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Shaft Layout Matrix

Escalator & Moving Walk Layout Plans

Logical positioning and arrangement planning based on building structure, traffic direction, volume intensity, and application type. This matrix helps select the most effective escalator layout for each project scenario.

Key Planning Factors

Building structure and available shaft geometry
Installation site and direction of traffic flow
Traffic volume intensity and peak crowd behavior
Application area: commercial, public transport, mixed-use
Customer special requirements and routing priorities
Target transport time between levels

Arrangement Types

05 Layouts
01

Single unit

Einzeleinheit

One-way

Best Use

Suitable for linking two levels where passenger flow is mainly one-directional with time-based direction adjustments.

Single unit shaft arrangement diagram
02

Continuous arrangement

Durchgehende Anordnung (Einbahnstraßenverkehr)

One-way

Best Use

Used mainly in smaller department stores to link three sales levels; requires more space than interrupted arrangement.

Continuous one-way shaft arrangement diagram
03

Interrupted arrangement

Unterbrochene Verkehrsführung (Einbahnstraßenverkehr)

One-way

Best Use

Useful when short detours and separated up/down movement help improve circulation and display exposure.

Interrupted one-way shaft arrangement diagram
04

Parallel, interrupted arrangement

Parallele, unterbrochene Anordnung (Zweirichtungsverkehr)

Two-way

Best Use

Appropriate for heavy traffic volumes; direction can be reversed by time windows to optimize throughput and operations.

Parallel interrupted two-way shaft arrangement diagram
05

Crisscross, continuous arrangement

Kreuzförmige, durchgehende Anordnung (Zweirichtungsverkehr)

Two-way

Best Use

Preferred in major retail/public buildings where transport time between multiple levels should be minimized.

Crisscross continuous two-way shaft arrangement diagram

Need help selecting the optimal arrangement for your project?

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