Register
Question 1
What can be done to prevent rusting of the plunger if the jack unit is installed in the well hole before elevator completion?
Correct Answer:
Fill it with oil
Explanation:
Filling the plunger with oil serves as an effective preventive measure against rusting. Oil creates a protective barrier on the surface of the metal, which helps to reduce the contact between the metal and moisture in the environment. This moisture is a primary factor that contributes to rust formation, so by keeping the metal submerged or coated in oil, you significantly mitigate the risk of oxidation and corrosion. Other options may have benefits but do not provide the same level of protection as oil does. For instance, sealing the plunger tightly could limit exposure to some degree, but if moisture is trapped inside, it could create conditions for rust. Applying a rust inhibitor may also help, but those products often require specific conditions and may not be as effective without a full protective coating like oil offers. Keeping the plunger dry is essential, but in an environment where moisture is present, simply removing water may not be sufficient to prevent rust entirely without some form of protective coating. Thus, filling the plunger with oil not only creates a physical barrier but also assists in displacing moisture, which is crucial for preventing rust in the plunger and maintaining the integrity of the jack unit.
Question 2
Which of the following is not a component of a traction elevator?
Correct Answer:
Piston
Explanation:
In a traction elevator system, the key components include the sheave (or pulley), counterweight, and motor. The sheave is responsible for guiding the steel cables that lift the elevator car as the motor turns the sheave. The counterweight balances the weight of the elevator car and helps reduce the amount of energy needed to move the car, making the system more efficient. The motor provides the necessary power to move the sheave, which in turn moves the elevator car. A piston, however, is not part of a traction elevator; instead, it is a critical component of a hydraulic elevator system. In hydraulic elevators, the piston extends and retracts to raise and lower the car, utilizing fluid pressure to move the car vertically. This distinction clarifies that the piston is specific to hydraulic systems and does not function in a traction elevator setup, making it the right answer for identifying a component that is not part of a traction elevator.
Question 3
If a hydraulic elevator trips its low oil timer and the oil level is good, what should be checked?
Correct Answer:
Pump belts
Explanation:
When a hydraulic elevator trips its low oil timer despite having a good oil level, it indicates there may be an issue not with the oil level itself but with the system's ability to properly move or utilize that fluid. One essential aspect to consider in this scenario is the pump and its associated components. Focusing on pump belts is critical because they directly affect the pump’s ability to create the necessary pressure for the elevator to operate. If the belts are worn, loose, or damaged, the pump may not be able to generate adequate hydraulic pressure, which could lead the system to think that there is insufficient oil or that the system is malfunctioning. This is why checking the pump belts, assessing their condition, and ensuring they are functioning is vital for the elevator's operation. While the other options involve important system components, they do not directly address the potential failure in hydraulic fluid circulation or pressure generation as effectively as examining the pump belts would. It's essential for an elevator technician to keep a structured approach when diagnosing issues and ensure that hydraulic fluid quality and overall electrical systems are also maintained, however, the immediate next step after confirming oil level is to check pump belts first.
Question 4
In a hydraulic system, what does pressure equal?
Correct Answer:
Force/area
Explanation:
In a hydraulic system, pressure is defined as the force applied per unit area over which the force is distributed. This is represented mathematically as pressure equals force divided by area (P = F/A). When a force is applied to a fluid in a confined space, that force acts on the surface area of the container or pipe that holds the fluid. The resulting pressure can be calculated by taking the total force applied and dividing it by the area over which the force is exerted. This fundamental principle is crucial to understanding how hydraulic systems operate, allowing them to transmit power efficiently through the use of incompressible fluids.
Question 5
What is the maximum platform area for a residential elevator?
Correct Answer:
15 sq. ft.
Explanation:
The maximum platform area for a residential elevator is typically established by industry standards and local building codes. Residential elevators are designed to accommodate the average needs of a household, providing sufficient space for users, mobility aids like wheelchairs, or other transport requirements. A platform area of 15 square feet is a common specification that allows for comfortable access and maneuverability within the elevator, ensuring that it meets safety and usability standards. This area also aligns with the intent of making residential elevators compliant with accessibility standards like those specified by the Americans with Disabilities Act (ADA), which encourage the design of spaces that are accessible for individuals with mobility challenges. Larger platforms, such as those exceeding 15 square feet, are typically found in commercial SAMPLEapplications or larger residential installations, but for standard residential applications, 15 square feet strikes a balance between functionality and space efficiency. Thus, this makes it the correct choice for this question regarding residential elevator specifications.
Question 1
Exam overview

About this Exam

Welcome to your comprehensive study guide for the NEIEP Advanced Topics In Elevators (800) Practice Test. This examination is designed for advanced elevator apprentices who have established a strong foundation in the trade. It serves as a critical checkpoint before advancing to more specialized fields or concluding their formal apprenticeship training.

