Safety manual electricity industry part 3

Every manual we create is customized using your industry, state, and company specific safety details and we guarantee it will meet all Federal and State OSHA standards. OSHA Safety Manual provides more than just a "one-size-fits-all" safety manual which can weaken the effectiveness of your safety documentation and leave you liable. For over We also determine flash protection distances and the types of personal protective equipment required for these distances, describe incident energy under various fault conditions, and discuss blast Page 3 of 49 EFCOG Electrical Safety Improvement Project Electric shock occurs when the body becomes part of an electrical circuit. Shocks can happen in three ways. • A person may come in contact with both conductors in a circuit. OSHA safety manual products for every size and type of company. Choose an OSHA safety manual that is specific to your trade and download instantly. 2) Using faulty electrical cords/sockets. 3) Use of extension cords without taking proper precautions. 4) Improper earthing of the device. 5) Faulty designs/inter-locks. The major factor which plays a vital role in severity of electric shock is amplitude of current, and part of human body through which it passes. For accident to This safety procedure provides guidelines for safely working around electrical hazards. It includes provisions for training, lockout requirements, and specific types of work practices and the required precautionary practices when using portable electric equipment. It is the responsibility of each In part 1 we look at the effects electricity has on the body based on current, voltage, time, path, and resistance - illustrate how electricity behaves and how shock can result - discuss the The requirements for insulated tools, safeguards, and various types of personal protective equipment are detailed in OSHA 1910.335 and NFPA 70E-2000 Part II Chapter 3. Safety by design. The final electrical safety principal is to increase ele