eep January 28, 2025 EVSE Report a question What's wrong with this question? You cannot submit an empty report. Please add some details. 0% EVSE Day 6 Always ensure safety by removing power to the equipment before working. 1 / 10 What is the necessary step before working on an EVSE station? a. Grounding b. Lifting c. De-energizing d. Energizing Incorrect. De-energizing is the essential safety step. Correct! De-energizing ensures the EVSE is safe to work on. De-energizing prevents accidental electric shock or equipment damage during maintenance. EVSE systems involve high voltage and current levels. 2 / 10 An energized EVSE carries a fatal amount of electric energy. a. True b. False Incorrect. Energized EVSE systems pose serious risks. Correct! Energized EVSE systems carry dangerous levels of energy. Energized EVSE systems can carry enough energy to cause severe harm or fatal injuries. Arc flash risks can occur at various voltage levels, not just high voltage. 3 / 10 Arc flash hazard analysis is only for high-voltage systems. a. False b. True Incorrect. Arc flash is not limited to high-voltage systems. Correct! Arc flash risks apply across different voltage levels. Arc flash can happen in low- and medium-voltage systems, making analysis essential for all voltages. Ground faults are one of the leading causes of electrical hazards. 4 / 10 Which of the following best defines a ground fault? a. A surge in electrical current caused by faulty wiring b. A short circuit that occurs when a live wire comes into contact with a grounded surface c. An interruption in the flow of electricity due to an overload d. A condition where current unintentionally flows to the ground, potentially causing electrical shock or fire Incorrect. Ground faults involve unintended current flow to the ground. Correct! Ground faults can be hazardous if not addressed. Ground faults occur when electricity flows through unintended paths, posing safety risks. These chargers are often used in commercial and public settings for fast charging. 5 / 10 Which type of EV charger has the highest level of amps? a. Level 2 b. Level 3 c. Level 1 Incorrect. Level 1 and 2 chargers have lower amperage than Level 3 chargers. Correct! Level 3 chargers provide the highest amperage for faster charging. Level 3 chargers, also known as DC fast chargers, operate at higher amperages to charge EVs rapidly. Arc blasts involve rapid expansion of air, causing significant force. 6 / 10 The hazards resulting from an arc flash/arc blast are heat, shrapnel, intense light, sound, and ________. a. Angry workers b. Flying tools c. Pressure d. Body parts Incorrect. Pressure is one of the major hazards in arc blasts. Correct! Pressure waves are a serious risk in arc flash incidents. Arc flashes release immense energy, generating pressure waves that can cause damage. Lockout/tagout is a safety measure for preventing accidental energization. 7 / 10 Which of the following does NOT describe lockout/tagout for an EVSE? a. It is primarily used for securing vehicles during charging b. It ensures that electrical maintenance or repair work can be performed safely c. It involves disconnecting power sources and locking them in the off position d. It involves tagging equipment with warning labels to indicate it should not be operated Incorrect. Lockout/tagout doesn’t involve vehicle security. Correct! Lockout/tagout is not used for securing vehicles. Lockout/tagout focuses on safety during electrical maintenance, not securing vehicles. Think about how PPE protects against potential arc flash injuries. 8 / 10 Arc flash hazard analysis helps determine appropriate PPE. a. False b. True Incorrect. Arc flash hazard analysis directly relates to PPE selection. Correct! Arc flash analysis helps in selecting the right protective equipment. Arc flash analysis evaluates potential risks and specifies PPE to protect workers. It’s a widely adopted code used in various applications beyond just residential buildings. 9 / 10 What is the primary purpose of the NFPA 70? a. To regulate the installation of electrical equipment in residential buildings only b. To enforce electrical safety protocols in industrial settings only c. To provide guidelines for safe electrical installations in all types of sites d. To mandate specific electrical equipment brands for commercial buildings Incorrect. The NFPA 70 applies to all types of electrical installations, not just specific applications. Correct! The NFPA 70 provides universal safety guidelines. The NFPA 70 establishes standards for the safe installation of electrical wiring and equipment in any setting. The NFPA 70 is also known as the National Electrical Code (NEC). 10 / 10 Which of the following is NOT addressed by the NFPA 70? a. Telecommunications wiring standards b. Fire alarm system installation c. Electrical equipment labeling requirements d. Decorative Lighting Incorrect. This topic is addressed by the NFPA 70. Correct! Telecommunications wiring is outside the scope of the NFPA 70. The NFPA 70 is also known as the National Electrical Code (NEC). Your score is LinkedIn Facebook Twitter 0% Restart quiz Exit Rate & Review Thank you for taking the time to leave us a review! Your feedback is greatly appreciated and helps us improve our services. Send feedback Pos.NameScoreDuration 1Guest100 %1 minutes 37 seconds2eep100 %2 minutes 11 seconds3eep100 %3 minutes 2 seconds4Guest100 %4 minutes 31 seconds5Guest90 %6 minutes 13 seconds6Guest90 %7 minutes 26 seconds Leave a Reply Cancel replyYour email address will not be published. Required fields are marked * Comment* Name* Email* Website Save my name, email, and website in this browser for the next time I comment. Post Comment