NEIEP MECHANICS EXAM A&B EXAM PRACTICE | STUDY GUIDE | TESTBANK |
PRACTICE QUESTIONS & ANSWERS | EXAM PREPARATION | CERTIFICATION
EXAM | ADVANCED REVIEW | COMPREHENSIVE PRACTICE EXAM | LATEST
UPDATE 2026/2027
Examiner:
National Elevator Industry Educational Program (NEIEP)
TABLE OF CONTENTS
1. Mechanical Safety Practices
2. Hand and Power Tools
3. Fasteners and Mechanical Hardware
4. Bearings, Lubrication, and Alignment
5. Rigging, Hoisting, and Material Handling
6. Hydraulic Systems
7. Traction Elevator Components
8. Elevator Ropes, Sheaves, and Tensioning
9. Mechanical Power Transmission
10. Reading Mechanical Drawings and Specifications
11. Preventive Maintenance Procedures
12. Mechanical Troubleshooting
13. Installation Practices
14. Codes, Standards, and Professional Responsibilities
MECHANICAL SAFETY || RIGGING || ALIGNMENT || BEARINGS || LUBRICATION ||
HYDRAULIC SYSTEMS || TRACTION EQUIPMENT || SHEAVES || HOIST ROPES ||
FASTENERS || TORQUE || POWER TRANSMISSION || BLUEPRINT READING ||
PREVENTIVE MAINTENANCE || TROUBLESHOOTING || INSTALLATION || OSHA ||
ASME A17.1 || PROFESSIONAL PRACTICE || MECHANICAL DIAGNOSTICS
QUESTION 1.
,During installation of a traction elevator machine, vibration measurements indicate
increasing amplitude after final anchor bolts have been torqued. Which action is the
most appropriate before replacing mechanical components?
A. Verify machine base alignment and foundation distortion caused by bolt loading.
B. Increase rope tension equally on all hoist ropes.
C. Replace the drive sheave immediately.
D. Reduce counterweight loading.
🔴 Correct Answer: A. Verify machine base alignment and foundation distortion
caused by bolt loading.
🔵 Explanation: Improper tightening or uneven loading of anchor bolts can distort
the machine base, creating misalignment that increases vibration. Alignment should
always be verified before replacing expensive components. Adjusting rope tension or
counterweight loading does not address foundation distortion, and replacing the drive
sheave would be premature.
QUESTION 2.
A bearing consistently operates above its expected temperature despite correct
lubricant type and quantity. Which condition is the most likely underlying cause?
A. Excessive shaft misalignment.
B. Low ambient temperature.
C. Reduced machine loading.
D. Slightly oversized grease fitting.
🔴 Correct Answer: A. Excessive shaft misalignment.
🔵 Explanation: Shaft misalignment increases bearing loading, friction, and heat
generation even when lubrication is correct. Lower ambient temperatures generally
reduce operating temperatures, while reduced loading and grease fitting size are
unlikely to create sustained overheating.
QUESTION 3.
,While inspecting hoist ropes, one rope exhibits localized strand deformation
without significant diameter reduction. What should be evaluated first?
A. Counterweight guide shoes.
B. Rope lubrication schedule only.
C. Possible sheave groove damage or improper rope seating.
D. Machine room ventilation.
🔴 Correct Answer: C. Possible sheave groove damage or improper rope seating.
🔵 Explanation: Localized deformation frequently indicates improper contact with the
sheave or damaged grooves concentrating stress on the rope. Ventilation and guide
shoes generally do not produce isolated strand deformation, and lubrication alone
cannot correct mechanical groove defects.
QUESTION 4.
A mechanic must lift a machine component weighing near the rated capacity of a
chain hoist. Which factor is most critical before beginning the lift?
A. Paint condition on the chain.
B. Verification that the total load, rigging hardware, and lifting method remain
within rated capacities.
C. Number of workers observing.
D. Distance to the machine room door.
🔴 Correct Answer: B. Verification that the total load, rigging hardware, and
lifting method remain within rated capacities.
🔵 Explanation: Safe rigging requires considering the entire lifting system, including
slings, shackles, attachments, and load angles. Cosmetic condition, personnel count,
and door location are secondary compared with ensuring every component remains
within its rated working load.
QUESTION 5.
, A coupling repeatedly loosens despite repeated tightening to specification. Which
underlying condition is most likely?
A. Excessive lubricant viscosity.
B. Incorrect electrical phase sequence.
C. Relative shaft movement caused by misalignment or vibration.
D. Machine room humidity.
🔴 Correct Answer: C. Relative shaft movement caused by misalignment or
vibration.
🔵 Explanation: Persistent loosening usually indicates dynamic movement rather
than insufficient torque alone. Misalignment or vibration subjects fasteners to cyclic
loading that can reduce clamping effectiveness. Electrical phase sequence and
humidity are not primary mechanical causes.
QUESTION 6.
When evaluating sheave wear, which measurement provides the strongest
indication that groove geometry may no longer properly support the rope?
A. Groove profile compared with rope diameter specifications.
B. Machine room temperature.
C. Number of grease fittings.
D. Counterweight travel distance.
🔴 Correct Answer: A. Groove profile compared with rope diameter
specifications.
🔵 Explanation: Groove geometry directly affects rope support, traction, and service
life. Comparing groove dimensions with rope specifications identifies excessive wear
or deformation. The remaining options have little relationship to groove condition.
