AC DataCenter

Electric shock

Electric shock remains a critical hazard in industrial environments that demands rigorous oversight and proactive risk management from safety leaders. By fostering a culture of vigilance and implementing robust engineering controls, you can effectively shield your workforce from the life-altering consequences of electrical incidents.

Key risk diagnosis for this task

About 100% of related real accidents concentrate in these types.

#167%
Electric Shock (Leakage Current)
#233%
Arc Flash (Contact)

Key prevention

  • Enforce strict lockout/tagout procedures to ensure all energy sources are fully de-energized before maintenance begins.
  • Require the consistent use of high-quality, certified personal protective equipment rated for the specific voltage levels present in the workspace.
  • Conduct regular, thorough inspections of all electrical tools and cabling to identify and replace frayed or damaged components immediately.
  • Maintain clear, unobstructed access to electrical panels and disconnect switches to ensure rapid response during an emergency.
  • Provide comprehensive, ongoing training that emphasizes hazard recognition and safe work practices for all personnel operating near electrical systems.

Related accident cases

Electric ShockMatch 72%

An electric shock occurred when contact was made with a live wire through a metal pole during live-line proximity work.

Key hazard · Electric shock hazard from live electrical wires.
Prevention · Implement insulation measures and adhere to safety protocols when working near live lines.
Electrical ShockMatch 71%

An electrical shock occurred due to direct contact with power transmission and distribution lines during live-line work.

Key hazard · Electrical shock from direct contact with power transmission and distribution lines
Prevention · Implement insulation measures and adhere to safety protocols during live-line work.
Electric ShockMatch 70%

An electric shock occurred when a worker contacted a live wire through a metal pole during live-line proximity work.

Key hazard · Electric shock hazard from live electrical wires.
Prevention · Implement insulation measures and adhere to safety protocols during live-line work.
Electric ShockMatch 70%

An electric shock occurred when a boom contacted an overhead power line during live-line proximity work.

Key hazard · Contact with a live power line
Prevention · Ensure adequate safety distances and use of insulating equipment during live-line work.
ElectrocutionMatch 69%

An employee died from electrocution while working on live power lines. The incident occurred during transmission and distribution line work.

Key hazard · Electrocution during live power line work
Prevention · Strict adherence to safety procedures and use of insulating equipment during live line work.
Electric shockMatch 69%

A worker experienced an electric shock while working on the runway. This occurred due to direct contact with a runway conductor.

Key hazard · Electric shock
Prevention · Avoid direct contact with runway conductors.
Electrical ShockMatch 69%

An electrical shock occurred when a worker directly contacted a power transmission/distribution line during de-energized work.

Key hazard · Direct contact with power transmission/distribution lines
Prevention · Strict adherence to safety procedures and use of insulating equipment during de-energized work.
Electrical ShockMatch 69%

An electrical shock occurred due to direct contact with overhead power lines during de-energized work.

Key hazard · Electrical shock from direct contact with power lines
Prevention · Strict adherence to safety procedures and use of insulating equipment during de-energized work