• Saturday 14th February 2026
• 13

Elevator Specialist Training Course

What is an elevator?

An elevator or lift is one of the most convenient forms of transportation within a building. Although you may use stairs to reach the floors, an elevator is a faster and more useful alternative to stairs. It is defined as a vertical transportation device, which is used to move people and goods between floors of a building. People prefer to use elevators due to their ease and convenience, and stairs are the choice for special occasions. The annoying thing about elevators (if you try to understand them) is that their working parts are usually covered. From the perspective of someone going from the lobby to the eighteenth floor, an elevator is simply a metal box with doors that close on one floor and then open on the next. Elevators are used in residential and commercial buildings, hospitals, shopping malls, restaurants, and even libraries to transport related objects.

The major parts of an elevator are:

One or more elevator cars (metal boxes) that go up and down.

A resisting force that balances the elevator car.

An electric motor that moves the elevator cars up and down and includes a braking system.

A system of strong metal cables and pulleys that run between the elevator cars and the motors.

There are various safety systems to protect those inside the elevator in the event of a cable break.

In large buildings, an electronic control system that uses an elevator algorithm (a complex type of mathematical logic) to direct the elevator cars to the appropriate floors to ensure that as many people as possible go up and down in the fastest and best way possible (especially important in very large, busy buildings during peak hours).

How do elevators use energy?

Scientifically, elevators work with energy. To go up a flight of stairs from the ground floor to the 18th floor, you have to move your body weight against the downward force of gravity. The energy you expend in this process is often converted to potential energy, so going up stairs increases your potential energy and going down stairs decreases your potential energy. This is an example of the law of conservation of energy in action. You actually have more potential energy at the top of a building than at the bottom, even if it doesn’t feel different.

To a scientist, an elevator is simply a device that increases or decreases a person’s potential energy without the person having to provide that energy themselves. When you go up, the elevator gives you potential energy; when you go down, it takes away your potential energy. In theory, this sounds simple enough. An elevator doesn’t need to use much energy, because it always returns the same amount of energy it came down. But unfortunately, it's not that simple. If all the elevators were, they would be simple elevators with a single cabin driven by pulleys, using a significant amount of energy to lift people up, but there would be no way to return the energy. When people come back down, the energy would simply be dissipated by friction in the cables and brakes.

Types of Elevators

There are different types of elevators that can be used in different locations for different purposes.

Passenger Elevators:

Passenger elevators are designed to transport people and can come in many shapes. Since these elevators carry passengers, they must meet certain requirements and standards to ensure their safety. They can come in a range of sizes and carry different numbers of passengers.

These elevators can be equipped with different designs, both inside and outside the cabin, so they can match the design and style of the surrounding space. These elevators are used in a variety of locations, from shopping malls to private residences.

They also travel faster than other types of elevators as they are often used in high-rise buildings where passengers may travel through multiple floors.

These elevators can also have other equipment, such as a television screen, speakers for playing music or announcements, advertisements and audio and video advertisements.

Glass elevators:

A glass elevator is a type of passenger elevator that has glass doors and walls. They can be used in any situation where a regular passenger elevator would be used, but are offered as a more stylish alternative. They are often chosen for their aesthetic appeal. While providing a means of transportation, they can also be a way to maintain the style of a building. The glass cabin is made of a type of glass called laminated glass (car windshield). This type of glass is very resistant to impact and will not crumble if broken by a very strong impact and will remain in place.

Service Elevators:

A service elevator is not designed to carry passengers, but rather usually carries some goods. This means that these elevators do not have to meet the same standards as passenger elevators.

Food Elevators:

A food elevator is often used in kitchens, restaurants, hotels, etc. These small elevators are used to transport food from the kitchen to the serving area. They can also be used in other environments such as hospitals or offices.

Manual Elevators:

Manual elevators are designed to carry large items on wheeled, movable cages. They are often found in a store or any other environment where goods may need to be transported between floors.

Disabled lifts:

Disabled lifts can be of various types and can fall under different categories, while their purpose is to transport people with mobility issues.

Stair lifts:

A stair lift is often used in the home and provides an easy way for people to go up and down stairs. This is usually done by having them sit in a motorized chair that takes them from one floor to another.

Fire lifts:

A lift designed for additional protection, under the direct control of the fire and rescue services, and used in firefighting. A fire lift is required if the building has floors 18 meters above or 10 meters below the fire service access level.

Vehicle lifts:

These are usually used in garages or in manufacturing facilities. These elevators make it easier for drivers to access buildings. Some can even turn, so that the driver only moves forward and never has to turn or reverse.

Hospital Elevators:

Trunk elevators are usually used to transport patients who are unable to move or get up. These elevators can continue to operate during power outages. They are quiet and have a smooth, slow motion for moving between floors.