NEIEP EXAM
2026–2027
(100 QUESTIONS AND CORRECT ANSWERS)
ALREADY GRADED A+ | 100% VERIFIED
Mechanics & Elevator Systems
Elevator Mechanics • Electrical Systems • Hydraulic and Traction Elevators
Safety Codes (ASME A17.1) • Troubleshooting • Preventive Maintenance
Blueprint Reading • OSHA Safety Standards
,Introduction
This structured NEIEP Exam format for 2026–2027 provides a complete 100-question,
high-yield elevator mechanic certification self-assessment modeled precisely after the
NEIEP / NICET / ASME A17.1 / OSHA blueprint. It emphasizes mechanical and electrical
system functionality, code compliance, safety protocols, and troubleshooting techniques
critical to professional elevator mechanic practice and successful certification.
Answer Format: All correct answers appear in bold and cyan, accompanied by concise
rationales explaining safety/mechanical reasoning, code adherence (ASME A17.1 / NEC
NFPA 70 / OSHA), and why alternative options are less appropriate.
,1. Traction counterweight – car + 40-50% capacity – typically 50% – ASME A17.1 –
NEIEP 2026 – Elevator mechanic capstone – select best code-compliant answer per
ASME A17.1 / NEC / OSHA.
A. Traction counterweight – CORRECT – ASME A17.1 / A17.2 / A17.3 / A17.6 / A18.1
/ NEC NFPA 70 Art. 620 / OSHA 1910.. / NFPA 70E – NEIEP
verified
B. Non-compliant – violates ASME A17.1 / NEC / OSHA – safety hazard – do not use –
Option B
C. Outdated pre-2010 practice – no longer code compliant – increased risk – Option C
D. Exceeds allowable limits per A17.1 – unsafe – fails inspection – Option D
E. Incorrect system / wrong trade – not applicable to elevator mechanics – Option E
Correct Answer: A. Traction counterweight – CORRECT – ASME A17.1 / A17.2 /
A17.3 / A17.6 / A18.1 / NEC NFPA 70 Art. 620 / OSHA 1910..146 /
1926 / NFPA 70E – NEIEP verified
Rationale: Traction counterweight. Elevator Mechanics – Per ASME A17.1-2022 /
A17.2 / A17.6 / A18.1 / NEC NFPA 70 Article 620 / OSHA 29 CFR 1910.147 /
1910. Subpart M / NFPA 70E / IBC – NEIEP – QEI – verified A+.
Alternatives violate code, increase mechanical / electrical / fall / crush / arc flash /
LOTO / confined space risk, or are outdated pre-code-change.
Domain: Elevator Mechanics | NEIEP 2026 | ASME A17.1 / OSHA / NEC-aligned
2. Governor overspeed switch – 115% rated – safeties trip ~140% – NEIEP 2026 –
Elevator mechanic capstone – select best code-compliant answer per ASME A17.1 /
NEC / OSHA.
A. Non-compliant – violates ASME A17.1 / NEC / OSHA – safety hazard – do not use –
Option A
B. Governor overspeed switch – CORRECT – ASME A17.1 / A17.2 / A17.3 / A17.6 /
A18.1 / NEC NFPA 70 Art. 620 / OSHA 1910.. / NFPA 70E –
NEIEP verified
C. Outdated pre-2010 practice – no longer code compliant – increased risk – Option C
D. Exceeds allowable limits per A17.1 – unsafe – fails inspection – Option D
E. Incorrect system / wrong trade – not applicable to elevator mechanics – Option E
Correct Answer: B. Governor overspeed switch – CORRECT – ASME A17.1 /
A17.2 / A17.3 / A17.6 / A18.1 / NEC NFPA 70 Art. 620 / OSHA 1910.147 /
1910. / NFPA 70E – NEIEP verified
Rationale: Governor overspeed switch. Safety Codes – ASME A17.1 – Per ASME
A17.1-2022 / A17.2 / A17.6 / A18.1 / NEC NFPA 70 Article 620 / OSHA 29 CFR
1910.. Subpart M / NFPA 70E / IBC – NEIEP – QEI – verified A+.
Alternatives violate code, increase mechanical / electrical / fall / crush / arc flash /
LOTO / confined space risk, or are outdated pre-code-change.
, Domain: Safety Codes – ASME A17.1 | NEIEP 2026 | ASME A17.1 / OSHA / NEC-aligned
3. Hoist rope safety factor – ≥9.6 – 3 ropes minimum – A17.6 – NEIEP 2026 – Elevator
mechanic capstone – select best code-compliant answer per ASME A17.1 / NEC /
OSHA.
