2026 Changes Part 2 – WA Quiz

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  1. 1. 99 – 2026 code change part 2

    1
    The maximum current of a Solar Photovoltaic system ( PV) source circuit may be calculated using which of the following?
    690.8 A
  2. 2. 98 – 2026 code change part 2

    1
    PV system DC circuits on or attached to buildings may not exceed:
    690.7
  3. 3. 97 – 2026 code change part 2

    1
    The maximum DC voltage must be used when applying which of the following?
    690.7
  4. 4. 96 – 2026 code change part 2

    1
    According to 690.7, the maximum DC voltage of a PV system is defined as:
    690.7
  5. 5. 95 – 2026 code change part 2

    1
    Which condition alone triggers the need for an equipotential plane at a aeration pond ?
    682.33
  6. 6. 94 – 2026 code change part 2

    1
    An irrigation channel needs an equipped potential plane when the electrical equipment is located:
    682.33
  7. 7. 93 – 2026 code change part 2

    1
    And equipotential plane is required at an outdoor service equipment for a fish farm pond installation when the system voltage is:
    682.33
  8. 8. 92 – 2026 code change part 2

    1
    Which condition causes a storable pool to be treated like a permanently installed pool for bonding purposes?
    680.30 B
  9. 9. 91 – 2026 code change part 2

    1
    A storable pool is installed with a permanent deck that encloses part of the pool’s perimeter and provides access to the pool. Under the 2026 NEC, what additional requirement now applies?
    680.30 B
  10. 10. 90 – 2026 code change part 2

    1
    For non‑conductive pool shells, the perimeter bonding conductor must be attached to:
    680.26 B 2
  11. 11. 9 – 2026 code change part 2

    1
    If a portion of an electrical duct‑bank run is buried deeper than shown in the tables, a decrease in conductor ampacity is not required when the deeper portion is ____
    315.60 D 2 a
  12. 12. 89 – 2026 code change part 2

    1
    For non‑conductive pool shells, how many bonding attachment points are required under the 2026 NEC?
    680.26 B 2
  13. 13. 88 – 2026 code change part 2

    1
    The vertical bonding zone for perimeter surfaces now extends
    680.26 B 2
  14. 14. 87 – 2026 code change part 2

    1
    Which conductor material is newly permitted for perimeter equipotential bonding in the 2026 NEC?
    680.26 B 2
  15. 15. 86 – 2026 code change part 2

    1
    Under the 2026 NEC, the perimeter bonding zone around a pool now extends how far horizontally from the inside pool wall?
    680.26 B 2
  16. 16. 85 – 2026 code change part 2

    1

    A ceiling‑suspended paddle fan installed 4 ft horizontally from the inside wall of an outdoor pool must be mounted at least:

    680.22 B 1
  17. 17. 84 – 2026 code change part 2

    1
    Indoor pool clearance requirements are:
    680.22 A B
  18. 18. 83 – 2026 code change part 2

    1
    In an indoor pool area, certain equipment may be installed at a minimum height of 7 ft 6 in above the maximum water level if:
    680.22 B 2
  19. 19. 82 – 2026 code change part 2

    1
    How high must a luminaire installed over an outdoor pool or within 5 ft horizontally of the pool be mounted?
    680.22 B 1
  20. 20. 81 – 2026 code change part 2

    1
    A 240‑volt electric pool water heater has a nameplate load of 44 A. What is the minimum ampacity of the branch‑circuit conductors?
    680.10 A 2
  21. 21. 80 – 2026 code change part 2

    1
    A 208Y/120‑volt, three‑phase, 90‑amp circuit supplies a chemical‑feed system for a commercial spa. The circuit operates at 120V to ground. Which protection applies?
    680.5 C
  22. 22. 8 – 2026 code change part 2

    1
    Which statement best distinguishes an ESV from an EV?
    100 definitions
  23. 23. 79 – 2026 code change part 2

    1
    A maintenance electrician is replacing a 277‑volt single‑phase lighting circuit that supplies luminaires located directly above an indoor commercial pool. The branch circuit operates at 277 volt to ground and 480 volt phase‑to‑phase. What type of ground‑fault protection is required?
    680.5 C
  24. 24. 78 – 2026 code change part 2

    1
    Which of the following three‑phase circuits does NOT require Class A GFCI protection
    680.5 B
  25. 25. 77 – 2026 code change part 2

