OSHA Electrical Safety

(based on 3959 customer ratings)

Terry Jo Gile, M.Ed., MT(ASCP)
Reviewer: Judi Bennett, MT, BSM

This brief course addresses electrical safety and electrical hazards commonly found in the clinical laboratory. Prevention and safety measures, fighting electrical fires, and treatment of electrical injuries are also covered. Appropriate for annual laboratory compliance training and for clinical laboratory science students prior to clinical rotations.

Continuing Education Credits


  • Describe the types of injury resulting from electrical hazards.
  • Identify specific safety measures that should be taken to avoid risks associated with electricity.
  • Define the employee's role in the event of an electrical fire.
  • Explain how to treat victims of electrical injuries.

Course Outline

  • Electrical Hazards and Electricity-induced injuries
      • Introduction
      • Basic Elements of Electricity
      • Static Electricity
      • Electricity-induced Injury
      • Factors that Determine the Degree of Electricity-induced Injury
      • Electrical Resistance and Current Pathway Through the Body
      • In the laboratory, injury or damage from static electricity should NOT be a concern.
      • Which of the following tissues is MOST resistant to electrical flow?
  • Electrical Safety Controls
      • Engineering Controls
      • Ground
      • Administrative Controls
      • Lockout/Tagout (LOTO)
      • Lockout/Tagout (LOTO) Procedures
      • Labels on Appliances and Instruments
      • Circuit Breaker Panels
      • A new analyzer has been delivered for installation in the chemistry department. Due to a lack of space, the analyzer is being installed within 6 inche...
      • Which of the following is a TRUE statement when performing maintenance or repair procedures on electrical appliances or equipment in the laboratory?
  • Electrical Hazard Recognition and Avoidance
      • Extension Cords
      • Adapters
      • Unplugging an Electrical Cord
      • Space Heaters
      • Checks and Inspections
      • Potential Electrical Hazards
  • Electrical Fires
      • Class C Fires
      • Electrical Fires
      • Electrical Fires, continued
      • Before making the decision to extinguish a fire, there are several factors that should be considered. Which of the following observations should make ...
      • A water-filled fire extinguisher is appropriate for use when extinguishing an electrical fire.
  • Handling of Electrical Injuries
      • Electrical Shock
      • Electrical Burns
      • A coworker has come in direct contact with an electrical current, causing sustained muscular contractions and preventing the victim from releasing the...
  • References
      • References

Additional Information

Level of Instruction: Basic.
Intended Audience: All clinical laboratory personnel.
Author Information: Terry Jo Gile, M.Ed., MT(ASCP) has over 45 years experience as a certified medical technologist. She has a bachelor's degree in Biology from Drake University in Des Moines, Iowa, and a master's degree in Education from Central Michigan University in Mount Pleasant, Michigan. For 20 years she was a member of the management team at Barnes-Jewish Hospital Department of Laboratories in St. Louis, Missouri, and served as the Safety Officer as well as a laboratory safety consultant to the BJC Health System. Terry Jo headed her own consulting firm, Safety Lady, LLC, for 27 years. In that capacity, she lectured and consulted worldwide on the proper implementation of safety programs in clinical laboratories.
Reviewer Information: Judi Bennett, BSM, MT is a Program Director for MediaLab, Inc., located in Lawrenceville, Georgia. During her 25 year career as a medical technologist, she was a member of the management team and has also served as a Point-of-Care coordinator, microbiology supervisor, and generalist. Judi has been a speaker at various LIS, AMT, and CLMA conferences and has been published in CLMA magazine.

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This course is part of:
daisy chain
overloaded circuit
083120 Clendenin OSHA Hazard