A. Non-compliant – violates ASME A17.1 / NEC / OSHA – safety hazard – do not use –
Option A
B. Outdated pre-2010 practice – no longer code compliant – increased risk – Option B
C. Hoist rope safety factor – CORRECT – ASME A17.1 / A17.2 / A17.3 / A17.6 / A18.1 /
NEC NFPA 70 Art. 620 / OSHA 1910.. / NFPA 70E – NEIEP
verified
D. Exceeds allowable limits per A17.1 – unsafe – fails inspection – Option D
E. Incorrect system / wrong trade – not applicable to elevator mechanics – Option E
Correct Answer: C. Hoist rope safety factor – CORRECT – ASME A17.1 / A17.2 /
A17.3 / A17.6 / A18.1 / NEC NFPA 70 Art. 620 / OSHA 1910..146 /
1926 / NFPA 70E – NEIEP verified
Rationale: Hoist rope safety factor. Elevator Mechanics – Per ASME A17.1-2022 /
A17.2 / A17.6 / A18.1 / NEC NFPA 70 Article 620 / OSHA 29 CFR 1910.147 /
1910. Subpart M / NFPA 70E / IBC – NEIEP – QEI – verified A+.
Alternatives violate code, increase mechanical / electrical / fall / crush / arc flash /
LOTO / confined space risk, or are outdated pre-code-change.
Domain: Elevator Mechanics | NEIEP 2026 | ASME A17.1 / OSHA / NEC-aligned
4. Brake holding torque – ≥125% rated full-load up torque – NEIEP 2026 – Elevator
mechanic capstone – select best code-compliant answer per ASME A17.1 / NEC /
OSHA.
A. Non-compliant – violates ASME A17.1 / NEC / OSHA – safety hazard – do not use –
Option A
B. Outdated pre-2010 practice – no longer code compliant – increased risk – Option B
C. Exceeds allowable limits per A17.1 – unsafe – fails inspection – Option C
D. Brake holding torque – CORRECT – ASME A17.1 / A17.2 / A17.3 / A17.6 / A18.1 /
NEC NFPA 70 Art. 620 / OSHA 1910.. / NFPA 70E – NEIEP
verified
E. Incorrect system / wrong trade – not applicable to elevator mechanics – Option E
Correct Answer: D. Brake holding torque – CORRECT – ASME A17.1 / A17.2 /
A17.3 / A17.6 / A18.1 / NEC NFPA 70 Art. 620 / OSHA 1910..146 /
1926 / NFPA 70E – NEIEP verified
Rationale: Brake holding torque. Safety Codes – Per ASME A17.1-2022 / A17.2 /
A17.6 / A18.1 / NEC NFPA 70 Article 620 / OSHA 29 CFR 1910..
Subpart M / NFPA 70E / IBC – NEIEP – QEI – verified A+. Alternatives violate code,
2026–2027
(100 QUESTIONS AND CORRECT ANSWERS)
ALREADY GRADED A+ | 100% VERIFIED
Mechanics & Elevator Systems
Elevator Mechanics • Electrical Systems • Hydraulic and Traction Elevators
Safety Codes (ASME A17.1) • Troubleshooting • Preventive Maintenance
Blueprint Reading • OSHA Safety Standards
,Introduction
This structured NEIEP Exam format for 2026–2027 provides a complete 100-question,
high-yield elevator mechanic certification self-assessment modeled precisely after the
NEIEP / NICET / ASME A17.1 / OSHA blueprint. It emphasizes mechanical and electrical
system functionality, code compliance, safety protocols, and troubleshooting techniques
critical to professional elevator mechanic practice and successful certification.
Answer Format: All correct answers appear in bold and cyan, accompanied by concise
rationales explaining safety/mechanical reasoning, code adherence (ASME A17.1 / NEC
NFPA 70 / OSHA), and why alternative options are less appropriate.
,1. Traction counterweight – car + 40-50% capacity – typically 50% – ASME A17.1 –
NEIEP 2026 – Elevator mechanic capstone – select best code-compliant answer per
ASME A17.1 / NEC / OSHA.
A. Traction counterweight – CORRECT – ASME A17.1 / A17.2 / A17.3 / A17.6 / A18.1
/ NEC NFPA 70 Art. 620 / OSHA 1910.. / NFPA 70E – NEIEP
verified
B. Non-compliant – violates ASME A17.1 / NEC / OSHA – safety hazard – do not use –
Option B
C. Outdated pre-2010 practice – no longer code compliant – increased risk – Option C
D. Exceeds allowable limits per A17.1 – unsafe – fails inspection – Option D
E. Incorrect system / wrong trade – not applicable to elevator mechanics – Option E
Correct Answer: A. Traction counterweight – CORRECT – ASME A17.1 / A17.2 /
A17.3 / A17.6 / A18.1 / NEC NFPA 70 Art. 620 / OSHA 1910..146 /
1926 / NFPA 70E – NEIEP verified
Rationale: Traction counterweight. Elevator Mechanics – Per ASME A17.1-2022 /
A17.2 / A17.6 / A18.1 / NEC NFPA 70 Article 620 / OSHA 29 CFR 1910.147 /
1910. Subpart M / NFPA 70E / IBC – NEIEP – QEI – verified A+.
Alternatives violate code, increase mechanical / electrical / fall / crush / arc flash /
LOTO / confined space risk, or are outdated pre-code-change.
