Escalators Moving people in comfort

This heavy-duty escalator is configured for public transportation hubs such as metro and railway stations and airports, as well as other crowded, high-traffic environments. It’s engineered with durable components for dependable performance and passenger safety – with minimal downtime. Visit the Schindler 9300 for public transport page to learn more.

This is a premium escalator for shopping malls, offices, stadiums, mixed-use complexes, and other commercial buildings. It improves people flow by enabling safe, efficient, and comfortable transport. Its compact, space-saving design also helps maximise usable floor space. Visit the Schindler 9300 for commercial buildings page to learn more.

The Schindler 9700 is a more robust escalator built for mass transit environments such as busy metro and train stations, where very high passenger volumes and higher vertical rises demand maximum strength and durability. Visit the Schindler 9700 for mass transit page to learn more.

The Schindler 9300 for commercial buildings is designed for shopping malls, offices, hotels, and mixed-use buildings. It offers high flexibility, space-saving design, and a wide range of architectural options for moderate to high passenger traffic.

The Schindler 9300 for public transport is based on the same platform but configured for heavier traffic and longer operating hours. It features more robust components and is optimised for transport hubs such as metro and railway stations, and airports.

The Schindler 9700 is purpose-built for mass transit environments. It is Schindler’s most robust escalator, designed for very high passenger volumes and large vertical rises, making it ideal for metro systems and major transport interchanges. 

Yes. The TÜV‑certified Schindler 9300 and Schindler 9700 meet major international escalator standards such as EN 115‑1, GB 16899, HK‑COP, A17.1 or ISO 8103‑1.

Yes. The anti-fall barrier increases overall barrier height on one or both sides to reduce the risk of over-balustrade falls; it supports multiple height options and can be integrated with station architecture.

Schindler escalators are designed for reliable operation in demanding environmental conditions. Core components, optional galvanisation, heating features, and microprocessor-controlled chain lubrication help protect against conditions such as heat, cold, humidity, salt, and sand. Integrated sensors monitor key components and operating conditions, enabling early detection of irregularities and supporting consistent performance and availability over time.

Schindler escalators are engineered with a reinforced truss using open steel profiles and advanced corrosion protection to ensure long-term structural durability. Vibration-isolated supports reduce noise and vibration transfer to the building, contributing to a smoother ride. A robust drive system with precisely engineered shafts, chains, and rollers ensures stable operation, while microprocessor-controlled lubrication supports consistent movement and minimises wear.

Downtime is minimised through a combination of durable components, high-precision installation, and digital monitoring. Integrated sensors and intelligent controllers continuously monitor key operating parameters, while digital connectivity enables remote diagnostics and early detection of irregularities. This allows maintenance teams to respond faster, plan interventions more efficiently, and support high equipment performance throughout its service life.

Yes. Digital connectivity via the smart data gateway, Schindler Cube, allows performance and equipment health data to be transmitted to the Schindler Cloud, service centers, and building monitoring rooms. This enables continuous oversight, remote diagnostics, and better uptime management, and supports integration with central control rooms or BMS where required.

Schindler escalators are designed for high energy efficiency throughout their life cycle. Advanced drive systems with IE3 or IE4 motors and high‑efficiency helical gears support very low energy consumption. Per ISO 25745 standards, certain configurations can exceed Class A+++ energy performance.

Energy‑saving features such as ECO Mode automatically adapt operation to passenger demand. When traffic is low, the escalator can reduce speed, switch to crawl mode, or temporarily stop, helping to significantly lower energy use while remaining ready for passengers.

Yes. Schindler provides verified Environmental Product Declarations for its escalators across the full product range. The EPDs are based on international standards, include lifecycle environmental data, and are available with region-specific and multilingual versions via the EPD Hub. Schindler also provides Health Product Declarations (HPDs) that report the "ingredient list" and associated health information of escalators upon request.

The goal of EPDs and HPDs is to provide transparent, reliable, and objective information regarding a product’s environmental and health impact. These comprehensive declarations not only ensure transparency but also support customers in meeting the requirements of major green building certification standards such as LEED, BREEAM, DGNB, and WELL.

Yes. Project teams can download CAD (DWG/DXF), BIM models (IFC), and product specifications for all escalators. Get in touch with the local Schindler team for more information.

Schindler provides professional project handling from factory to job site. The process includes transportation to site, moving the escalator into the building, hoisting it onto its supports, and final installation and commissioning. Each unit is then inspected and approved under the Schindler Acceptance Inspection Standard (SAIS) to confirm safety and quality before handover. The process concludes with formal handover and, where applicable, connection to Schindler digital services for monitoring and ongoing support.

Yes. The right modernisation approach depends on factors such as usage intensity, age, and operational requirements. Schindler offers a full range of modernisation and upgrade packages for escalators, from targeted component upgrades to complete replacement solutions. Options include safety, controller, drive, connectivity, energy efficiency, and aesthetic upgrades.

Full replacement involves installing a completely new escalator, including a new truss, when equipment age, layout changes, or regulatory requirements call for thorough modernisation. Alternatively, the Schindler INTRUSS^® Escalator Modernisation Solution upgrades the escalator using the existing truss, reducing the damage to the architecture and limiting disruption to the building’s daily operations.  

They are like any mechanical system in continuous use. Escalators are subject to a life cycle because key components experience wear over time from constant operation, passenger loads, and environmental conditions. In parallel, safety standards, regulations, and technologies evolve, which can make older equipment less efficient or no longer fully compliant.

Usage intensity and operating conditions influence how quickly components age, which is why maintenance, modernisation, or replacement are required at different stages to ensure safe, reliable, and efficient operation throughout the escalator’s service life. 

Yes. Schindler can modernise escalators from third‑party manufacturers. Solutions range from targeted upgrades or modernisation using the Schindler INTRUSS^® Escalator Modernisation Solution, which retains the existing truss and installs new Schindler components to reduce building disruption while meeting current safety and performance standards.

The cost of a Schindler escalator depends on the specific project. Factors such as vertical rise, configuration, application (commercial or public transport), building conditions, local codes, and installation requirements all influence the final price. The most accurate way to determine the cost is to request a project‑specific quotation from your local Schindler office.

The Schindler 9300 is manufactured across Schindler’s global escalator production network. Key sites include major facilities in Shanghai Jiading – Schindler’s largest escalator plant worldwide – and additional factories in Dunajská Streda (Slovakia), Londrina (Brazil), Clinton (U.S.), and Pune (India). Schindler also produces its own escalator steps in-house, at its Jiading facility and its plant in Austria (Vienna).

Schindler’s escalators and moving walks are installed in many major transport hubs worldwide such as:

• Airports: Salt Lake City International Airport (U.S.), Istanbul Airport (Türkiye), Munich Airport (Germany), Daxing International Airport in Beijing (China), Xiamen Xiang’an International Airport (China), Zurich Airport (Switzerland), Jewel Changi Airport (Singapore)
• Railway and metro: Canada Line (Vancouver, Canada), Bengaluru Metro (India), Grand Paris Express (France), Shanghai metro (China), Grand Central Station in New York (U.S.), Bogotá Metro (Colombia)

Schindler 9300 escalators are used in some of the major commercial landmarks worldwide, including Taikoo Place Hong Kong, Varso Place (Poland), Costanera Center in Santiago (Chile), Commercial Bay in Auckland (New Zealand), White Magnolia in Shanghai (China), the Circle in Zurich (Switzerland), and The Avenues in Riyadh (Saudi Arabia).

Schindler 9300 escalators are also widely installed in smaller retail environments and individual shops worldwide, where reliable and space‑efficient mobility is essential.