Electric shock in Machinery manufacturing
Electric shock hazards in machinery manufacturing pose a significant risk to your team, often stemming from aging equipment or improper maintenance routines. Prioritizing robust electrical safety protocols is essential to protecting your workers and ensuring seamless operations in your facility.
About 100% of related real accidents concentrate in these types.
Key prevention
- Implement a rigorous lockout/tagout program to ensure all energy sources are fully de-energized before maintenance begins.
- Conduct frequent visual inspections of power cords, plugs, and machinery housing to identify and replace frayed or damaged components immediately.
- Ensure all electrical panels and control boxes are kept closed, dry, and free from obstructions to prevent accidental contact.
- Provide specialized training for employees on recognizing early warning signs of electrical faults, such as burning odors or unexpected equipment buzzing.
- Utilize ground-fault circuit interrupters (GFCIs) on all portable tools and equipment to provide an extra layer of protection against current leakage.
Related accident cases
An electric shock occurred when contact was made with a live wire through a metal pole during live-line proximity work.
An electrical shock occurred when a worker touched a 3-phase high-voltage power source during live-line proximity work. The worker sustained skin burns but is expected to make a full recovery.
An employee was attempting to terminate a grounding wire for an existing MCC's grounding boss when the existing ground wire made contact with a live part, resulting in an electrical shock incident.
An electric shock occurred when a worker came into contact with a live part while using metal tape.
An electrical shock occurred due to direct contact with power transmission and distribution lines during live-line work.
The worker experienced an electric shock due to direct contact with exposed live parts. The incident was caused by electric current.