Define the three primary categories of electrical hazards
Detect unsafe equipment indicators
Mitigate environmental risks
Identify warning signs of circuit overload
Apply safe work practices
Most electrical fires don't start with a bang; they start with a flickering light you ignored.Electrical safety isn't just about high-voltage lines; it's about the frayed extension cord under your desk or the dust accumulating behind a server rack. This training short breaks down the "Big Three" hazards that cause the majority of workplace accidents. We start with Equipment: Do you know why extension cords are strictly for temporary use? We explain how permanent reliance on temporary wiring leads to overheating and fire.We then tackle the Environment: Water and electricity are a deadly mix, but so are poor ventilation and clutter. We teach you to spot the subtle signs of an overloaded circuit. like warm wall plates, before they ignite. Finally, we address Work Practices, emphasizing why only qualified personnel should touch live circuits and the non-negotiable role of PPE. Watch this video to learn how to shock-proof your daily routine.
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View this course in a classroom
environment, or assign it to your
team individually with testing
and recordkeeping capabilities.
Electrical accidents are primarily caused by unsafe equipment or installation, unsafe environments, or unsafe work practices.
Signs of an overloaded circuit can include flickering lights, frequently tripped circuit breakers, wall plates that feel warm or are discolored, and a burning smell.
Extension cords are designed for temporary use, and regular reliance on them can lead to cord damage, overheating, and fire hazards.
Before inspection or repair, the equipment must be powered down, and Lockout/Tagout (LOTO) procedures should be used to ensure the equipment remains shut off and cannot be accidentally re-energized.
Water, including moisture and sweat, creates a highly-conductive path for electricity, which significantly increases the risk of electric shock.
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