1 - Start Here

1.1 - Introduction

2 - The MEN System

2.1 - The MEN system

2.2 - Outbuildings

3 - Circuit Design

3.1 - Maximum demand

3.2 - Co-ordination

3.3 - Current carrying capacity

3.4 - Voltage drop

3.5 - Cable Pro Web Software

4 - Circuit Protection

4.1 - Short circuit temperature rise

4.2 - Discrimination

4.3 - HRC fuse characteristics

4.4 - Circuit breaker characteristics

4.5 - Resistance and reactance - are we confused yet?

4.6 - Prospective fault current

4.7 - Fault loop impedance

5 - Legislation and Safety

5.1 - Electrical Safety Act & Regulations

5.2 - AS/NZS 3000

5.3 - Codes of practice

5.4 - Service provider requirements

5.5 - Other standards

6 - Testing & Verification

6.1 - Testing procedure

6.3 - Isolation, lockout and tag

6.4 - Visual inspection

6.5 - Earth continuity

6.6 - What voltage for insulation resistance

6.7 - Insulation resistance

6.8 - Service polarity

6.9 - Polarity and correct connections

6.10 - Fault loop impedance

6.11 - Residual current devices

6.12 - Prospective fault current

6.13 - Documentation

7 - Other Stuff To Think Of

7.1 - Motor starters

7.2 - Series and parallel circuits

8 - Examinations and Questions

8.1 - Maximum demand

8.2 - CCC and voltage drop

8.3 - Protective devices

8.4 - Prospective fault current

8.5 - Fault loop impedance

8.6 - Wiring rules

8.7 - Legislation

8.8 - Outbuildings

8.9 - Past NZ EWRB exams

8.10 - Past Victoria exams

9 - Armchair Reflections

9.0 - Just a discussion!

9.1 - I have a date with capstone, what now?

9.2 - Capstone stress

9.3 - I've finished capstone, how do I get my licence?

9.4 - Eprofiling and what you should be doing

9.5 - Isolation, lockout, tag and test - the fundamental intent

9.6 - Low voltage gloves

9.7 - To breathe or not to breathe

9.8 - What voltage for IR testing?

10 - Brett's Section

10.1 - Educator of the Year

10.2 - Distinguished Gentlemen's Ride

11 - Before You Go

11.1 - Final words

3.5 – Cable Pro Web Software

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