    1
    Class A GFCI protection is required for three‑phase branch circuits supplying pool equipment when the circuit is rated _____.
    680.5 B
  26. 26. 76 – 2026 code change part 2

    1
    For pool, spa, and similar water-related installations, the ground-fault protection requirements for personnel using GFCI and SPGFCI devices apply:
    680.5 A
  27. 27. 75 – 2026 code change part 2

    1
    The requirement for reevaluating selective coordination applies when:
    645.27
  28. 28. 74 – 2026 code change part 2

    1
    When an overcurrent protective device in a critical operations data system is replaced, the system must be:
    645.27
  29. 29. 73 – 2026 code change part 2

    1
    Overcurrent protective devices serving critical operations data systems must be:
    645.27
  30. 30. 72 – 2026 code change part 2

    1
    Receptacles installed for connecting electric vehicle charging equipment must be provided with:
    625.54
  31. 31. 71 – 2026 code change part 2

    1
    A receptacle rated 50 amperes is permitted only when it is installed on a branch circuit rated_____________when used on EVSE and WPTE.
    625.44
  32. 32. 70 – 2026 code change part 2

    1
    Cord‑and‑plug‑connected Wireless power transfer equipment and electric vehicle supply equipment when used must be provided with an attachment plug rated at least:
    625.44
  33. 33. 7 – 2026 code change part 2

    1
    Which definition applies to vehicles such as boats, aircraft, and farm equipment when electrically powered?
    100 definitions
  34. 34. 69 – 2026 code change part 2

    1
    Electric vehicle supply equipment and wireless power transfer equipment connected to premises wiring must be installed using:
    625.44
  35. 35. 68 – 2026 code change part 2

    1
    Cord‑and‑plug‑connected EVSE(electrical vehicle supply equipment )Electric vehicle supply equipment and WPTE(Wireless power transfer equipment ) equipment may use the plug as the disconnecting means when:
    625.43 A B C
  36. 36. 67 – 2026 code change part 2

    1
    For cord‑and‑plug‑connected EVSE and WPTE equipment not exceeding 60 amperes or 150 volts to ground, the permitted disconnecting means is:
    625.43 A B C
  37. 37. 66 – 2026 code change part 2

    1
    When the disconnecting means for permanently connected EVSE and WPTE equipment is installed remote from the equipment, the equipment must have:
    625.43 A B C
  38. 38. 65 – 2026 code change part 2

    1
    In a multifamily dwelling where multiple Electric vehicle supply equipment or wireless power transfer equipment units each have individual disconnects, each unit must have:
    625.43 A B C
  39. 39. 64 – 2026 code change part 2

    1
    Electric vehicle supply equipment and wireless power transfer equipment must be provided with: (The 2026 revision significantly reorganized and expands the requirements for disconnecting means related to electrical vehicle supply equipment and wireless power transfer equipment. the update addresses modern installation conditions previously a disconnect was only required for equipment rate at 60 amps or more and with more than 150 volts to ground however it is now necessary for all EVSE equipment )
    625.43
  40. 40. 63 – 2026 code change part 2

    1
    For electric vehicle charging equipment that is not self‑adjusting, the current adjustment setting must be:
    625.42 B
  41. 41. 62 – 2026 code change part 2

    1

    Electric vehicle charging equipment with an adjustable current setting is permitted only when:

    625.42 B
  42. 42. 61 – 2026 code change part 2

    1
    When one or more pieces of equipment include an integral load‑management control, the system must be:
    625.42 A
  43. 43. 60 – 2026 code change part 2

    1
    A power control system used for EV load management may be:
    625.42 A
  44. 44. 6 – 2026 code change part 2

    1
    A Plug‑In Hybrid Electric Vehicle (PHEV) is defined as:
    100 definitions
  45. 45. 59 – 2026 code change part 2

    1
    The maximum equipment load permitted on a service, feeder, or branch circuit supplying EV charging equipment is determined by:
    625.42 A
  46. 46. 58 – 2026 code change part 2

    1
    Which installation condition allows the supply circuit rating for EV charging equipment to be less than the full load?
    625.42
  47. 47. 57 – 2026 code change part 2

    1

    Which statement best reflects the requirement for supplying EV charging equipment?

