Automatic Entrance Systems
Explore automatic sliding door directions by panel movement, available side space, clear-opening goals, traffic flow, and operator or complete-door supply scope.
Product Range
Compare seven product directions by panel movement, available space, frame expression and project use. Two detail pages are live; the remaining products open a project inquiry.
A transparent entrance direction for commercial façades, lobbies and reception areas where glazing, clear passage and coordinated sensing are central.
Best fit: Modern glazed entrances with a direct pedestrian route.
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A sliding entrance planned around repeat pedestrian traffic, access-control interfaces and the operating needs of public or workplace buildings.
Best fit: Busy commercial entrances with defined traffic and control requirements.
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Two moving leaves open from the centre, creating a balanced entrance arrangement and a clear central passage.
Best fit: Entrances with usable panel travel on both sides of the opening.
Multiple leaves stack in sequence to increase usable passage where conventional panel travel is constrained.
Best fit: Projects seeking a wider clear opening within limited side space.
Minimal visible framing supports a transparent entrance concept while the operator, glass and safety interfaces remain coordinated.
Best fit: Retail, showroom and hospitality entrances prioritising transparency.
Aluminum profiles support a defined frame system, finish direction and coordinated moving or fixed glazed panels.
Best fit: Commercial entrances requiring a framed and durable door-leaf structure.
A visible operator arrangement can be coordinated with an existing opening where the supporting construction and service access allow it.
Best fit: Retrofit and interior entrances suited to surface installation.
Quick Selection
These paths are an initial comparison—not a substitute for checking the opening, traffic and system interfaces.
Start with automatic sliding glass or all-glass doors.
Review commercial and bi-parting sliding arrangements.
Compare telescopic or surface-mounted concepts.
Consider an aluminum-framed entrance system.
Confirm structure, clearances and a surface-mounted operator.
Working Principle
The operator, controller, moving leaves and sensing devices work as one entrance system. Final operating logic depends on the agreed components and building interfaces.
Activation sensing detects an approaching user and sends a request to the controller.
The controller drives the leaves along the track while presence sensing protects the passage.
After the hold-open period and a clear detection zone, the leaves close under controlled motion.
Project Planning
A reliable recommendation begins with the entrance conditions, not only the building type or product name.
System and Parameters
Confirm whether the project needs an operator, selected components or a coordinated complete entrance. The written proposal defines every inclusion and interface.
Concise Parameter Reference
| Item | Common Range | Note |
|---|---|---|
| Clear Opening Width | 700–3,000 mm | Customizable |
| Opening Height | 2,000–3,000 mm | Customizable |
| Maximum Leaf Weight | Up to 100–200 kg per leaf | By configuration |
| Opening Speed | 100–700 mm/s | Adjustable |
| Closing Speed | 100–600 mm/s | Adjustable |
| Hold-Open Time | 0–60 sec | Adjustable |
| Motor | Brushless DC | Common configuration |
| Power | AC 110–240 V, 50/60 Hz | Project confirmation required |
The specifications above represent common configuration ranges for automatic sliding doors. Final dimensions, door-leaf weight, operating speed, sensors and control functions should be confirmed according to the entrance size, traffic frequency, installation environment and applicable safety standards.
Commercial Applications
Application context helps organise traffic, access and entrance priorities. Final product selection still depends on verified site conditions.
Commercial storefront automatic sliding doors create a clear, welcoming entrance for frequent customer traffic. Telescopic sliding configurations may be reviewed when available side travel is limited.
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Automatic sliding glass doors and automatic revolving doors provide smooth luggage access, quiet operation and a refined lobby appearance for hotels and resorts.
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An automatic sliding door for office entrances can integrate with access control and visitor management while maintaining a clean, modern glass façade.
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Commercial automatic sliding doors support wide openings and continuous high-volume traffic, with durable operators and multi-zone safety sensing for busy shopping mall entrances.
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Hospital automatic sliding doors provide touch-free access for patients, wheelchairs and medical carts at lobbies, outpatient entrances and public corridors.
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Automatic entrance doors improve accessibility and safe pedestrian flow in public buildings, transport facilities, museums and community spaces.
View Public Entrance SolutionsManufacturing and Support
SEPPES supports automatic entrance projects through engineering review, assembly, inspection, export preparation, remote online assistance and replaceable spare parts.
Application Examples
These images illustrate application directions. They are not presented as named customer case studies or proof of a specific delivered scope.
A sliding-glass direction organised around daily staff and visitor flow plus access-control coordination.
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A centre-opening entrance direction considered for guest movement, luggage access and a balanced lobby appearance.
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A transparent storefront direction considered for customer traffic, visual openness and the available panel-travel zone.
Review Application PlanningFAQ
Use these answers for early planning, then confirm the final configuration and supply boundary in the project proposal.
Start with the finished opening, usable side space, required clear passage, pedestrian flow, leaf design and control interfaces. These conditions narrow the suitable movement arrangement before final engineering.
Yes. Common ranges provide an initial reference, while final opening dimensions, leaf construction and weight must be confirmed against the project information and selected configuration.
The proposal can cover an operator and selected components or a coordinated entrance including leaves, frames, sensors and related hardware. The written quotation defines the final boundary.
Access-control and building-system interfaces can be reviewed. Share the signal type, operating logic and responsibility boundaries so the required controller and interfaces can be confirmed.
Remote online support can include installation guidance, troubleshooting and help resolving issues that can be handled remotely. Replaceable spare parts can also be supplied according to the installed system.
Project Inquiry
Share the opening dimensions, available side space, pedestrian flow, preferred leaf and frame direction, interfaces, quantity, destination and requested supply scope.