Electrical Live Working Safety Training

Lesson 1 • How Electricity Injures the Body

Covers current pathways, tissue damage thresholds, and cardiac fibrillation risk. Grounds all subsequent hazard assessments in physiological reality.

Lesson 2 • Electrical Hazard Classification

Defines voltage categories, energy levels, and equipment classes that determine risk tier. Enables workers to assign correct protection levels before any task.

Lesson 3 • Regulatory and Standards Framework

Surveys the hierarchy of electrical safety regulations, consensus standards, and employer duty-of-care obligations. Connects compliance requirements to practical work procedures.

Lesson 4 • Arc Flash Physics and Energy

Explains plasma formation, pressure waves, and radiant heat release during arc events. Provides the physical basis for incident energy calculations used later.

Lesson 1 • Arc Flash Protection Boundary

Explains how incident energy calculations determine the arc flash boundary distance. Links boundary placement to PPE selection and task planning.

Lesson 2 • Boundary Marking and Communication

Covers physical barricades, signage, and verbal communication protocols that enforce boundaries on site. Prevents unauthorized entry by coworkers and the public.

Lesson 3 • Calculating Minimum Approach Distances

Applies voltage-to-distance tables and air gap insulation principles for medium and high voltage. Ensures workers maintain safe clearances during overhead and substation work.

Lesson 1 • Verification of Zero Energy State

Details test-before-touch procedures, voltage tester selection, and proving absence of voltage. This step prevents contact with unexpectedly energized conductors.

Lesson 2 • Energy Isolation Principles

Defines all electrical energy sources, stored energy forms, and isolation point identification. Establishes why full isolation is the preferred alternative to live work.

Lesson 3 • Lockout Device Application

Covers selection, placement, and removal of locks on disconnects, breakers, and valves. Ensures each authorized worker maintains personal control of their isolation.

Lesson 4 • Group Lockout and Complex Systems

Addresses multi-craft group lockout, complex energy control programs, and shift-change continuity. Ensures protection is maintained across large teams and extended outages.

Lesson 1 • Protective Device Coordination Impact

Explains how relay settings, fuse selection, and breaker clearing times affect incident energy levels. Shows workers how system changes can reduce arc flash hazard.

Lesson 2 • Incident Energy Calculation Methods

Applies empirical and theoretical calculation methods to determine calories per square centimeter at working distance. Results drive PPE selection and arc flash boundary placement.

Lesson 3 • Fault Current and Bolted Fault Calculations

Covers symmetrical and asymmetrical fault current calculation methods and their role in arc flash analysis. Provides the foundational numbers used in all incident energy formulas.

Lesson 4 • Power System Data Collection

Identifies the electrical system data required as inputs for an arc flash study. Accurate data collection directly determines the reliability of all calculated results.

Lesson 1 • Face and Head Protection

Addresses arc flash face shields, arc-rated balaclavas, and hard hat arc ratings. Prevents facial burns and head trauma from arc blast and falling debris.

Lesson 2 • Insulating Gloves and Sleeves

Details rubber insulating glove voltage classes, leather protector requirements, and sleeve use. Protects hands and forearms during direct contact with energized parts.

Lesson 3 • Insulating Tools and Equipment

Covers insulated hand tool ratings, insulating mats, and blanket application on live conductors. Extends the worker's protection zone beyond personal clothing.

Lesson 4 • PPE Inspection, Testing, and Storage

Establishes pre-use inspection criteria, periodic electrical testing intervals, and proper storage conditions. Prevents PPE failure caused by undetected damage or degradation.

Lesson 1 • Job Hazard Analysis for Live Tasks

Applies step-by-step task breakdown to identify hazards and controls for each live-work action. Produces the hazard analysis that feeds directly into the work permit.

Lesson 2 • Energized Electrical Work Permit Content

Details every required element of a live-work permit, from task description to PPE specification. Ensures no critical safety information is omitted before work begins.

Lesson 3 • Justification for Energized Work

Defines the conditions under which live work is permitted and the documentation required to justify it. Prevents unnecessary energized work by enforcing a structured decision process.

Lesson 4 • Pre-Job Briefing Execution

Covers the structure, content, and documentation of crew briefings before energized work begins. Aligns every worker on hazards, boundaries, PPE, and emergency actions.

Lesson 1 • Hot Stick and Live-Line Tool Work

Details fiberglass hot stick ratings, handling techniques, and task execution at safe working distances. Used for medium and high voltage work where direct contact is prohibited.

Lesson 2 • Temporary Protective Grounds Application

Addresses grounding cable sizing, attachment sequence, and removal order for de-energized adjacent conductors. Protects workers from induced voltage and accidental re-energization.

Lesson 3 • Insulated Aerial Devices for Live Work

Covers bucket truck and aerial lift insulation ratings, boom positioning, and platform work rules. Ensures the aerial device itself does not compromise the worker's insulation system.

Lesson 4 • Rubber Gloving Method

Covers hand contact with energized parts using insulating gloves as the primary protection. Applies to low and medium voltage distribution work where direct manipulation is required.

Lesson 1 • Scene Safety and Victim Rescue

Covers rescuer self-protection, de-energization before contact, and non-contact rescue tools. Prevents the rescuer from becoming a second victim during electrical emergencies.

Lesson 2 • Incident Reporting and Investigation

Establishes the immediate notification chain, evidence preservation, and root cause analysis process after an electrical incident. Converts every event into systemic safety improvement.

Lesson 3 • Arc Flash Burn Management

Covers cooling, wound covering, and transport priorities for arc flash burn victims. Addresses clothing removal hazards and the risk of airway burns from superheated gases.

Lesson 4 • Cardiopulmonary Resuscitation for Electrical Victims

Applies CPR technique with emphasis on the high success rate when initiated promptly after electrical cardiac arrest. Reinforces that electrical victims are prime candidates for resuscitation.