Code Of Practice On The Design And Construction Of Lifts And Escalators -2021 Edition- Pdf Link

For professionals in the field, obtaining the official document is not just a recommendation but a necessity. It is an essential tool for ensuring that all new projects are not only compliant with the law but also represent the forefront of safe, accessible, and reliable vertical transportation design. As urban living continues to evolve, codes like this will remain vital in building a safer and more accessible future.

: Minimum safety factors for steel wire ropes and high-tech coated steel belts are explicitly calculated based on the number of runs and pulley diameters.

Clear mandates on managing heat dissipation from high-efficiency gearless motors. For professionals in the field, obtaining the official

The represents a commitment to maintaining top-tier safety standards in Hong Kong. By adopting the EN115-1:2017 standard, the 2021 code ensures that escalators and lifts are equipped to handle modern usage patterns safely and efficiently.

The 2021 revision aligns regional guidelines with modern international engineering standards. 1. Harmonization with International Standards : Minimum safety factors for steel wire ropes

Following updates to global structural codes, the 2021 edition enhances seismic requirements.

Adhering to the code ensures compliance with Cap. 618. Non-compliance can lead to the rejection of new installations by the authorities. By adopting the EN115-1:2017 standard, the 2021 code

The 2021 Code details precise engineering constraints that must be integrated during the early architectural design phase of a building. Lift Well and Machine Room Structural Integrity

The full, authoritative Code of Practice on the Design and Construction of Lifts and Escalators (2021 Edition) can be purchased at the Publications Sales Unit of the Information Services Department.

Machine rooms and lift shafts require adequate ventilation or climate control to prevent the overheating of variable voltage variable frequency (VVVF) inverters and control panels.