The City and Guilds Level 3 Diploma in Electrical Installation 2365 Building and Structure Units 201, 301-305 and 308 (PDF)

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About the Level 3 Diploma in Electrical Installation 2365 Building and Structure book:

Publisher: City and Guilds;
Place of Publication: United Kingdom;
Pages: 672 pages;
Size: 49 MB;
First Edition: 2014;
Language: English;
Authors: Howard Carey, Paul Cook, Paul Harris, Andrew Hay-Ellis, Trevor Pickard, Peter Tanner;

Content:

• Acknowledgements
  About the authors
  How to use this textbook
  Unit 201 Health and safety in building services engineering
  Outcome 1 Know health and safety legislation
  Health and safety legislation
  Individuals' responsibilities under health and safety legislation
  Statutory and non-statutory health and safety materials
  Roles of the HSE in enforcing health and safety legislation
  Outcome 2 Know how to handle hazardous situations
  Common hazardous situations on site
  Safe systems at work
  Safety signs
  Symbols for hazardous substances
  Common hazardous substances
  Precautions to be taken with hazardous substances
  Asbestos encountered in the workplace
  What to do if the presence of asbestos is suspected
  Implications of being exposed to asbestos
  Personal protective equipment and its use
  Procedures for manually handling heavy and bulky items
  What to do in an accident or emergency
  Procedures for handling injuries sustained on site
  Procedures for recording accidents and near misses at work
  Outcome 3
  Know electrical safety requirements when working in the building services industry
  Common electrical dangers on site
  Electrical supply for tools and equipment
  Reduced low voltage electrical supplies for tools and equipment
  How to conduct a visual inspection of portable electrical equipment
  What to do when portable electrical equipment fails visual inspection
  The safe isolation procedure
  How to deal with electric shocks
  Outcome 4 Know the safety requirements for working with gases and heat producing equipment
  Different types of gases used on site
  How to safely transport and store bottled gases and equipment
  How to conduct a visual inspection on heat-producing equipment
  How combustion takes place
  Dangers of working with heat-producing equipment
  Procedures on discovery of fires on site
  Different classifications of fires
  Outcome 5 Know the safety requirements for using access equipment in the building services industry
  Access equipment for different types of work
  Safety checks and safe erection methods for access equipment
  Outcome 6 Know the safety requirements for working safely in excavations and confined spaces in the building services industry
  Where it may be necessary to work in excavations
  How to prepare excavations for safe working
  Precautions to make excavations safe
  Areas where working in confined space may be a consideration
  Safety considerations when working in confined spaces
  Outcome 7 Be able to apply safe working practice
  Manual handling techniques
  How to manually handle loads using mechanical lifting aids
  The safe method of assembly of access equipment
  How to use access equipment safely
  Assessment checklist
  what you now know/can do
  Assessment guidance
  Outcome knowledge check
  Unit 301 Understand the fundamental principles and requirements of environmental technology system
  How this unit is organized
  Outcome 3 Know the fundamental regulatory requirements relating to micro renewable
  energy and water conservation technologies
  Planning and permitted development
  Building regulations
  Differences in building regulations across the UK
  Outcomes 1 to 4 Heat-producing micro-renewable energy technologies
  Solar thermal (hot-water) systems
  Heat pumps
  Ground source heat pumps
  Air source heat pumps
  Biomass
  Outcomes 1 to 4 Electricity-producing micro-renewable energy technologies
  Solar photovoltaic (PV)
  Micro-wind
  Micro-hydro-electric
  Outcomes 1 to 4 Co-generation energy technologies
  Co-generation technologies - micro-combined heat and power (heat-led)
  Outcomes 1 to 4 Water conservation technologies
  Rainwater harvesting
  Grey water re-use
  Assessment checklist
  What you now know/can do
  Assessment guidance
  Outcome knowledge check
  Unit 302 Principles of electrical science
  Outcome 1 Understand the principles of a.c. theory
  Introduction
  The effects of components in a.c. circuits
  Calculate quantities in a.c. circuits
  Power factor
  The relationship of power quantities in circuits
  Power factor correction
  Outcome 2 Understand the principles of lighting systems
  Laws of illumination and illumination quantities
  Operation of luminaries
  Application of luminaries
  Operation of luminaries
  Outcome 3 Understand electrical quantities in star delta configurations
  Voltage and current in star-configured systems
  Voltage and current in delta-configured systems
  Neutral current in three-phase and neutral supplies
  Outcome 4 Understand the principles of electrical machines
  How d.c. machines operate
  Applications of d.c. machines
  How three-phase a.c. machines operate
  Applications of three-phase a.c. machines
  How single-phase a.c. machines operate
  Applications of single-phase a.c. machines
  How motor starters operate
  Outcome 5
  How electrical components operate
  Application of electrical components in electrical systems
  Protective devices
  Application of protective devices
  Understand the principles of electrical devices
  Outcome 6 Understand the principles of electrical heating systems
  How electrical space-heating systems work
  How electrical water-heating systems work
  How to control heating systems
  Outcome 7 Understand the principles of electronic components in electrical systems
  How electronic components work
  The function of electronic components in electrical systems
  Assessment checklist
  What you now know and can do
  Assessment guidance
  Knowledge check
  Unit 305 Electrical system design
  Outcome 1 Understand how to interpret design information
  Electrical systems
  Accessibility and suitability of systems