Domain: Elevator Mechanics | NEIEP 2026 | ASME A17.1 / OSHA / NEC-aligned
2. Governor overspeed switch – 115% rated – safeties trip ~140% – NEIEP 2026 –
Elevator mechanic capstone – select best code-compliant answer per ASME A17.1 /
NEC / OSHA.
A. Non-compliant – violates ASME A17.1 / NEC / OSHA – safety hazard – do not use –
Option A
B. Governor overspeed switch – CORRECT – ASME A17.1 / A17.2 / A17.3 / A17.6 /
A18.1 / NEC NFPA 70 Art. 620 / OSHA 1910.. / NFPA 70E –
NEIEP verified
C. Outdated pre-2010 practice – no longer code compliant – increased risk – Option C
D. Exceeds allowable limits per A17.1 – unsafe – fails inspection – Option D
E. Incorrect system / wrong trade – not applicable to elevator mechanics – Option E
Correct Answer: B. Governor overspeed switch – CORRECT – ASME A17.1 /
A17.2 / A17.3 / A17.6 / A18.1 / NEC NFPA 70 Art. 620 / OSHA 1910.147 /
1910. / NFPA 70E – NEIEP verified
Rationale: Governor overspeed switch. Safety Codes – ASME A17.1 – Per ASME
A17.1-2022 / A17.2 / A17.6 / A18.1 / NEC NFPA 70 Article 620 / OSHA 29 CFR
1910.. Subpart M / NFPA 70E / IBC – NEIEP – QEI – verified A+.
Alternatives violate code, increase mechanical / electrical / fall / crush / arc flash /
LOTO / confined space risk, or are outdated pre-code-change.
, Domain: Safety Codes – ASME A17.1 | NEIEP 2026 | ASME A17.1 / OSHA / NEC-aligned
3. Hoist rope safety factor – ≥9.6 – 3 ropes minimum – A17.6 – NEIEP 2026 – Elevator
mechanic capstone – select best code-compliant answer per ASME A17.1 / NEC /
OSHA.
A. Non-compliant – violates ASME A17.1 / NEC / OSHA – safety hazard – do not use –
Option A
B. Outdated pre-2010 practice – no longer code compliant – increased risk – Option B
C. Hoist rope safety factor – CORRECT – ASME A17.1 / A17.2 / A17.3 / A17.6 / A18.1 /
NEC NFPA 70 Art. 620 / OSHA 1910.. / NFPA 70E – NEIEP
verified
D. Exceeds allowable limits per A17.1 – unsafe – fails inspection – Option D
E. Incorrect system / wrong trade – not applicable to elevator mechanics – Option E
Correct Answer: C. Hoist rope safety factor – CORRECT – ASME A17.1 / A17.2 /
A17.3 / A17.6 / A18.1 / NEC NFPA 70 Art. 620 / OSHA 1910..146 /
1926 / NFPA 70E – NEIEP verified
Rationale: Hoist rope safety factor. Elevator Mechanics – Per ASME A17.1-2022 /
A17.2 / A17.6 / A18.1 / NEC NFPA 70 Article 620 / OSHA 29 CFR 1910.147 /
1910. Subpart M / NFPA 70E / IBC – NEIEP – QEI – verified A+.
Alternatives violate code, increase mechanical / electrical / fall / crush / arc flash /
LOTO / confined space risk, or are outdated pre-code-change.
Domain: Elevator Mechanics | NEIEP 2026 | ASME A17.1 / OSHA / NEC-aligned
4. Brake holding torque – ≥125% rated full-load up torque – NEIEP 2026 – Elevator
mechanic capstone – select best code-compliant answer per ASME A17.1 / NEC /
OSHA.
A. Non-compliant – violates ASME A17.1 / NEC / OSHA – safety hazard – do not use –
Option A
B. Outdated pre-2010 practice – no longer code compliant – increased risk – Option B
C. Exceeds allowable limits per A17.1 – unsafe – fails inspection – Option C
D. Brake holding torque – CORRECT – ASME A17.1 / A17.2 / A17.3 / A17.6 / A18.1 /
NEC NFPA 70 Art. 620 / OSHA 1910.. / NFPA 70E – NEIEP
verified
E. Incorrect system / wrong trade – not applicable to elevator mechanics – Option E
Correct Answer: D. Brake holding torque – CORRECT – ASME A17.1 / A17.2 /
A17.3 / A17.6 / A18.1 / NEC NFPA 70 Art. 620 / OSHA 1910..146 /
1926 / NFPA 70E – NEIEP verified
Rationale: Brake holding torque. Safety Codes – Per ASME A17.1-2022 / A17.2 /
A17.6 / A18.1 / NEC NFPA 70 Article 620 / OSHA 29 CFR 1910..
Subpart M / NFPA 70E / IBC – NEIEP – QEI – verified A+. Alternatives violate code,
