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NFPA 70E defines the boundary inside which an arc flash hazard exists and arc-rated PPE is required. This boundary is called the:

A
B
C
D
to track
2026 Statistics

Key Facts: NICET EPT Exam

4

Certification Levels

NICET EPT

67-136

Questions per Level

L1 67 / L2 124 / L3 136 / L4 76

80-155 min

Exam Time by Level

NICET EPT

500

Scaled Pass Mark

NICET scoring

$230-$425

Exam Fee by Level

NICET

12-120 mo

Experience L1 to L4

NICET EPT requirements

Level III+

Recommendation Required

NICET

3 years

Recertification Cycle

NICET CPD

EPT candidates are tested primarily on field testing of transformers and regulators, breakers and contactors, cables and busways, switchgear and switchboards, and protective relays, plus safety (NFPA 70E, OSHA 1910/1926, lockout-tagout), management and planning. Level I is ~75-80% safety and ~10-15% field testing; Level II is roughly 58-63% field testing with remaining weight on safety and management; Levels III and IV add switching procedures, multi-function equipment analysis, team leadership, and for Level IV a senior-responsibility major project. All levels require all Performance Measures to be verified, and Levels III and IV require a personal recommendation.

Sample NICET EPT Practice Questions

Try these sample questions to test your NICET EPT exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1NFPA 70E defines the boundary inside which an arc flash hazard exists and arc-rated PPE is required. This boundary is called the:
A.Arc flash boundary
B.Limited approach boundary
C.Restricted approach boundary
D.Prohibited approach boundary
Explanation: NFPA 70E 130.5 defines the arc flash boundary based on incident energy (typically 1.2 cal/cm^2 for second-degree burn threshold). Inside the AFB, arc-rated PPE is required.
2OSHA 29 CFR 1910.147 covers the control of hazardous energy and is commonly known as the:
A.Lockout/Tagout standard
B.General Duty Clause
C.Confined Space standard
D.Fall Protection standard
Explanation: OSHA 1910.147 (Subpart J) is the authoritative LOTO standard covering energy isolation and verification before servicing. NFPA 70E aligns with its principles for electrical work.
3Before approaching energized equipment, an EPT technician must:
A.Perform or consult an arc flash hazard assessment and wear appropriate arc-rated PPE
B.Trust the facility owner that PPE is not needed
C.Use the thickest available gloves regardless of voltage rating
D.Remove all jewelry and proceed
Explanation: NFPA 70E 130.5 requires an arc flash risk assessment to determine incident energy and PPE category. Labels or engineering studies document the results.
4Before working on a de-energized high voltage bus, personal protective grounds should be applied:
A.On all phases, on both sides of the work location, with visible ground connection
B.Only on one phase
C.Only at the source side
D.Only after work is complete
Explanation: OSHA 1910.269 requires personal protective grounds on all phases at both sides of the work zone to equalize potential and provide a fault current path in case of inadvertent re-energization.
5Per OSHA 1910.333 and NFPA 70E, how is the absence of voltage verified before placing protective grounds?
A.Test a known live source, then test the circuit to be worked, then test the known live source again
B.Look at the control panel indicator lights
C.Ask the control operator to confirm
D.Measure only once with any available meter
Explanation: The three-point test (live-dead-live) confirms the test instrument is functional before and after verifying zero energy. Instrument failure between checks is otherwise undetectable.
6After an electrical shock incident, the first action by bystanders should be to:
A.Ensure the source is de-energized before touching the victim
B.Pull the victim away by hand immediately
C.Pour water on the victim
D.Wait for the power company
Explanation: Rescuers who touch a still-energized victim become casualties. De-energize first, then render aid (CPR/AED as trained). Only after source control is aid safe to provide.
7Entering a manhole with energized medium voltage cables is typically classified as:
A.A permit-required confined space
B.A non-permit confined space
C.Not a confined space
D.An OSHA 1910.95 noise space
Explanation: Manholes are limited-entry and exit, not designed for continuous occupancy, and can contain atmospheric or energy hazards (energized cables, water, gas). That meets permit-required criteria.
8NFPA 70E arc-rated clothing is selected based primarily on:
A.Calculated incident energy (cal/cm^2) at the working distance
B.Clothing color
C.Season of the year
D.Client preference
Explanation: Incident energy determines the minimum arc rating (ATPV or EBT) of the PPE. Working distance, fault current, and clearing time define incident energy via IEEE 1584 calculations.
9Class 2 rubber insulating gloves per ASTM D120 are rated for a maximum use voltage of:
A.17,000 V AC
B.1,000 V AC
C.7,500 V AC
D.36,000 V AC
Explanation: ASTM classes: 00 (500), 0 (1,000), 1 (7,500), 2 (17,000), 3 (26,500), 4 (36,000 V AC max use). Testing per ASTM F496 is required every 6 months.
10OSHA's Hazard Communication Standard (1910.1200) requires that Safety Data Sheets have how many standardized sections?
A.16
B.8
C.10
D.20
Explanation: GHS-aligned SDS format (adopted by OSHA in 2012) uses 16 standard sections, starting with identification and ending with other information.

