of the risk process identifies the possible need for primary and secondary surge protection. Their differences will be examined. By examining test waveforms and the performance of SPDs under various standard tests proper installation techniques can be identified. This leads to an examination of one port versus two port SPDs.
Methods of overcurrent protection and coordination with upstream fuses and circuit breakers will be presented.
Finally, the integration of power and signal/data SPDs will be examined and some case studies presented.
About the Speaker (1)
Mr. Phillip Tompson
Mr. Phillip Tompson is the Founder and Managing Director of Novaris Pty Ltd. He holds an honors degree in Electrical Engineering from the University of Queensland. He has been a practicing electrical engineer for 40 years and has specialized in the field of lightning protection for the last 25 years. He is a Chartered Professional Engineer, a Fellow of the Institution of Engineers, Australia, a member of the Institution of Electrical Engineers (UK) and a member of the IEEE.
He is currently the Institution of Engineers, Australia nominated representative on Australian Standards committee EL-024 responsible for the preparation of AS1768, the Australian Standard on Lightning Protection. He represents Australia on IEC committee TC81 and SC37A responsible for IEC standard series IEC 62305 and IEC 61643.
Session 2: “Surge Protection for Railway Signaling,
A Case for Safety”
Sypnosis
This paper presents a general discussion on the use of surge protection devices to protect railway signalling systems.
It covers some of the aspects that make the application of SPD’s to signalling more onerous than for other industrial applications.
It specifically addresses the need to understand the failure modes of SPD’s to prevent unsafe conditions occurring and particularly the unwanted and undetected connections to earth that can compromise the safety of the signalling system.
It also presents two case studies on the development of specific SPD’s to suit specific needs.
About the Speaker (2):
Mr. Robert Jordan
Mr. Robert Jordan is the principal engineer at Novaris. He is an electrical and electronic engineer with over 35 years of experience. He is a full member of the institute of railway signaling engineers, IRSE.
A career railway signaling and train control professional who has extensive experience of technical and management roles both in Australia and overseas. He has specialized in mass rapid transit systems for much of his career and had long periods of employment with some of the major signaling manufacturer’s in the world, including time in the R&D and product development fields.
As well as railway engineering Mr. Robert has gained much experience in lightning and surge protection, starting in 1996 when he developed a series of special safety critical surge protection products for the SSI computer based interlocking system.
For this work he won the Institute of Engineers Australia, Railway Engineering Award in 1988. Since then he has also developed specific surge protection products for Siemens and Frauscher Axle counters, Invensys Rail track circuits and Westinghouse code generators and solved many lightning related surge problems for various companies.
Mr. Robert currently on the committee for the development of AS7703, the new standard for Railway signaling power supplies.
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PROGRAMME |
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8.30am – 09.00am |
Registration |
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9.00am – 9.45am |
Summary of IEC standards and risk assessment |
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9.45am – 10.30am |
Primary and secondary surge protection, waveforms & tests |
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10.30am – 10.45am |
TEA BREAK |
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10.45am – 11.30am |
One port versus two port SPDs and overcurrent protection |
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11.30am -12.15pm |
Signal/data SPDs, integration and case studies |
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12.15pm -12.30pm |
Q&A |
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12.30pm -13.30pm |
LUNCH |
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13.30pm – 13.45pm |
Railway Signaling background |
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13.45pm – 14.00pm |
Why railway signaling is different, Safety |
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14.00pm – 14.30pm |
Faults to Earth |
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14.30pm – 15.00pm |
Power supply and distribution |
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15.00pm – 15.30pm |
TEA BREAK |
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15.30pm – 15.45pm |
Case study Track Circuits |
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15.45pm – 16.00pm |
Case Study Axle counters |
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16.00pm – 16.30pm |
Q&A, End |
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Registration |
Registration with Payment: on a ‘first-come-first-served’ basis.
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REGISTRATION FEES |
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IEM Student |
IEM Graduate |
IEM Member |
Non-IEM Member |
Senior IEM Member (> 65 years) |
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RM20 |
RM 30 |
RM 40 |
RM 80 |
FOC |
Payment Mode
Internet banking (GIRO) / Cash / Cheque make payable to “The Institution of Engineers Malaysia” and bank-in to : CIMB BANK Account #: 80 0762026 7
*** Please e-mail Registration Form together with payment slip to us for our confirmation.