  Sustainable design
  Electrical installation design
  Special installations or locations
  Estimating from design plans
  Costing
  Estimating for an installation
  Contracts
  Explain implications for tender content
  Outcome 2 Understand principles for designing electrical systems
  Regulatory requirements
  Assessment of general characteristics
  Estimating maximum demand
  Selecting and erecting a wiring system
  Cable selection (for current-carrying capacity)
  Shock protection
  Coordination of protective devices
  Verify breaking capacities of protective devices
  Selection of protective conductors
  Isolation and switching
  Outcome 3 Understand procedures for connecting complex electrical systems
  Connection of supply
  Electrical connections
  Outcome 4 Understand how to plan work schedules for electrical systems installation
  Other trades
  Programmes of work
  Overcoming difficulties when supervising installations
  Handover
  Work schedules
  Assessment checklist
  what you now know/can do
  Assessment guidance
  Knowledge check
  Unit 304 Electrical installation: inspection, testing and commissioning
  Outcomes 1, 3, 5, 6
  Know requirements for commissioning of electrical systems
  Understand procedures for completing the testing of electrical systems
  Be able to inspect electrical wiring systems
  Be able to test safety of electrical systems
  Health and safety legal requirements
  The correct procedure for safe isolation
  Safe isolation and implications
  Isolation risks and implications
  Risk assessments, safe working procedures and equipment
  Outcome 1 Know requirements for commissioning of electrical systems
  Why you need to inspect and test electrical installations
  Statutory and non-statutory documentation, and requirements
  Information required to carry out initial verification of an electrical installation
  Outcomes 2, 5
  Understand procedures for the inspection of electrical systems
  Be able to inspect electrical wiring systems
  Human senses and inspection
  Inspection items explained
  Inspection process for initial verification
  Inspection requirements
  Outcomes 3, 6 Understand procedures for completing the testing of electrical systems
  Be able to test safety of electrical systems
  Appropriate tests and sequence for electrical installations
  Identifying the correct instrument for tests
  Safe and correct use of instruments
  Why test results need to comply with standards
  Testing in the exact order specified
  Continuity testing
  Theory related to insulation resistance testing
  The importance of verifying polarity
  Methods of determining earth fault loop paths
  Earth electrode resistance testing
  Automatic disconnection of supply
  Prospective fault current (Ipf)
  Operation and functional testing of residual current devices (RCDs)
  phase sequence testing
  The need for functional testing
  Voltage drop theory and calculation
  Appropriate procedures for dealing with customers and clients
  Outcomes 4, 6 Understand requirements for documenting installing electrical systems
  Be able to test safety of electrical systems
  Documentation and certification for initial verification
  Information contained within documentation and certification
  The certification process for a completed installation
  Procedures and requirements for documents and certification
  Assessment checklist
  What you now know/can do
  Assessment guidance
  Knowledge check
  Unit 303 Electrical installation: fault diagnosis and rectification
  Outcome 1 Understand how electrical fault diagnosis is reported
  Procedures for recording information on electrical fault diagnosis
  Using fault codes
  Actions to be taken in response to danger codes
  Outcome 2 Understand how electrical faults are diagnosed
  Safe working procedures for fault diagnosis
  Hazards of fault diagnosis
  Stages of fault diagnosis
  Use of instruments for fault diagnosis
  Causes of electrical faults
  Where are electrical faults found?
  Diagnosing faults by testing
  What to do next?
  Implications of fault diagnosis
  Outcome 3 Understand process for fault rectification
  Safe working procedures for fault rectification
  Hazards of fault rectification
  The process of fault rectification
  Factors that affect fault rectification
  Outcome 4 Be able to diagnose faults on electrical systems
  A safe system of work for fault diagnosis
  A logical approach for locating electrical faults
  Using testing instruments for fault diagnosis
  Interpret testing data
  How to document fault diagnosis
  Assessment checklist
  what you now knowlcan do
  Assessment guidance
  Knowledge check
  Unit 308 Career awareness in building services engineering
  Outcome 1 Understand how to plan for careers in building services engineering
  Resources for career planning
  Elements of career planning
  Documents to support career development
  principles of goal setting
  How to set goals
  Roles in building services engineering
  Opportunities for progression
  Outcome 2 Understand the requirements to become a qualified operative in building services engineering
  Requirements for becoming a qualified operative
  Areas that run competent person schemes
  Competent person schemes
  Requirements for renewing CPS membership
  Advantages of CPS membership
  Assessment checklist
  What you now know/can do
  Assessment guidance
  Knowledge check
  Appendices
  Appendix 1: Small industrial unit floor plan (for use with Unit 304)
  Appendix 2: Distribution and wiring information (for use with Unit 304)
  Glossary
  Answers to activities and knowledge checks
  Unit 201 Health and safety in building services engineering
  Unit 301 Understand the fundamental principles and requirements of environmental technology systems
  Unit 302 Principles of electrical science
  Unit 305 Electrical systems design
  Unit 304 Electrical installations: inspection, testing and commissioning
  Unit 303 Electrical installations: fault diagnosis and rectification
  Unit 308 Career awareness in building services engineering
  Index
  
  

Tags: Electrical Installations, Electrical Installation 2365, level 3 Electrical Installation, level 3 2365, level 3 2365