    625.42
  48. 48. 56 – 2026 code change part 2

    1
    Without the use of load‑management controls, the supply circuit for EV charging equipment must be sized to:
    625.42
  49. 49. 55 – 2026 code change part 2

    1
    The rating of the electrical supply to EV charging equipment may be reduced only when:
    625.42
  50. 50. 54 – 2026 code change part 2

    1
    The service, feeder, and branch circuit supplying electric vehicle charging equipment must have a rating that:
    625.42
  51. 51. 53 – 2026 code change part 2

    1
    A revision in article 625 , EVSE (Electric vehicle Supply equipment) and WPTE (Wireless power transfer equipment ), including bidirectional models, must be considered:
    625 41
  52. 52. 52 – 2026 code change part 2

    1
    The SCCR of EVSE may be established using:
    625.5 2
  53. 53. 51 – 2026 code change part 2

    1
    The short‑circuit current rating (SCCR) marked on EVSE must be based on:
    625.5 1
  54. 54. 50 – 2026 code change part 2

    1
    Which of the following must appear on the outside of the EVSE( Electric vehicle supply equipment ) enclosure and remain visible after installation?
    625.5
  55. 55. 5 – 2026 code change part 2

    1
    Which of the following is an example of an ESV under Article 624?
    100 definitions
  56. 56. 49 – 2026 code change part 2

    1
    The requirement in article 625 applies to EV connections used for:
    625.4
  57. 57. 48 – 2026 code change part 2

    1
    an update requires that electrical conductors and equipment used to connect an electric vehicle to premises wiring be installed:
    625.4
  58. 58. 47 – 2026 code change part 2

    1
    The scope of Article 624 covers power transfer systems capable of which type(s) of current flow?
    624.1
  59. 59. 46 – 2026 code change part 2

    1
    Under the 2026 NEC, where must the surge protective device (SPD) be installed for an elevator system?
    620.51 E
  60. 60. 45 – 2026 code change part 2

    1
    There’s been a revision selective coordination for elevator systems must be reevaluated under which of the following conditions? (Requirements were added to reevaluate selective coordination whenever over current protection is replaced even if deletions are made to the existing elevator system)
    620.62
  61. 61. 44 – 2026 code change part 2

    1
    Exception No. 3 to 620.51(C)(1) permits an alternative disconnecting means when an individual branch circuit supplies an elevator control system equipped with an adjustable speed drive. Under this exception, the disconnecting means shall be permitted to comply with which section, and what additional requirements must it meet?
    620.51
  62. 62. 43 – 2026 code change part 2

    1
    Which of the following is not permitted to share the elevator car lighting branch circuit?
    620.22
  63. 63. 42 – 2026 code change part 2

    1

    What is now required for supplying lighting in each elevator car? (A long standing ambiguous requirement regarding how car lighting in elevators must be wired specifically the update language mandate separate branch circuit for the car lights In each individual elevator car the revised language now clearly requires one branch circuit per elevator car for the car lighting system)

    620.22
  64. 64. 41 – 2026 code change part 2

    1

    Who must have access to the available fault current documentation?

    620.16
  65. 65. 40 – 2026 code change part 2

    1
    The field‑applied marking on an elevator control panel must meet the requirements for:
    620.16
  66. 66. 4 – 2026 code change part 2

    1
    Which of the following meets the Article 100 definition of an Electric Vehicle (EV)?
    100 definitions
  67. 67. 39 – 2026 code change part 2

    1
    The field marking on an elevator control panel must include which of the following?
    620.16
  68. 68. 38 – 2026 code change part 2

    1
    What information must be field‑marked on an elevator control panel regarding fault current?
    620.16
  69. 69. 37 – 2026 code change part 2

    1
    Which of the following is newly clarified in the 2026 NEC for manufactured wiring systems under 604.100(A)?
    604.100 A 1&2 exceptions 1,2 and 3
  70. 70. 36 – 2026 code change part 2

    1
    Which of the following is permitted under 590.6(I) for temporary installations?
    590.6 I Exception
  71. 71. 35 – 2026 code change part 2

    1
    What documentation must be provided to the AHJ after GFPE system testing?
    555.35 F
  72. 72. 34 – 2026 code change part 2

    1
    Who must conduct the performance testing of the GFPE system serving marinas and piers?
    555.35 F
  73. 73. 33 – 2026 code change part 2

    1
    What is the purpose of the new coordination and performance testing requirement for marina GFPE systems?
    555.35 F
  74. 74. 32 – 2026 code change part 2

    1
    Which of the following must be true of the fire pump ground‑fault alarm?
    555.35 B
  75. 75. 31 – 2026 code change part 2

    1
    What type of ground‑fault requirement applies to fire pump circuits serving marina electrical systems?
    555.35 B
  76. 76. 30 – 2026 code change part 2

    1

    What hazard is the GFPE requirement for marina and pier feeders primarily intended to mitigate?

