Make workplace requirements clearer. Get a practical overview of discuss frequent electrical risks and hazards in a laboratory environment in Laboratory Safety: Electrical Safety.
Designed for day-to-day use, Laboratory Safety: Electrical Safety explains the topic in a clear and actionable way. Key outcomes include the ability to describe discuss frequent electrical risks and hazards in a laboratory environment, describe lockout/tagout procedures to prevent accidental energization, and describe discuss PPE and how to properly select, use, and maintain it. The material also helps learners describe explaining grounding and bonding for reducing electrical shocks and fires. Practical examples connect the subject to routine tasks, expected procedures, and decisions employees may need to make on the job. Learners finish with a clearer understanding of what to look for, how to respond, and when to raise a concern or seek additional guidance.
Laboratory electrical safety training is for researchers, lab technicians, students, lab managers and facilities staff who use, maintain or repair powered lab equipment. Anyone who builds experimental setups with power supplies or works with liquids near electrical devices benefits. The 19-minute video is in English, with Spanish and French closed captions.
Laboratory electrical safety falls under OSHA's electrical standards in 29 CFR 1910 Subpart S, including the safe work practices in 1910.333. Servicing equipment that could start up or release energy unexpectedly falls under the lockout/tagout standard, 29 CFR 1910.147. NFPA 70E provides widely used guidance on electrical work practices and PPE.
The most common electrical hazards in a lab are shocks, arc flashes and short circuits that can start fires. Damaged cords, overloaded outlets, ungrounded equipment, exposed live circuits and liquids spilled near power sources are frequent causes. Regular cord and equipment inspections catch many of these problems early.
If someone gets an electric shock in a lab, do not touch them while they may still be in contact with the source. Shut off power at the switch or circuit breaker, then call 911. Once the power is off, give first aid if trained. Use a Class C extinguisher on electrical fires.
Grounding and bonding matter in a laboratory because they control where electrical current and static charge can go. Grounding gives fault current a safe path, reducing shock risk from damaged equipment. Bonding keeps conductive containers at the same potential, preventing static sparks that could ignite flammable vapors during transfers.
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