Trivia Questions Quiz On Elevator Maintenance!

1. Which of the following safety devices is put in place in case of an earthquake:

Seismic Switch

Collision Switch

Derailment Switch

Lock-Up Switch

A seismic switch is a safety device that is put in place in case of an earthquake. It is designed to detect the vibrations caused by an earthquake and trigger an automatic response. This response can include shutting off gas lines, activating emergency alarms, or initiating evacuation procedures. The seismic switch helps to protect people and property by providing an early warning system and triggering appropriate safety measures during an earthquake.

Explanation

A seismic switch is a safety device that is put in place in case of an earthquake. It is designed to detect the vibrations caused by an earthquake and trigger an automatic response. This response can include shutting off gas lines, activating emergency alarms, or initiating evacuation procedures. The seismic switch helps to protect people and property by providing an early warning system and triggering appropriate safety measures during an earthquake.

2. An elevator must have its weight capacity clearly displayed on both the front and rear panels.

True

False

The statement is true because it is a safety requirement for elevators to have their weight capacity clearly displayed on both the front and rear panels. This is important information for passengers to know in order to ensure that the elevator is not overloaded, which could potentially lead to accidents or malfunctions. By having the weight capacity clearly displayed, it helps to prevent any potential risks and ensures the safe operation of the elevator.

Explanation

The statement is true because it is a safety requirement for elevators to have their weight capacity clearly displayed on both the front and rear panels. This is important information for passengers to know in order to ensure that the elevator is not overloaded, which could potentially lead to accidents or malfunctions. By having the weight capacity clearly displayed, it helps to prevent any potential risks and ensures the safe operation of the elevator.

3. A Bumper is designed to:

Guide the cars path up and down the elevator shaft.

Stop a descending car beyond its normal limit of travel by absorbing the impact.

Keep the car doors from slamming shut.

Keep the car from reaching dangerous speeds

The bumper in an elevator is designed to absorb the impact and stop a descending car beyond its normal limit of travel. This is important for safety reasons as it prevents the car from reaching dangerous speeds or causing damage to the elevator system. By absorbing the impact, the bumper helps to protect both the elevator and the passengers inside.

Explanation

The bumper in an elevator is designed to absorb the impact and stop a descending car beyond its normal limit of travel. This is important for safety reasons as it prevents the car from reaching dangerous speeds or causing damage to the elevator system. By absorbing the impact, the bumper helps to protect both the elevator and the passengers inside.

4. Maximum height for elevators is:

1700 ft

3000 ft

1000 ft

1300 ft

The maximum height for elevators is 1700 ft. This means that elevators are designed to operate efficiently and safely within a vertical distance of 1700 ft. Elevators have weight limitations and mechanical limitations that restrict their ability to travel beyond this height. Going beyond the maximum height could potentially compromise the safety and functionality of the elevator system.

Explanation

The maximum height for elevators is 1700 ft. This means that elevators are designed to operate efficiently and safely within a vertical distance of 1700 ft. Elevators have weight limitations and mechanical limitations that restrict their ability to travel beyond this height. Going beyond the maximum height could potentially compromise the safety and functionality of the elevator system.

5. A bi-parting door is a horizontally sliding or horizontally swinging door consisting of two or more sections so arranged that the sections or groups of sections open away from each other

True

False

A bi-parting door is a door that consists of two or more sections that open away from each other. This means that the sections or groups of sections either slide horizontally or swing horizontally. Therefore, the given statement is true.

Explanation

A bi-parting door is a door that consists of two or more sections that open away from each other. This means that the sections or groups of sections either slide horizontally or swing horizontally. Therefore, the given statement is true.