    555.35 A
  77. 77. 3 – 2026 code change part 2

    1

    An Electric Self‑Propelled Vehicle (ESV) is defined as a vehicle or marine vessel that is:

    100 definitions
  78. 78. 29 – 2026 code change part 2

    1
    Which of the following conductors may be installed without GFPE protection when supplying marina or pier equipment?
    555.35 A
  79. 79. 28 – 2026 code change part 2

    1
    What is the maximum GFPE trip rating permitted for feeders and branch circuits supplying marina or pier electrical equipment?
    555.35 A
  80. 80. 27 – 2026 code change part 2

    1
    What is the primary purpose of adding “piers” to the marina ground‑fault protection language?
    555.35
  81. 81. 26 – 2026 code change part 2

    1
    Why was the term “piers” added to the ground‑fault protection requirements for marina electrical systems? ( Historically article 555 addressed electrical safety at Marinas and boat yards using the term docking faculties however installation often include piers floating structures or walkways extending from shore that may not clearly meet the formal definition of a docking faculty )
    555.35
  82. 82. 25 – 2026 code change part 2

    1

    The updated marina equipment rules improve clarity by aligning with similar NEC practices that distinguish between:

    555.15
  83. 83. 24 – 2026 code change part 2

    1
    Why did the updated marina equipment rules separate servicing and replacing into distinct subsections?
    555.15
  84. 84. 23 – 2026 code change part 2

    1

    Which statement best describes the difference between servicing and replacing marina electrical equipment under the updated requirements?

    555.15
  85. 85. 22 – 2026 code change part 2

    1
    Which statement best reflects the intent of the updated equipotential bonding requirements for marinas?
    555.14
  86. 86. 21 – 2026 code change part 2

    1
    Which of the following best describes why equipotential plane bonding is emphasized in waterfront environments?
    555.14
  87. 87. 201 – 2026 code change part 2

    1
    Communication system wiring entering a building must be listed because it is part of a system that may be exposed to ____
    800.1 A
  88. 88. 200 – 2026 code change part 2

    1
    Inner system bonding requirements apply to both limited‑energy systems and ____
    750.94
  89. 89. 20 – 2026 code change part 2

    1
    Recent revisions strengthened equipotential plane bonding requirements at marinas to align with similar rules found in which types of installations? ( This ensures that personnel are protected against dangerous voltage gradients near water )
    555.14
  90. 90. 2 – 2026 code change part 2

    1
    Which cable tie types are evaluated for securing and supporting cable, flexible conduit, or flexible tubing?
    100 info note 2
  91. 91. 199 – 2026 code change part 2

    1
    Inner system bonding for limited‑energy systems must be connected in accordance with the rules that apply to ____
    750.94
  92. 92. 198 – 2026 code change part 2

    1
    Selecting a grounding location that provides the shortest practical bonding conductor or grounding electrode conductor helps reduce ____
    750.48 info note
  93. 93. 197 – 2026 code change part 2

    1
    Metal raceways containing entrance wire or cable for limited‑energy systems must be connected to a grounding electrode using ____
    750.42
  94. 94. 196 – 2026 code change part 2

    1
    All grounding and bonding requirements for limited‑energy systems are consolidated into one common set of rules that apply to ____
    750.1
  95. 95. 195 – 2026 code change part 2

    1
    Primary electrical protection is required on communication circuits that may be exposed to accidental contact with power conductors operating at ____
    742.10 A
  96. 96. 194 – 2026 code change part 2

    1
    Primary electrical protection helps protect against above‑normal voltages induced by ____
    742.10 A info note
  97. 97. 193 – 2026 code change part 2

    1
    Because Class 2 and Class 3 circuits are power‑limited, alternate requirements are provided for ____
    725.1 info note
  98. 98. 192 – 2026 code change part 2

    1
    Power‑limited circuits covered under these rules are differentiated from electric light and power circuits primarily by their ____
    725.1 info note
  99. 99. 191 – 2026 code change part 2

    1
    Power‑limited remote‑control and signaling circuits that are not part of a device or utilization equipment are classified as ____
    725.1 info note
  100. 100. 190 – 2026 code change part 2

    1
    Class 1 power‑limited circuits must be protected according to wiring method rules because their classification requires compliance with ____
    724.1 info note
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