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Ugly's Electrical Safety and NFPA 70E®

Author(s): H. Brooke Stauffer
Details:
  • ISBN-13: 9780763768553
  • ISBN-10:0763768553
  • Spiral/paperback    184 pages      © 2010
Price: International Sales $21.95 US List
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Overview

Ensure Your Jobs Comply with Important Safety Standards with Ugly’s Electrical Safety and NFPA 70E®!

Ugly’s Electrical Safety and NFPA 70E® is the first pocket-sized summary of NFPA 70E 2009 with comparisons to current OSHA regulations and the National Electrical Code®. Designed for electricians, engineers, contractors, designers, maintenance workers, instructors, and students, this invaluable resource provides fast access to the most commonly referenced sections of the latest NFPA 70E and related safety standards.

In simple, straightforward language, Ugly’s covers the safety requirements of electrical systems operating at or below 600 volts, including: Six-Step Procedures for Establishing an Electrically Safe Work Condition, Meter Safety, Safe Electrical Work Practices, PPE, Configurations, Electrical Hazards, and First Aid.

Look for the Second Edition, revised to reflect the NFPA 70E® 2012 updates to publish this summer!

ShowKey Features

  • Completely up-to-date for hte NFPA 70E® 2009, 2008 NEC, and OSHA regulations, with a discussion on how the three relate to one another.
  • Provides detailed coverage of Arc Flash hazards and causes, Arc Blast hazards, and contact and non-contact hazards
  • Includes information on available Personal Protective Equipment and its appropriate use