QUESTION 7.
PRACTICE QUESTIONS & ANSWERS | EXAM PREPARATION | CERTIFICATION
EXAM | ADVANCED REVIEW | COMPREHENSIVE PRACTICE EXAM | LATEST
UPDATE 2026/2027
Examiner:
National Elevator Industry Educational Program (NEIEP)
TABLE OF CONTENTS
1. Mechanical Safety Practices
2. Hand and Power Tools
3. Fasteners and Mechanical Hardware
4. Bearings, Lubrication, and Alignment
5. Rigging, Hoisting, and Material Handling
6. Hydraulic Systems
7. Traction Elevator Components
8. Elevator Ropes, Sheaves, and Tensioning
9. Mechanical Power Transmission
10. Reading Mechanical Drawings and Specifications
11. Preventive Maintenance Procedures
12. Mechanical Troubleshooting
13. Installation Practices
14. Codes, Standards, and Professional Responsibilities
MECHANICAL SAFETY || RIGGING || ALIGNMENT || BEARINGS || LUBRICATION ||
HYDRAULIC SYSTEMS || TRACTION EQUIPMENT || SHEAVES || HOIST ROPES ||
FASTENERS || TORQUE || POWER TRANSMISSION || BLUEPRINT READING ||
PREVENTIVE MAINTENANCE || TROUBLESHOOTING || INSTALLATION || OSHA ||
ASME A17.1 || PROFESSIONAL PRACTICE || MECHANICAL DIAGNOSTICS
QUESTION 1.
,During installation of a traction elevator machine, vibration measurements indicate
increasing amplitude after final anchor bolts have been torqued. Which action is the
most appropriate before replacing mechanical components?
A. Verify machine base alignment and foundation distortion caused by bolt loading.
B. Increase rope tension equally on all hoist ropes.
C. Replace the drive sheave immediately.
D. Reduce counterweight loading.
🔴 Correct Answer: A. Verify machine base alignment and foundation distortion
caused by bolt loading.
🔵 Explanation: Improper tightening or uneven loading of anchor bolts can distort
the machine base, creating misalignment that increases vibration. Alignment should
always be verified before replacing expensive components. Adjusting rope tension or
counterweight loading does not address foundation distortion, and replacing the drive
sheave would be premature.
QUESTION 2.
A bearing consistently operates above its expected temperature despite correct
lubricant type and quantity. Which condition is the most likely underlying cause?
A. Excessive shaft misalignment.
B. Low ambient temperature.
C. Reduced machine loading.
D. Slightly oversized grease fitting.
🔴 Correct Answer: A. Excessive shaft misalignment.
🔵 Explanation: Shaft misalignment increases bearing loading, friction, and heat
generation even when lubrication is correct. Lower ambient temperatures generally
reduce operating temperatures, while reduced loading and grease fitting size are
unlikely to create sustained overheating.
QUESTION 3.
,While inspecting hoist ropes, one rope exhibits localized strand deformation
without significant diameter reduction. What should be evaluated first?
A. Counterweight guide shoes.
B. Rope lubrication schedule only.
C. Possible sheave groove damage or improper rope seating.
D. Machine room ventilation.
🔴 Correct Answer: C. Possible sheave groove damage or improper rope seating.
🔵 Explanation: Localized deformation frequently indicates improper contact with the
sheave or damaged grooves concentrating stress on the rope. Ventilation and guide
shoes generally do not produce isolated strand deformation, and lubrication alone
cannot correct mechanical groove defects.
QUESTION 4.
A mechanic must lift a machine component weighing near the rated capacity of a
chain hoist. Which factor is most critical before beginning the lift?
A. Paint condition on the chain.
B. Verification that the total load, rigging hardware, and lifting method remain
within rated capacities.
C. Number of workers observing.
D. Distance to the machine room door.
🔴 Correct Answer: B. Verification that the total load, rigging hardware, and
lifting method remain within rated capacities.
🔵 Explanation: Safe rigging requires considering the entire lifting system, including
slings, shackles, attachments, and load angles. Cosmetic condition, personnel count,
and door location are secondary compared with ensuring every component remains
within its rated working load.
QUESTION 5.
, A coupling repeatedly loosens despite repeated tightening to specification. Which
underlying condition is most likely?
A. Excessive lubricant viscosity.
B. Incorrect electrical phase sequence.
C. Relative shaft movement caused by misalignment or vibration.
D. Machine room humidity.
🔴 Correct Answer: C. Relative shaft movement caused by misalignment or
vibration.
🔵 Explanation: Persistent loosening usually indicates dynamic movement rather
than insufficient torque alone. Misalignment or vibration subjects fasteners to cyclic
loading that can reduce clamping effectiveness. Electrical phase sequence and
humidity are not primary mechanical causes.
QUESTION 6.
When evaluating sheave wear, which measurement provides the strongest
indication that groove geometry may no longer properly support the rope?
A. Groove profile compared with rope diameter specifications.
B. Machine room temperature.
C. Number of grease fittings.
D. Counterweight travel distance.
🔴 Correct Answer: A. Groove profile compared with rope diameter
specifications.
🔵 Explanation: Groove geometry directly affects rope support, traction, and service
life. Comparing groove dimensions with rope specifications identifies excessive wear
or deformation. The remaining options have little relationship to groove condition.
QUESTION 7.
