BANK 2026/2027 | VERIFIED QUESTIONS &
ANSWERS WITH DETAILED RATIONALES
• This is a comprehensive NEIEP 200 Final Exam Practice Test Bank for 2026/2027,
containing 200 verified questions with detailed EXPERT RATIONALE to help you
master elevator industry fundamentals.
• Use this material by reading each question carefully, selecting your answer before
checking the highlighted correct option, and studying the EXPERT RATIONALE to
reinforce understanding of the concept.
NEIEP 200 FINAL EXAM PRACTICE TEST BANK 2026/2027 VERIFIED QUESTIONS &
ANSWERS WITH DETAILED EXPERT RATIONALE
1. What does NEIEP stand for?
A. National Elevator Industry Educational Program
B. National Electrical Installation and Equipment Program
C. National Engineering Institute for Elevator Professionals
D. National Elevator Inspection and Engineering Program
E. National Electrical Industry Education Program
CORRECT ANSWER: A. National Elevator Industry Educational Program
EXPERT RATIONALE: NEIEP stands for the National Elevator Industry
Educational Program, which is the primary training and educational program for
elevator constructors and mechanics in the United States.
2. Which organization publishes the safety code for elevators and escalators
in the United States?
A. OSHA
B. IEEE
,C. ASME
D. NFPA
E. NEC
CORRECT ANSWER: C. ASME
EXPERT RATIONALE: The American Society of Mechanical Engineers (ASME)
publishes the A17.1 Safety Code for Elevators and Escalators, which is the primary
standard governing elevator construction and safety in the United States.
3. What is the primary purpose of a governor on a traction elevator?
A. To control the speed of the motor
B. To regulate the electrical supply to the controller
C. To activate the safety device when overspeed occurs
D. To limit the travel of the elevator car
E. To control the door operation
CORRECT ANSWER: C. To activate the safety device when overspeed occurs
EXPERT RATIONALE: The governor monitors car speed and if the car exceeds
the rated speed by a specified percentage, it triggers the safety device (safeties) to
stop the car by gripping the guide rails.
4. In a hydraulic elevator system, what component converts hydraulic
pressure into mechanical force?
A. The valve unit
B. The pump
C. The jack/cylinder assembly
D. The muffler
,E. The tank unit
CORRECT ANSWER: C. The jack/cylinder assembly
EXPERT RATIONALE: The jack/cylinder assembly (hydraulic jack) receives
pressurized fluid from the pump and converts that hydraulic pressure into the
mechanical lifting force that raises the elevator car.
5. What is the standard counterweight percentage of car weight plus a
portion of capacity?
A. 25%
B. 50%
C. 75%
D. 100%
E. 40%
CORRECT ANSWER: B. 50%
EXPERT RATIONALE: The counterweight is typically balanced to equal the
weight of the empty car plus 40–50% of the rated load capacity. The standard used
in most installations is 50% of capacity, optimizing motor efficiency.
6. What type of elevator uses a steel rope attached directly to the car and
wound on a drum?
A. Traction elevator
B. Hydraulic elevator
C. Winding drum elevator
D. Roped hydraulic elevator
E. Linear induction elevator
CORRECT ANSWER: C. Winding drum elevator
, EXPERT RATIONALE: A winding drum elevator uses a drum on which the hoist
ropes are wound. As the drum rotates, it winds or unwinds the rope, raising or
lowering the car. These are used in limited applications due to rope fatigue issues.
7. What does the term "rated load" refer to in elevator terminology?
A. The total weight of the elevator car
B. The maximum load the elevator is designed and approved to carry
C. The weight of the counterweight
D. The weight of the hoist ropes
E. The empty weight of the car plus buffers
CORRECT ANSWER: B. The maximum load the elevator is designed and
approved to carry
EXPERT RATIONALE: Rated load is the maximum load for which the elevator is
designed, installed, and approved to carry safely. This is posted inside the car and
used to size all mechanical and electrical components.
8. What is the function of elevator buffers?
A. To reduce noise during door operation
B. To absorb and dissipate kinetic energy at the end of travel
C. To cushion the ride between floors
D. To limit the speed of the car during descent
E. To prevent the doors from closing too fast
CORRECT ANSWER: B. To absorb and dissipate kinetic energy at the end of
travel