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

Mandatory auxiliary braking systems for escalators with a rise exceeding 6 meters, preventing catastrophic rollbacks if the main drive chain breaks. Digitalization, IoT, and Smart Lift Systems

It is impossible to start or run a lift cage unless all gates are both closed and mechanically/electrically locked. Impact on the Industry

: Standard escalators are generally restricted to an angle of inclination not exceeding 30 degrees, though 35 degrees is permissible for rises under 6 meters.

The —often referred to as the "Design Code"—is issued by the Director of Electrical and Mechanical Services in Hong Kong under the Lifts and Escalators Ordinance (Chapter 618) . Mandatory auxiliary braking systems for escalators with a

Continuous brush or rubber profiles along the skirt panels to keep footwear away from the hazardous step-skirt gap.

The authoritative version of the is available through the EMSD website. Where to Find the Document

: Dedicated sections for service lifts, vehicle lifts, and "public service escalators" that operate under high-traffic conditions (e.g., in public transit stations). The —often referred to as the "Design Code"—is

The code applies to all new installations, modernizations, and major alterations of lifts and escalators.

For property owners, developers, and engineers, staying compliant with this edition is essential for ensuring passenger safety and operational efficiency.

Code of Practice for Lift Works and Escalator Works (2021 Edition) Where to Find the Document : Dedicated sections

: Building owners must maintain verifiable, time-stamped digital or physical logs of all inspections, faults, and repairs.

The code became fully effective on October 1, 2022 , officially superseding the 2019 edition.

The code divides lifting systems into distinct categories, including passenger lifts, goods lifts, and service lifts. Each category must meet rigid structural and mechanical requirements. 1. Well and Machine Room Structural Requirements