The structure of a car elevator mainly includes the following parts:
Car: The space used to carry cars is usually designed to be spacious to accommodate different types of cars. The size and shape of the car should be designed according to the maximum size of the vehicle carried, usually in a rectangular design to facilitate vehicle entry and exit.
Drive system: Including motors, reducers, traction machines, etc., it is the power source for the operation of the elevator. The traction machine design of the car elevator fully considers the weight and volume of the car and has a very high load-bearing capacity, usually between 2 tons and 5 tons, or even higher.
Guide system: It consists of guide rails and guide shoes to ensure the precise movement of the elevator car in the vertical direction. The guide rails are installed in the shaft to guide the vertical movement of the car and ensure its smooth operation.
Safety system: Including speed limiters, safety clamps, buffers, etc., to ensure the safety of elevator operation. These devices will activate protective measures in an emergency to ensure the safety of the elevator and passengers.
Door system: Usually folding doors or sliding doors are used to save space and facilitate vehicle entry and exit. The door system is equipped with sensors to ensure that the door will automatically open when encountering obstacles during closing to prevent vehicles from being pinched. Control system: includes microprocessor, input/output interface, operation panel, drive control unit, etc. As the core of the control system, the microprocessor is responsible for receiving input signals, processing data and outputting control instructions to ensure the smooth operation of the elevator.
