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Book
Quantity:


ETP Book ref:  
1043
ISBN :
1904031285
ISBN 13 :
9781904031284
Title:  

Electrical Safety for Live Events

Author:  
Marco van Beek
Publication date:  
09/02/2004
Publisher:  
Entertainment Technology Press
Price:  
GBP16.95
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Ebook version:  
Readership:  
Anyone who comes into contact with electrical systems in performance venues
Description:  

Electrical Safety for Live Events is aimed at all who have to deal with electricity in their day-to-day professional lives, and primarily, states the author, as with any health and safety book, it should teach us when it is time to back off, and time to call someone else in. The title follows Marco van Beek’s successful Practical Guide to Health & Safety in the Entertainment Industry, also published by Entertainment Technology Press.
Sections include: Basic Electrical Concepts, Basic Electrical Safety Rules, Fault Conditions, Protection Concepts, Protective Devices. Cables and Connectors, Three-Phase, Test Equipment, Loads, Power Sources, Advanced Issues and Case Studies, plus listings of Current Legislation, Current Guidelines and Further Reading.
In his foreword, Richard Salzedo of Avolites says: “Marco’s book offers an excellent single reference point and it should be compulsory reading for everyone from producer to stage-hand. For if reading it makes a safer stage, then we are all better off.”
Marco van Beek studied for his HND in Electronics and Communications Eng. at the Polytechnic of North London and in 1984 joined Vari-Lite Europe Ltd as an operator/technician. He went freelance in 1987, working on major shows, but returned to Vari-Lite in 1989 as field service manager. In the same year he was appointed technical operations manager. In 1998 he set up his own company, which provides consultancy, resources and services to smaller companies within the industry such as ISO9000, CE marking and compliance, health and safety, project management, IT solutions and business consultancy.
Reader Services:  
About the Author(s):  
Marco van Beek was educated in Mallorca, prior to studying for his HND in Electronics and Communications Eng. at the Polytechnic of North London. In 1984 he joined Vari-Lite Europe as a full-time Vari*Lite operator/technician and worked on a number of international shows and tours including Simple Minds, Live Aid, U2, Rod Stewart, Jaques Higelin, Johnny Halliday and Michel Sardou. In 1987 he went freelance, working on more major shows and events in a variety of roles.
In 1989 he became Field Service Manager for Vari-Lite Europe and in 1990 was responsible for organising the company's move from Cricklewood to Greenford. In the same year he was appointed technical operations manager, also becoming deputy quality representative in 1997. His work included assisting with accreditation to the ISO9002 quality system and the formation of the Vari-Lite Production Services network.
In November 1998 he set his own company, Supporting Role Ltd which provides consultancy, resources and services to smaller companies within the industry including areas such as ISO9000, CE marking and compliance, health and safety, project management, IT solutions and business consultancy.

Contents by chapter:  
Acknowledgements
1 Introduction
2 Terms Used in this Book
3 Basic Electrical Concepts; 3.1 Voltage and Current; 3.2 Ohm’s Law; 3.3 Power Formula; 3.4 Frequency (AC versus DC); 3.5 Real Power versus Apparent Power (Power Factor)
4 Basic Electrical Safety Rules; 4.1 Live Work; 4.2 Lone Working and Working in Dangerous Environments or Conditions; 4.3 Isolating Circuits and ‘Locking Off’; 4.4 Connections; 4.5 Powering Up and Powering Down; 4.6 Interpretation of Test Results and Observations
5 Fault Conditions; 5.1 Over-Current; 5.2 Over-Voltage; 5.3 Under-Voltage; 5.4 Short Circuits; 5.5 Open Circuit
6 Protection Concepts; 6.1 Life, Equipment and Fire; 6.2 Insulation and Conductors; 6.3 Circuit Protective Conductor; 6.4 Isolation of Live Circuits; 6.5 Earth Loop Impedence; 6.6 Equipotential Bonding; 6.7 Residual Current; 6.8 Isolated Supplies
7 Protective Devices; 7.1 Fuses; 7.2 Circuit Breakers; 7.3 Shunt Trips; 7.4 Earth Leakage Circuit Breakers; 7.5 Residual Current Devices; 7.6 RCBO; 7.7 ELV/PELV/SELV
8 Cables and Connectors; 8.1 Extension Cables; 8.2 Mulitcores; 8.3 PVC versus Rubber; 8.4 Copper versus Aluminium; 8.5 Domestic Connectors; 8.6 Industrial Connectors; 8.7 Single Pole Connectors; 8.8 Current Ratings and Splitter Cables
9 Three-Phase; 9.1 What is Three-Phase?; 9.2 Star; 9.3 Delta; 9.4 TN-C, TN-S, TN-C-S, TT, IT;
10 Test Equipment; 10.1 True RMS; 10.2 High Impedence Devices; 10.3 The Light Bulb; 10.4 Volt Meters; 10.5 Clamp Meters; 10.6 Others: Insulation, Earth Loop, P.A.T.; 10.7 How to Interpret the Results
11 Loads; 11.1 Dimmers; 11.2 Switch Mode Power Supplies; 11.3 Transformers; 11.4 Neon and Fluorescent; 1.5 Amplifiers;
12 Power Sources; 12.1 National Grid; 12.2 Generators; 12.3 UPS; 12.4 International Variations; 12.5 Multiple Supplies
13 Advanced Issues; 13.1 Eddy Currents; 13.2 Floating Earth / Neutral; 13.3 Induced Earth / Neutral; 13.4 Unbalanced Phases; 13.5 Loss of Neutral Under Load; 13.6 Earth Loop Noise (Hum); 13.7 Harmonic Noise; 13.8 Surges, Drop-Outs and Brown-Outs; 13.9 Switched Mode Power Supplies and Ballasts; 13.10 Static; 13.11 Lightning; 13.12 RCDs
14 Case Studies; 14.1 The Case of the Missing Phase; 14.2 The Case of the Missing Neutral; 14.3 The Case of the Bakery Down the Road; 14.4 The Case of the Yellow Ceeform; 14.5 The Case of the Wrong Lamp
15 Current Legislation; 15.1 The Management of Health and Safety at Work; 15.2 The Provision amd Use of Work Equipment Regulations (PUWER); 15.3 The Electricity at Work Act; 15.4 The Electricity Supply Regulations; 15.5 The Electrical Equipment (Safety) Regulations (LVD Directive); 15.6 The Plugs and Sockets etc (Safety) Regulations; 15.7 The Safety Signs Regulations; 15.8 The Electrical Appliance (Colour Code) Regulations; 15.9 The Electomagnetic Compatibility Regulations (EMC Directive); 15.10 The Workplace (Health, Safety and Welfare) Regulations
16 Current Guidelines; 16.1 BS7671 Requirements for Electrical Installations; 16.2 BS7909 Design and Installation of Temporary Distribution systems delivering AC Electrical Supplies for Lighting, Technical Services and Other Entertainment Related Purposes; 16.3 The Event safety Guide; 16.4 HSE Guidance; 16.5 BS7697 / HD472 SI Nominal Voltages for Low Voltage Public Electricity Supplies
17 Further Reading
    Example pages:  



















    Reviews:  

    This book covers the theory, practical implementation and health and safety aspects of electricity supplies and distribution methods likely to be encountered. With a section of ‘real-world’ fault finding examples, readers will be well versed in the safe application of electricity distribution by the time they’ve finished this book.

    Lighting + Sound International
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