The course, and this corresponding exam, focuses on the application of theory to complex, real-world systems. It is designed to evaluate your ability to synthesize knowledge of hydraulic systems, escalators, moving walkways, and modern service and maintenance protocols. Mastering this content demonstrates that you possess the advanced technical competence required of a skilled Journeyman Elevator Constructor.

More details

Additional Information

What the Course Entails and Exam Details

The NEIEP 800 course is not just a review; it is an in-depth exploration of intricate elevator technologies. You will be tested on your detailed understanding of the following core areas:

  • Advanced Hydraulic Systems: Moving beyond basic theory, this section covers the installation, troubleshooting, and maintenance of specialized hydraulic equipment, including submersible pumps, complex valve adjustments, and piping systems.
  • Escalator and Moving Walk Technology: You must master the components, safety features, installation methods, and distinct maintenance requirements for these unique vertical and horizontal transportation systems.
  • Rack and Pinion Elevator Systems: This specialized section delves into the operation and maintenance of rack and pinion drives, commonly used in construction hoists and unique architectural designs.
  • Modern Service and Troubleshooting: The course emphasizes systematic problem-solving techniques for modern control systems, integrating diagnostics with code compliance and safety standards.

 

 

What to Expect in the Final Exam

While the final examination is administered in a controlled environment, taking a practice test is the best way to understand its structure and demands. The final exam typically takes the form of a comprehensive computerized test, featuring multiple-choice questions that require both recall of technical facts and the application of diagnostic logic.

You should prepare for a challenging experience that strictly enforces time limits and demands a high passing score, often 70% or higher. There is no practical component in the final 800 exam, but the questions will frequently present practical scenarios you would encounter on a job site. Using a practice test will allow you to acclimatize to the question phrasing and manage your time effectively.

 

 

 How to Study and Exam Centers

Preparation is the key to success on the NEIEP 800 exam. Do not rely solely on memory; focus on understanding the why behind every system and procedure.

  • Review Your NEIEP Materials: Your primary study resource is the core NEIEP curriculum. Thoroughly review all assigned texts, lab manuals, and notes from your classroom instruction.
  • Leverage Official Practice Tests: Take multiple practice tests. Analyze not just which answers were correct, but why they were correct, paying special attention to detailed rationales provided for incorrect options.
  • Simulate Exam Conditions: When taking practice exams, do so in a quiet space, without notes, and strictly adhere to a simulated time limit. This builds stamina and reduces anxiety on the actual test day.
  • Exam Administration: The NEIEP 800 final examination is managed through your NEIEP Area Coordinator. It is typically administered at specific, authorized physical testing centers, such as your local union hall or a designated NEIEP training facility. Ensure you communicate with your coordinator to understand the scheduling process and location details.

 

 

 Job Opportunities from the Course

Successfully completing the NEIEP Advanced Topics in Elevators (800) course and passing its final exam is a pivotal achievement. This certification, coupled with the completion of your apprenticeship, directly unlocks career paths with excellent compensation, strong benefits, and long-term stability. The specialized knowledge gained makes you highly valuable in the industry.

The career opportunities unlocked by this certification include:

  • Journeyman Elevator Constructor
  • Maintenance Specialist
  • Modernization Technician
  • Service mechanic
  • Elevator Inspector
  • Adjuster
Quiz information

Frequently Asked Questions

The complete question count is available after full access is unlocked.
No fixed duration is currently configured for this quiz.
Question explanations are included where they are available in the quiz content, helping you review the reasoning after answering.
Yes. You can retake the practice test again as you continue studying during your available access period.
After your access is confirmed, you can continue into the complete practice exam from this quiz flow.
Unless explicitly stated otherwise, this page provides independent practice material for study and exam preparation and is not the official examination itself.
Keep studying

Related Questions

307 Advanced Damage Control Practice Exam

0 min

3CX Academy Advanced Certification Practice Exam

0 min

ABO Advanced Practice Exam

0 min

ABYC Advanced Electrical Practice Exam

0 min

CodeHS Advanced HTML and CSS Practice test

0 min

Australia Court of Master Sommeliers (CMS) Advanced Sommelier Certificate Practice Test

0 min