Not all escalators are the same. Although they share a similar basic structure, their design varies depending on the usage scenario. Escalators in shopping malls focus on comfort and appearance, while those in metro stations or airports are built for heavy traffic and continuous operation. Outdoor escalators are designed to resist weather conditions, and those in office buildings are usually smaller and quieter.
In short, escalators differ in size, speed, and durability to meet the specific needs of different environments.
Escalators
A fixed, electrically powered device with a circulating, inclined path that transports passengers upwards or downwards.
Must comply with GB 16899-2011 "Safety Code for the Manufacture and Installation of Escalators and Moving Walks"
Characteristics Of Escalator
Escalators are used in department stores, supermarkets, office buildings, hotels, airports, and urban transportation, and have the following characteristics:
1) Larger transport capacity than elevators, capable of transporting large numbers of people in a short time.
2) Continuous operation eliminates the feeling of waiting for passengers.
3) Unidirectional operation allows for natural planning of pedestrian flow.
4) Easy to ride and alight, eliminating the burden of climbing stairs.
5) Aesthetically pleasing design, contributing to building decoration.
Escalator Classification
Escalators can be classified according to handrail type, intended use, effective width, lifting height, and shape.
Handrail Type Classification
a) Transparent Escalators: The handrails are made of glass, allowing viewing through the escalator. Available with or without lighting. (NL, N, EN)
b) Panel Escalators: Escalators with handrail panels primarily constructed of stainless steel or painted steel. (P)
Application Classification
a) General Type Escalators: Standard escalators.
b) Public Transportation Type Escalators: Escalators designed for public transportation facilities such as stations, with switchable rated speeds. To enhance transport capacity and allow passengers to reach their destination floors quickly, the escalator's operating speed needs to be increased. Special measures are taken to address passenger safety and escalator strength during development. (It is an integral part of a public transportation system, including entrances and exits; suitable for approximately 140 hours of operation per week, with continuous heavy load time of no less than 0.5 hours within any 3-hour interval, and the load should reach 100% braking load.)
c) Outdoor Escalators: Escalators designed to address the impacts of outdoor rain, direct sunlight, etc. Special protection levels are provided for rust prevention, main unit, and safety devices.
Effective Width Classification
Divided into 800mm, 1000mm, and 1200mm types. The effective width between handrails at a vertical height of 600mm from the step surface.
Lifting Height Classification
a) Standard Lifting Height Escalators: Generally refers to escalators with a lifting height of 6.5m or less.
b) High Lifting Height Escalators: Generally refers to escalators with a lifting height between 6.5m and 13m (Type 1200).
c) Extra High Lifting Height Escalators: Refers to escalators with a lifting height exceeding 13m.
Shape Classification
a) Standard Escalators: Transparent standard escalators are generally used in shopping malls, department stores, hotels, and other places where aesthetic design is important. Panel-type standard escalators are used in stations and transportation facilities where transport capacity is important.
b) Special Type Escalators: These include intermediate horizontal escalators and escalators with extended horizontal running sections.
Escalator Specification And Parameter Description
EPEN - 1200 * 35 / 30 - 4500
