Escrito por estudiantes que aprobaron Inmediatamente disponible después del pago Leer en línea o como PDF ¿Documento equivocado? Cámbialo gratis 4,6 TrustPilot
logo-home
Document preview thumbnail
Vista previa 4 fuera de 101 páginas
Examen

NEIEP 800 Final Exam – Complete Q&A with Verified Answers & Detailed Rationales | National Elevator Industry Educational Program | 2025/2026 Update | A+ Graded |

Document preview thumbnail
Vista previa 4 fuera de 101 páginas

This comprehensive exam prep resource is designed for elevator apprentices, mechanics, and technicians preparing for the NEIEP 800 Final Exam, covering advanced topics from the National Elevator Industry Educational Program courses 800, 815, 840, and 845. Updated for the 2025/2026 academic year, this A+ graded resource features exam-style questions with verified answers and detailed rationales, covering the full spectrum of elevator systems, safety protocols, mechanical components, hydraulic systems, electrical controls, and code compliance . Key topics covered include: Hydraulic Elevator Systems: Pascal's Law as the scientific principle behind hydraulic elevator operation , pressure calculations (psi = force/area) , up valve operation at rest , working pressure definition (full load up pressure) , and manual lowering valve operation during power failures . Mechanical & Structural Components: Platen plate connecting plunger and bolster assembly , submersible pump units (direct coupled motor and pump) , rack and pinion pit structures (foundation, base enclosure, buffer springs) , and centrifugal brake preventing overspeed during manual brake release . LULA & Residential Elevators: Minimum rated load (1,400 lbs. for LULA) , car door switches operating within 2 inches of full closed , maximum speed of 40 ft/min for residential elevators , and max rated capacity of 750 lbs for inclined platform lifts . Moving Walks & Escalators: Maximum angle of inclination of 12 degrees for moving walks , buzzer (BZT) sounds when handrail speed is 15% below step speed , lower newel wheel acts as an idler , and lockout/tagout before entering step/treadway band . Safety & Code Compliance: Minimum barricade height of 42 inches around open wellways , ANSI A10.4 for rack and pinion personnel lifts during construction , ASME A17.1 code references , and static load test frequency (annually) . Electrical & Control Systems: Wye-Delta starting for reduced current starting , interlock contacts for mechanical interlocking of contactors , electrolysis caused by stray current and galvanic corrosion , and GFCI protection . Hydraulic Calculations: Gallon volume calculations (1 US gallon = 231 cubic inches) , area of plunger formula (πr²) , pressure calculations , and oil flow rate determining leveling speed . Sample Questions (from the exam): 1. What is the minimum height of a barricade in place around an open wellway? Answer: 42 inches . 2. What is the maximum angle of inclination for moving walks? Answer: 12 degrees . 3. How often must a static load test be performed? Answer: Every year . 4. What is the maximum allowable rated load for a LULA elevator? Answer: 1,400 lbs . 5. Which of the following will determine the leveling speed of an elevator? Answer: Rate of flow in GPM . 6. A weight (force) of 5,000 lbs is placed on a hydraulic plunger having an area of 25 square inches. What is the system pressure? Answer: 200 psi (5000 ÷ 25) . 7. How many gallons of oil will be needed to raise a 4″ plunger 25 feet? Answer: 16.3 gallons . This resource is ideal for NEIEP elevator apprentice program students, elevator constructor apprentices, mechanics, and technicians preparing for the NEIEP 800 final exam and elevator mechanic certification exams .

Vista previa del contenido

NEIEP 800 Study Guide:
Comprehensive Review with Over 400 Practice
Questions and Answer (4 Full-Length Exams)


Practice1

1. what is the correct minimum diameter of any sheave or drum in contact

with hoist rope?

a. 20x the diameter of the rope

b. 40x the diameter of the rope

c. no minimum is required if the ropes are slung over a deflector sheave

d. no minimum is required if the ropes are slung over a secondary sheave

Ans>> 40x the diameter of the rope



2. If a gearless machine's drive sheave has a circumference of six feet,

approximately how many RPMs would be required of the drive motor to run


,the car at 800 ft/min?

a. 4800

b. 1700

c. 242

d. 133

Ans>> 133



3. Which of the following describes the function of the gear reduction unit on a

geared machine?

a. allows the drive sheave to safely rotate at 1700rpm

b. increases the lifting capability of a small motor

c. allows the drive sheave to carry loads over 500ft

d. eliminates the need to use a deflector sheave

Ans>> increases the lifting capability off a small motor



4. on a geared worm machine, where must the oil level be kept?

a. above the worm gear

b. below the worm gear

c. at the center of the worm shaft

d. at the bottom of the worm shaft

Ans>> at the center of the worm shaft



,5. If a double groove worm on a geared machine has a reduction ratio of 50:1,

what are the drive sheave RPM's with the motor turning at 400 rpm?

a. 2

b. 8

c. 10

d. 20

Ans>> 8

6. A helical geared machine provides which of the following benefits?

a. generates less noise than a worm gear machine

b. generates less vibration than a worm gear machine

c. requires less sound isolation than a worm gear machine

d. requires less overall power than a worm gear machine

Ans>> requires less overall power than a worm gear machine



7. Which of the following limitations exist on new installations of drum ma-

chines?

a. limited to mid-rise service

b. can not exceed 500fpm

c. can not be used for residential installations

d. limited to 40ft of travel

Ans>> limited to 40ft of travel



, 8. on a drum machine installation, ,what effect does the actuation of the slack

cable switch have?

a. the machine stops

b. the safeties set

c. the drum reverses direction

d. the car reverses direction

Ans>> the machine stops



9. The minimum clearance form the floor to the suspended ceiling is

80"

b. 96"

c. 7'3"

d. 8'2"

Ans>> 80"



10. what should you be aware of when removing a cab for replacement?

a. The weight that is to be removed from the ceiling.

b. The original weight and counterbalancing.

c. How much the cab was out of square.

d. Cover the panels so they do not get banged up.

Ans>> The original weight and counterbalancing.

Información del documento

Subido en
25 de julio de 2026
Número de páginas
101
Escrito en
2025/2026
Tipo
Examen
Contiene
Preguntas y respuestas
$22.89

¿Documento equivocado? Cámbialo gratis Dentro de los 14 días posteriores a la compra y antes de descargarlo, puedes elegir otro documento. Puedes gastar el importe de nuevo.
Escrito por estudiantes que aprobaron
Inmediatamente disponible después del pago
Leer en línea o como PDF

Seller avatar
Los indicadores de reputación están sujetos a la cantidad de artículos vendidos por una tarifa y las reseñas que ha recibido por esos documentos. Hay tres niveles: Bronce, Plata y Oro. Cuanto mayor reputación, más podrás confiar en la calidad del trabajo del vendedor.
ApexStudyVault
5.0
(3)
Vendido
8
Seguidores
0
Artículos
738
Última venta
2 días hace



Por qué los estudiantes eligen Stuvia

Creado por compañeros estudiantes, verificado por reseñas

Calidad en la que puedes confiar: escrito por estudiantes que aprobaron y evaluado por otros que han usado estos resúmenes.

¿No estás satisfecho? Elige otro documento

¡No te preocupes! Puedes elegir directamente otro documento que se ajuste mejor a lo que buscas.

Paga como quieras, empieza a estudiar al instante

Sin suscripción, sin compromisos. Paga como estés acostumbrado con tarjeta de crédito y descarga tu documento PDF inmediatamente.

Student with book image

“Comprado, descargado y aprobado. Así de fácil puede ser.”

Alisha Student

Preguntas frecuentes