NFPA 70E Training in Industrial Environments

Working in an industrial environment means regular exposure to one of the most powerful and unforgiving forces in the workplace — electricity. This course provides industrial workers with a thorough understanding of the NFPA 70E electrical safety standard, covering the hazards present on the plant floor, how to build and comply with a facility-wide electrical safety program, and the hands-on safe work practices that protect workers during installation, maintenance, and troubleshooting of industrial electrical equipment.

• Overview of the NFPA 70E consensus standard — what it covers, how it is structured, and why OSHA requires employers to comply with its electrical safety requirements
• The role of the “qualified person” in industrial settings, including their responsibilities for writing job safety plans, supervising unqualified workers, and performing testing and troubleshooting on energized equipment
• The three primary electrical hazards found in industrial facilities — electric shock, arc flash, and arc blast — including their causes, severity, and potential consequences such as severe burns, organ damage, hearing loss, and fatality
• How to develop and maintain a written Electrical Safety Program (ESP) that includes hazard identification policies, task-specific safe work procedures, risk assessment protocols, and program effectiveness controls
• How to conduct electric shock and arc flash risk assessments, calculate protection boundaries, and mark those boundaries using appropriate signs and visual indicators
• The differences between limited approach, restricted approach, and arc flash boundaries — and the access rules and PPE requirements that apply to each in an industrial context
• Step-by-step procedures for establishing an Electrically Safe Work Condition (ESWC), including identifying all electrical supply sources, opening disconnecting devices, releasing stored energy, and applying lockout/tagout devices
• How to perform the Live-Dead-Live test to verify that test instruments are functioning correctly and that circuits have been successfully de-energized
• Proper selection and use of arc-rated PPE for industrial electrical work, including insulated gloves and sleeves, arc-rated face shields and hoods, arc flash suits, and insulated footwear
• Procedural precautions specific to industrial environments, such as securing hinged equipment panels, maintaining clear escape passages, avoiding conductive jewelry and accessories, and responding to signs of potential equipment failure
• How to read and interpret equipment labels on switchboards, motor control centers, and panel boards to identify arc flash boundaries, minimum arc ratings, and required PPE levels

By the end of the course, you will have learned:

• The structure and scope of the NFPA 70E standard and how it supports compliance with OSHA’s electrical safety requirements in industrial facilities
• What qualifies someone as a “qualified person” under NFPA 70E and what responsibilities that designation carries on the plant floor
• How electric shock, arc flash, and arc blast hazards occur in industrial environments and the life-threatening injuries they can cause
• How to establish and maintain an Electrical Safety Program that includes written procedures, risk assessments, and an electrically safe work condition policy
• How to identify and calculate electric shock protection boundaries and arc flash boundaries for industrial equipment
• The correct procedure for establishing an Electrically Safe Work Condition, including proper lockout/tagout application and voltage verification using the Live-Dead-Live test
• Which PPE to select and wear based on the specific electrical hazard and boundary zone in an industrial setting
• The behavioral and procedural precautions that help prevent electrical incidents during day-to-day industrial electrical work