2026 EVITP Exam Ultimate Prep with Actual
Complete Questions, Correct Verified Answers
and Detailed Rationales Already Graded A+ |
2026 Updated
Master the 2026 EVITP Certification Exam with this definitive 130-question final prep study
guide. Covers everything you need to pass: NEC Article 625 code compliance, continuous load
rules, single/3-phase calculations, voltage drop equations, ADA accessibility guidelines, and
SAE J1772 control pilot troubleshooting states (A-F). Features high-yield multiple-choice
questions, detailed options, and comprehensive Rationales designed to ensure first-time exam
success for electricians.
,Section 1: National Electrical Code (NEC) & Code Standards
Question 1
According to NEC Article 625, what is the maximum permitted length for the cord of a cord-and-
plug-connected EVSE?
A) 2 feet
B) 3 feet
C) 4 feet
D) 5 feet
Rationale: Per NEC 625.17, the flexible cord for cord-and-plug-connected EVSE must not
exceed 5 feet to reduce tripping risks and structural damage.
Question 2
An EVSE with an output of 50A is considered a continuous load. What is the minimum standard
overcurrent protection device (OCPD) rating required?
A) 50A
B) 60A
C) 70A
D) 80A
Rationale: Continuous loads require circuit components to be rated at 125% of the load. 50A ×
1.25 = 62.5A. The next standard size up is 70A.
Question 3
Where EVSE is installed in a hazardous (classified) location, which of the following requirements
applies?
A) Equipment must be intrinsically safe only.
B) Equipment must be identified for the location.
C) Ventilation is not required.
D) Only cord-and-plug connected units can be used.
Rationale: According to NEC 625.50, any equipment or wiring installed in a hazardous area
must be specifically identified and listed for that precise class and division.
Question 4
In calculating the electrical service load for a commercial building with multiple EVSEs, how are
these EV loads treated under standard calculations?
A) They are considered non-continuous loads.
B) They require 100% of the maximum rating without applying standard demand factors.
C) A standard demand factor of 75% may be applied.
D) They are calculated at 50% of the rating.
Rationale: NEC 625.42 requires EVSE loads to be treated as continuous. They must be
,calculated at 100% of their maximum rating unless an approved load management system is
deployed.
Question 5
What is the required elevation for the coupling means (connector) of an EVSE when installed
outdoors in a residential setting?
A) Not less than 18 inches and not more than 4 feet above grade.
B) Not less than 24 inches and not more than 5 feet above grade.
C) Between 12 and 36 inches above grade.
D) It is not regulated by the NEC.
Rationale: NEC 625.10(A) requires outdoor coupling mechanisms to be stored between 18
inches and 4 feet above the ground to avoid moisture and vehicle damage.
Question 6
For EVSE with a rating of more than 60 amperes or more than 150 volts to ground, where must
the disconnecting means be located?
A) Within sight of the EVSE.
B) In the main electrical room.
C) On the exterior of the building.
D) Within 50 feet of the EVSE.
Rationale: NEC 625.43 states that for safety during maintenance or an emergency, a
disconnecting means must be isolated within direct line-of-sight of the charging unit.
Question 7
What NEC section outlines the rules allowing the use of an Automatic Load Management
System (ALMS) to reduce the calculated load on a service?
A) NEC Article 220.87
B) NEC Article 430
C) NEC Article 705
D) NEC Article 625.42
Rationale: NEC 625.42 specifically states that where an Automatic Load Management System
(ALMS) is used, the feeder and service demand capacity may be calculated based on the
maximum load allowed by the ALMS.
Question 8
NEC Article 625 requires ventilation for indoor charging areas if the vehicles being charged are
capable of generating:
A) Carbon dioxide.
B) Hydrogen gas.
C) Nitrogen dioxide.
, D) Ozone.
Rationale: Older non-vented or open flooded lead-acid batteries emit flammable hydrogen
gas during rapid charging. Per NEC 625.48, specific ventilation is mandatory unless the EVSE is
marked as not requiring it.
Question 9
What is the minimum ampacity rating required for conductors supplying a Level 2 EVSE with a
nameplate rating of 40A continuous current?
A) 40A
B) 45A
C) 50A
D) 60A
Rationale: Circuit conductors must have an ampacity of not less than 125% of the continuous
load. 40A × 1.25 = 50A.
Question 10
When installing a Level 2 commercial charger outdoors, what is the minimum workspace depth
required in front of the electrical panel or enclosure per NEC 110.26?
A) 2 feet
B) 3 feet
C) 4 feet
D) 6 feet
Rationale: For equipment operating at 150V to 600V to ground (Condition 1 or 2), the
minimum clear working depth in front of electrical enclosures is 3 feet.
Question 11
Which NEC section dictates that EVSE enclosures must be securely fastened to the surface on
which they are mounted?
A) NEC 310.15
B) NEC 400.10
C) NEC 625.10
D) NEC 700.12
Rationale: NEC 625.10 provides rules on mounting, explicitly stating that EVSE must be
anchored safely to remain stable against mechanical stresses.
Question 12
If you are running a branch circuit to an EVSE through an environment with ambient
temperatures regularly exceeding 30°C (86°F), what adjustment must be made to the
conductors?