About the NICET EPT Exam

NICET Electrical Power Testing is a four-level certification for technicians who inspect, test, and maintain electrical power equipment used in production, transmission, and distribution. Candidates evaluate equipment for acceptance, continued serviceability, and maintenance needs using NETA ATS and MTS standards, ASTM oil-testing methods, NFPA 70B, and IEEE C57 series.

Assessment

4 level-specific exams (Level I 67 Q / Level II 124 Q / Level III 136 Q / Level IV 76 Q)

Time Limit

80 min Level I, 140 min Level II, 155 min Level III, 95 min Level IV (+30 min scheduled break)

Passing Score

Scaled score of 500 (NICET reports 500+ as Pass)

Exam Fee

$230 Level I, $315 Level II, $370 Level III, $425 Level IV (NICET / Pearson VUE)

NICET EPT Exam Content Outline

10-25% depending on level

Safety (NFPA 70E, OSHA, Lockout-Tagout, PPE)

NFPA 70E arc flash boundaries and PPE categories, OSHA 29 CFR 1910.147 lockout-tagout, 1910.132 PPE, 1910.146 confined space, first aid/CPR, Hazard Communication Standard, and MSDS use.

15-25% depending on level

Transformers, Regulators, and Insulating Liquids

NETA ATS/MTS procedures, IEEE C57 series, insulation resistance (IEEE 43), turns ratio (TTR), winding resistance, power factor / dissipation factor (Doble), dielectric absorption ratio and polarization index, ASTM D923 oil sampling, ASTM D877/D1816 dielectric breakdown, D3612 DGA.

15-25% depending on level

Circuit Breakers and Contactors

Low and medium voltage breaker inspection, contact resistance with low-resistance ohmmeter, insulation resistance, overpotential (AC/DC) testing, timing and travel tests, trip unit calibration, vacuum bottle integrity, SF6 gas testing.

8-15% depending on level

Cables, Busways, and Terminations

Phase verification, insulation resistance, shield continuity, DC withstand (hipot) per IEEE 400, VLF and tan-delta on medium voltage cables, cable termination inspection, busway insulation resistance.

10-20% depending on level

Switchgear, Switchboards, MCCs, and Grounding Systems

Interlock checks, insulation resistance of buswork, overcurrent device testing, ground resistance testing (IEEE 81) fall-of-potential and clamp-on methods, ground-fault system testing per NFPA 70 Article 230.

10-20% at Levels II-IV

Protective Relays, Metering, and Power Quality

Electromechanical and microprocessor relay testing, pickup and timing, CT and PT ratio and polarity, primary injection, coordination studies, meter calibration, power quality measurements.

5-15% at Levels III-IV

Rotating Machinery and Specialty Equipment

Motor and generator testing including insulation resistance, PI, surge comparison, step-voltage, partial discharge, stator and rotor winding tests, vibration basics, battery systems (IEEE 450), UPS, surge arresters.

5-15% depending on level

Management, Planning, and Communication

Job planning, switching procedures, team leadership, test data analysis and trending, report writing, NICET Code of Ethics, training and supervising junior technicians.