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ShowTable of Contents

Introduction
What This Guide Does Not Cover
  1. Above 600 Volts
  2. Utility Systems
  3. Non-Electrical Hazards
Four Protective Strategies
Qualified Persons (Electrical Workers)
  Protecting Others (That Is, Unqualified Persons)
  NFPA 70E Requirements
    Warning and Guarding
    Maintenance and Housekeeping
Establishing an Electrically Safe Work Condition
  Lockout-Tagout
  Warnings
  Six-Step Procedure for Establishing an Electrically Safe Work Condition
  How to Read a Warning Label
  Electrically Safe Work Condition Established
Test Meter Safety Ratings
  Location Is Everything
  Meter Marking and Accessories
  Select the Proper Rating
  Hazardous (Classified) Locations
  Voltmeters
  The Home Environment
  Selection and Use
  Duty Cycle
  UL 1244 Requirements
  Static Discharge Categories
  Purchase
  Inspection
Energy Control Procedures
  Individual Qualified Employee Control
  Simple Lockout-Tagout Procedure
  Complex Lockout-Tagout Procedure
Safety Practices When One Conductor Is or Might Be Energized
Safe Electrical Work Practices
  Energized Electrical Work Permit
  Reasons That Justify Working With the Circuit/Equipment Energized
    Additional or Increased Hazards
    Design or Operational Limitations
  The Difference Between Inconvenient and Infeasible
    The Task
    The Best Solution
    Acceptable Alternate Solution
  Determine Shock Approach Boundaries
    Limited Approach Boundary
    Restricted Approach Boundary
    Prohibited Approach Boundary
  Not Flash Protection!
  Arc-Flash Protection Boundary (Arc-Flash and Arc-Blast Protection)
    Determining Available Fault Current
  Determining the Hazard/Risk Category for the Task
    Systems Rated at 600 Volts and Less
    How to Determine the HRC Category for Each Work Task
  Select the Appropriate PPE, Including FR Clothing
Advantages of Working Deenergized
Types of Protection
  Gloves
    Hazards
    Size and Style
    Leather Protectors
    Selection and Use of Voltage-Rated Gloves
    Inspection
  Sleeves
  Mats and Matting
    How Mats and Matting Provide Protection
  Blankets
    Hazards
  Footwear
  Live-Line Tools (Hot Sticks)
    Hazards
    Selection and Use
  FR Clothing
    Label Requirements
    Thermal Barrier
    Selection and Use
  Limiting Fault-Current Time
  Protective Clothing Requirements
  The Flash Protection Boundary
Other Exposure Considerations
Protective Characteristics
  Testing Flame-Resistant Fabrics
Arc Rating
Insulating Factor of Layers
PPE Configurations
An Arcing Fault Converts Electrical Energy Into Other Forms of Energy
Clothing Designed Especially for Women
Protective Materials
  Qualified Persons
General Electrical Equipment
Special Electrical Equipment
  1. Electrolytic Cells (Article 310)
    Heat Causes Special Hazards
    Special Safety Techniques
  2. Batteries and Battery Rooms (Article 320)
    Safety Requirements
  3. Lasers (Article 330)
  4. Power Electronic Equipment (Article 340)
  5. Research and Development Laboratories (Article 350)
Safety Techniques for Users
Who Enforces Compliance With NFPA 70E?
How Is NFPA 70E Related to the National Electrical Code®?
  Knowledge Is Critical
How Is NFPA 70E Related to OSHA Regulations?
  OSHA Involvement
  NFPA 70E Enforcement
Who Is Responsible for Electrical Safety?
  Who Is Responsible for PPE?
What Are Electrical Hazards?
  Electric Shock Hazard
  Ground-Fault Circuit Interrupter (GFCI) Protection
  Insulated Gloves and Tools
  Shock Approach Boundaries
  Arc-Flash Hazard
  Causes of Arc Flashes
  Arc-Flash Protection Boundary
  Arc Flash and Voltage Levels
  Arc-Blast Hazard
  Pressure Wave
  Burn Dangers
  Contact Hazards and Non-Contact Hazards
  Contact Hazards (Shock and Electrocution)
  Non-Contact Hazards (Arc Flash and Arc Blast)
Electrical Safety Program
Training Employees in Electrical Safety
  Training Methods
    On-the-Job Training
    Toolbox Talks
    OSHA 10-Hour Safety Course
    OSHA 30-Hour Safety Course
    NFPA 70E Safety Course
  Job Briefing
    Annex A - Referenced Publications
    Annex B - Informational References
    Annex C - Limits of Approach
    Annex D - Sample Calculations for the Arc-Flash Protection Boundary
    Annex E - Electrical Safety Program
    Annex F - Hazard/Risk Evaluation Procedure
    Annex G - Sample Lockout-Tagout Procedures
    Annex H - Simplified Two-Category, FR Clothing System
    Annex I - Job Briefing and Planning Checklist
    Annex J - Energized Electrical Work Permit
    Annex K - General Categories of Electrical Hazards
    Annex L - Typical Application of Safeguards in the Cell Line Working Zone
    Annex M - Layering of Protective Clothing and Total System Arc Rating
    Annex N - Example Industrial Procedures and Policies for Working Near Overhead Lines and Equipment
    Annex O - Safety-Related Design Requirements
  Conclusion
Installations Covered by NFPA 70E
  Covered
Installations Not Covered by NFPA 70E
  Not Covered
NFPA 70E Definitions
General Protection From Electrical Injuries
  Hard Hats
    ANSI Z89.1 Requirements
    OSHA Requirements
    Selection and Use
  Spectacles (Safety Glasses)
  Face Shields and Viewing Windows
    ANSI Z87.1 Requirements
    ASTM F2178-02 Requirements
  Voltage-Rated Hand Tools
    ASTM F1505 Requirements
  Safety Grounds (Clusters)
  The Right-Hand Rule
  Performance Requirements
First Aid
  Scene Survey
  How to Call for Help
  Bleeding
  Ingested Poisons
    Recognizing Ingested Poisoning
    Care for Ingested Poison
  Shock
    Recognizing Shock
    Care for Shock
  Burns
    Care for Burns
    Electrical Burns
  Frostbite
    Recognizing Frostbite
    Care for Frostbite
  Hypothermia
    Recognizing Hypothermia
    Care for Hypothermia
  Heat Cramps
    Recognizing Heat Cramps
    Care for Heat Cramps
  Heat Exhaustion
    Recognizing Heat Exhaustion
    Care for Heat Exhaustion
  Heatstroke
    Recognizing Heatstroke
    Care for Heatstroke
  Airway Obstruction
    Management of Choking Responsive Victim
    Adult Cardiopulmonary Resuscitation (CPR)
  Heart Attack
    Recognizing a Heart Attack
    Care for a Heart Attack
  Stroke
    Recognizing a Stroke
    Care for a Stroke
  First Aid, Rescue, and CPR
References
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ShowAbout the Author(s)

H. Brooke Stauffer

Brooke Stauffer is the Executive Director of Standards and Safety for the National Electrical Contactors Association (NECA) in Bethesda, MD. He is responsible for all of NECA’s regulatory activities and for developing and publishing the National Electrical installation Standards. Stauffer is a member of the IEEE, NFPA, and IAEI, and has served on three different code-making panels. He is also a member of the ANSI Board of Standards Review (BSR), which approves all American National Standards, including the National Electrical Code®.

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