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Course / Course Details

Elevator and Escalator Structure and Working Principles

  • Guangdong Engineering Polytechnic image

    By - Guangdong Engineering Polytechnic

  • 0 students
  • 2 Hours
  • (0)

Course Requirements


Course Description

Elevator and Escalator Structure and Working Principles is a course that studies the design, components, and operating mechanisms of elevators and escalators used in buildings and public facilities. The course introduces the structural systems of these vertical transportation devices, including mechanical components, electrical control systems, safety devices, and installation structures.


Students learn how elevators and escalators function, covering topics such as traction systems, drive mechanisms, control technology, braking systems, and safety protection. The course also discusses operational principles, maintenance basics, and safety standards to ensure reliable and efficient operation in buildings such as offices, shopping centers, and transportation hubs.

Course Curriculum

  • chapters
  • lectures
  • quizzes
  • 2 Hours total length
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1 Guide Rails
10 Min


2 Guide Rail Brackets
10 Min


3 Guide Shoes
10 Min


4 Car
1 Hour 30 Min


5 Composition, Function and Classification of Door System
10 Min


6 Structure of Landing Door
10 Min


7 Door Protection Devices
10 Min


8 Overspeed Protection Device
10 Min


9 Top Impact and Bottom Impact Protection Devices
10 Min


10 Unintended Car Movement Protection Device
10 Min


11 Electrical Safety Protection Devices
10 Min


12 Safety Protection Devices for Escalators
1 Hour


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