How to Pass the NICET EPT Exam

What You Need to Know

  • Passing score: Scaled score of 500 (NICET reports 500+ as Pass)
  • Assessment: 4 level-specific exams (Level I 67 Q / Level II 124 Q / Level III 136 Q / Level IV 76 Q)
  • Time limit: 80 min Level I, 140 min Level II, 155 min Level III, 95 min Level IV (+30 min scheduled break)
  • Exam fee: $230 Level I, $315 Level II, $370 Level III, $425 Level IV

Keys to Passing

  • Complete 500+ practice questions
  • Score 80%+ consistently before scheduling
  • Focus on highest-weighted sections
  • Use our AI tutor for tough concepts

NICET EPT Study Tips from Top Performers

1Memorize NETA ATS vs MTS acceptable limits tables for insulation resistance, contact resistance, power factor, and winding resistance on the equipment you test most often.
2Know the difference between dielectric absorption ratio (DAR = 60s/30s reading) and polarization index (PI = 10min/1min reading) per IEEE 43, and the healthy thresholds for each.
3Be fluent with transformer diagnostics: nameplate interpretation, cooling classes (ONAN/ONAF/ODAF), percent impedance, vector group, TTR tolerance (+/- 0.5%), power factor limits per IEEE C57.12.90.
4Drill oil testing standards: ASTM D877 vs D1816 dielectric breakdown, D971 interfacial tension, D974 acid neutralization, D1500 color, D3612 DGA with Duval triangle fault interpretation.
5For circuit breakers, practice primary and secondary injection of trip units, contact timing analysis, vacuum bottle integrity checks, and SF6 gas quality measurements.
6For protective relays, understand CT accuracy classes, burden calculations, polarity dot convention, time-current coordination, and the difference between electromechanical, solid-state, and microprocessor testing methods.
7Ground system testing: master fall-of-potential (IEEE 81) 62% rule, two-point vs three-point methods, clamp-on ground resistance, soil resistivity Wenner method, and acceptable ground grid resistance targets.
8Safety first on every question: know arc flash PPE category tables per NFPA 70E 130.7, approach boundaries, lockout-tagout sequence, and verify zero energy before contact - test writers frequently embed safety judgment inside technical scenarios.

Frequently Asked Questions

How many questions are on each NICET Electrical Power Testing exam?

NICET publishes the following for EPT: Level I has 67 questions in 80 minutes, Level II has 124 questions in 140 minutes, Level III has 136 questions in 155 minutes, and Level IV has 76 questions in 95 minutes. Level IV also includes a scheduled 30-minute break that does not count against exam time.

What passing score do I need for NICET EPT?

NICET uses a scaled score from 0 to 700 with 500 as the minimum passing score across its CBT programs, and candidates who score 500 or higher are reported as Pass. Unsuccessful candidates receive domain-level feedback to guide retake preparation.

How much does the NICET Electrical Power Testing exam cost?

Current NICET pricing for EPT is $230 for Level I, $315 for Level II, $370 for Level III, and $425 for Level IV. Passing all four levels therefore totals $1,340 in exam fees, not counting retakes or annual renewal charges.

What work experience do I need for each EPT level?

NICET requires a minimum of 12 months of supporting work for Level I, 24 months total for Level II in inspection/testing/maintenance of electrical power equipment, 60 months total for Level III including a year supervising test crews, and 120 months total for Level IV including at least two years managing multi-crew projects.

Are references allowed during the NICET EPT exam?

Yes. NICET maintains published reference lists for EPT Levels I through IV, and candidates may bring bound references with highlighted text and permanent tabs into the Pearson VUE testing center. Core references include NETA ATS, NETA MTS, NFPA 70B, NFPA 70E, IEEE C57 series, IEEE 43, IEEE 81, and relevant ASTM oil standards.

What is the difference between NETA ATS and NETA MTS?

NETA ATS is the Standard for Acceptance Testing Specifications, used for commissioning new equipment before it is placed into service. NETA MTS is the Standard for Maintenance Testing Specifications, used for recurring in-service testing. EPT candidates must know when each applies and how published acceptable values differ.

Do I need recommendations or a major project for EPT?

Levels III and IV both require a personal recommendation documenting independent (III) or senior (IV) engineering-technician responsibilities. Level IV also requires a major-project write-up in narrative form of the candidate's senior role on a technically complex electrical power testing project.

How often do I need to recertify EPT?

NICET certification must be recertified every three years through Continuing Professional Development. Technicians are responsible for tracking CPD hours and submitting renewal paperwork and fees on time to avoid certification lapse.