A) Change from copper to aluminum.
Complete Questions, Correct Verified Answers
and Detailed Rationales Already Graded A+ |
2026 Updated
Master the 2026 EVITP Certification Exam with this definitive 130-question final prep study
guide. Covers everything you need to pass: NEC Article 625 code compliance, continuous load
rules, single/3-phase calculations, voltage drop equations, ADA accessibility guidelines, and
SAE J1772 control pilot troubleshooting states (A-F). Features high-yield multiple-choice
questions, detailed options, and comprehensive Rationales designed to ensure first-time exam
success for electricians.
,Section 1: National Electrical Code (NEC) & Code Standards
Question 1
According to NEC Article 625, what is the maximum permitted length for the cord of a cord-and-
plug-connected EVSE?
A) 2 feet
B) 3 feet
C) 4 feet
D) 5 feet
Rationale: Per NEC 625.17, the flexible cord for cord-and-plug-connected EVSE must not
exceed 5 feet to reduce tripping risks and structural damage.
Question 2
An EVSE with an output of 50A is considered a continuous load. What is the minimum standard
overcurrent protection device (OCPD) rating required?
A) 50A
B) 60A
C) 70A
D) 80A
Rationale: Continuous loads require circuit components to be rated at 125% of the load. 50A ×
1.25 = 62.5A. The next standard size up is 70A.
Question 3
Where EVSE is installed in a hazardous (classified) location, which of the following requirements
applies?
A) Equipment must be intrinsically safe only.
B) Equipment must be identified for the location.
C) Ventilation is not required.
D) Only cord-and-plug connected units can be used.
Rationale: According to NEC 625.50, any equipment or wiring installed in a hazardous area
must be specifically identified and listed for that precise class and division.
Question 4
In calculating the electrical service load for a commercial building with multiple EVSEs, how are
these EV loads treated under standard calculations?
A) They are considered non-continuous loads.
B) They require 100% of the maximum rating without applying standard demand factors.
C) A standard demand factor of 75% may be applied.
D) They are calculated at 50% of the rating.
Rationale: NEC 625.42 requires EVSE loads to be treated as continuous. They must be
,calculated at 100% of their maximum rating unless an approved load management system is
deployed.
Question 5
What is the required elevation for the coupling means (connector) of an EVSE when installed
outdoors in a residential setting?
A) Not less than 18 inches and not more than 4 feet above grade.
B) Not less than 24 inches and not more than 5 feet above grade.
C) Between 12 and 36 inches above grade.
D) It is not regulated by the NEC.
Rationale: NEC 625.10(A) requires outdoor coupling mechanisms to be stored between 18
inches and 4 feet above the ground to avoid moisture and vehicle damage.
Question 6
For EVSE with a rating of more than 60 amperes or more than 150 volts to ground, where must
the disconnecting means be located?
A) Within sight of the EVSE.
B) In the main electrical room.
C) On the exterior of the building.
D) Within 50 feet of the EVSE.
Rationale: NEC 625.43 states that for safety during maintenance or an emergency, a
disconnecting means must be isolated within direct line-of-sight of the charging unit.
Question 7
What NEC section outlines the rules allowing the use of an Automatic Load Management
System (ALMS) to reduce the calculated load on a service?
A) NEC Article 220.87
B) NEC Article 430
C) NEC Article 705
D) NEC Article 625.42
Rationale: NEC 625.42 specifically states that where an Automatic Load Management System
(ALMS) is used, the feeder and service demand capacity may be calculated based on the
maximum load allowed by the ALMS.
Question 8
NEC Article 625 requires ventilation for indoor charging areas if the vehicles being charged are
capable of generating:
A) Carbon dioxide.
B) Hydrogen gas.
C) Nitrogen dioxide.
, D) Ozone.
Rationale: Older non-vented or open flooded lead-acid batteries emit flammable hydrogen
gas during rapid charging. Per NEC 625.48, specific ventilation is mandatory unless the EVSE is
marked as not requiring it.
Question 9
What is the minimum ampacity rating required for conductors supplying a Level 2 EVSE with a
nameplate rating of 40A continuous current?
A) 40A
B) 45A
C) 50A
D) 60A
Rationale: Circuit conductors must have an ampacity of not less than 125% of the continuous
load. 40A × 1.25 = 50A.
Question 10
When installing a Level 2 commercial charger outdoors, what is the minimum workspace depth
required in front of the electrical panel or enclosure per NEC 110.26?
A) 2 feet
B) 3 feet
C) 4 feet
D) 6 feet
Rationale: For equipment operating at 150V to 600V to ground (Condition 1 or 2), the
minimum clear working depth in front of electrical enclosures is 3 feet.
Question 11
Which NEC section dictates that EVSE enclosures must be securely fastened to the surface on
which they are mounted?
A) NEC 310.15
B) NEC 400.10
C) NEC 625.10
D) NEC 700.12
Rationale: NEC 625.10 provides rules on mounting, explicitly stating that EVSE must be
anchored safely to remain stable against mechanical stresses.
Question 12
If you are running a branch circuit to an EVSE through an environment with ambient
temperatures regularly exceeding 30°C (86°F), what adjustment must be made to the
conductors?
A) Change from copper to aluminum.
