Commercial Revolving Entrance Systems
A project-specific automatic revolving door system designed to coordinate continuous pedestrian circulation, entrance safety, indoor-outdoor separation, and architectural appearance for commercial buildings.
SEPPES supports entrance planning, customized structures, drive and control systems, safety detection, access-control coordination, and export project delivery.
Product Overview
A complete revolving entrance is a coordinated building interface rather than an isolated motor or glass assembly.
An automatic revolving door uses multiple wings arranged around a central shaft to create a continuous entrance route. When a pedestrian approaches, the activation and control system starts or adjusts rotation so people can enter and leave through separated compartments.
Unlike an entrance that opens into one fully exposed passage, the revolving structure maintains a degree of separation between indoor and outdoor sides during normal operation. It is commonly considered for hotels, office headquarters, commercial complexes, and other buildings where movement, lobby planning, and entrance appearance must be coordinated.
Selection starts with the opening, entrance footprint, expected traffic, accessibility route, building interfaces, glass and finish direction, and the required supply boundary.
Working Principle
Activation, controlled motion, safety monitoring, and separated circulation operate as one coordinated sequence.
Activation sensors detect an approaching pedestrian and send a start or speed-adjustment signal to the controller.
The drive system rotates the wings at the confirmed operating speed and direction for the entrance plan.
Presence and safety devices monitor defined zones so the controller can slow or stop the door when required.
The revolving compartments organize entering and exiting movement while maintaining an entrance boundary during normal operation.
System Architecture
The approved structure diagram identifies the nine coordinated elements used for this collection-level explanation.
Project Selection
A useful proposal depends on verified geometry, traffic, control, safety, and building-interface information.
Project Benefits
These are planning benefits to evaluate against the actual opening, traffic, accessibility route, and building conditions.
Separate compartments can help structure continuous entering and exiting movement.
The revolving form maintains a degree of separation between interior and exterior during normal use.
Curved glazing, metal finishes, and the entrance volume can be coordinated with the façade and lobby.
Operating modes, access signals, and safety functions can be evaluated for the selected controller and scope.
Door body, drive, controls, sensing, interfaces, and supply boundaries are reviewed together.
The system can be assessed for hotels, offices, shopping malls, and other prominent public entrances.
Safety and Control
Final safety behavior depends on the selected system, confirmed sensor layout, controller logic, drive response, emergency devices, and project requirements.
Technical Reference
The values below are common reference ranges. Final dimensions, speed, safety devices, power, and interfaces require project confirmation.
| Parameter | Typical Reference | Project Note |
|---|---|---|
| Door Type | Automatic Revolving Door | Complete revolving entrance system |
| Door-Wing Configuration | 2-Wing / 3-Wing / 4-Wing | Final arrangement depends on the selected system and traffic plan |
| Operating Type | Fully Automatic | Other operating modes depend on the selected controller |
| Rotation Direction | Clockwise or Counterclockwise | Confirm according to entrance planning |
| External Diameter | 1,600–6,200 mm | Final diameter depends on structure and passage requirements |
| Clear Passage Height | 2,100–3,000 mm | Custom heights require engineering confirmation |
| Canopy Height | 200–1,200 mm | Depends on the drive, ceiling, and façade interface |
| Throat Opening Width | Approximately 700–2,800 mm | Related to diameter and revolving-wing arrangement |
| Rotation Speed | 0.5–4.0 rpm, adjustable | Set according to diameter, users, and project requirements |
| Starting Method | Sensor activated or continuous low-speed start | Confirm during control-system planning |
| Drive System | Electromechanical drive or direct drive | Final motor and transmission depend on the selected system |
| Safety Detection | Presence sensors and project-specific safety devices | Final monitored zones require confirmation |
| Access-Control Interface | Dry contact, relay, or project-specific interface | Confirm protocol, logic, and wiring responsibility |
| Power Supply | AC 100–240 V, 50/60 Hz | Confirm for the destination market and selected controller |
| Frame Material | Aluminum alloy or stainless steel | Coordinate with façade and finish requirements |
| Customization | Diameter, height, glass, finish, and interfaces | Confirm through project drawings and technical review |
These specifications are general project references rather than a final product commitment. Before quotation, production, or remote installation guidance, confirm the entrance drawings, pedestrian requirements, accessibility route, safety configuration, control interfaces, and responsibilities.
Customization and Supply
Customization is evaluated around structural feasibility, the selected system, and the responsibilities recorded for each project party.
Commercial Applications
Building type suggests common priorities, but the final recommendation follows the actual entrance geometry, users, traffic, and surrounding plan.
Coordinate guest and luggage circulation, lobby comfort, architectural appearance, adjacent accessible access, and peak arrival periods.
Project priorities: Guest flow, luggage, lobby planning, appearance, accessibility
Explore Hotel Entrance Planning
Coordinate employee and visitor movement with reception, security, access control, the façade, and the wider lobby route.
Project priorities: Visitor flow, reception, security, access signals, façade
Explore Office Entrance Planning
Review concentrated public traffic, multiple directions, trolley movement, entrance visibility, and emergency-route coordination.
Project priorities: Public traffic, trolleys, safety, circulation, emergency access
Explore Commercial Entrance SolutionsManufacturing and Delivery
SEPPES supports project review, customized design coordination, system assembly, quality control, export packaging, and remote technical support.
Application Examples
These reviewed examples show how entrance requirements and supplied scope can be organized without publishing private customer identities.
Quotation Factors
A project quotation depends on the confirmed entrance structure, automation scope, safety requirements, interfaces, delivery conditions, and responsibilities.
Diameter, clear height, canopy height, and passage arrangement affect the main structure and material scope.
Wing arrangement, central assembly, drum enclosure, and floor interface affect engineering and manufacturing.
Curved glass, wing glazing, metal framing, cladding, and architectural finishes affect fabrication.
Motor, controller, activation devices, monitored zones, emergency functions, and operating modes require project selection.
Access signals, power, wiring, waterproofing, drainage, and façade coordination can change the scope.
Quantity, destination, packaging, shipping, remote guidance, and responsibilities by each project party affect the quotation.
FAQ
Use these answers to prepare a project discussion without assuming one fixed entrance arrangement or supply scope.
Sensors detect an approaching pedestrian, the controller manages the drive and operating speed, and safety devices monitor defined zones while the wings create separated circulation compartments.
They are commonly considered for hotels, offices, shopping malls, exhibition venues, and other prominent commercial or public entrances where circulation, entrance separation, and appearance must be planned together.
Share the entrance width and height, available footprint, approach and lobby plans, expected pedestrian flow, accessibility route, control needs, preferred glazing and finish, quantity, and destination.
No. The table provides general project-reference ranges. Final dimensions depend on the selected system, wing arrangement, traffic plan, structural feasibility, and confirmed project conditions.
Safety depends on the selected sensor layout, controller logic, drive response, emergency devices, monitored zones, and project requirements. The final arrangement must be confirmed for the selected door.
Yes, when the selected controller and project scope support the required signal. Confirm the interface type, operating logic, cabling, and responsibilities before production.
Diameter, height, curved glass, wing glazing, frame material, finish, and selected control functions can be evaluated around the building conditions and product capability.
SEPPES can provide replaceable spare-parts coordination, remote installation guidance, agreed technical documentation, and remote troubleshooting according to the confirmed supply scope.
Compare both when the project needs to balance continuous organized circulation and entrance separation against a direct clear opening, available side space, renovation conditions, and the adjacent accessible route.
Project Inquiry
Share the entrance width and height, available footprint, expected pedestrian flow, accessible route, glass and finish direction, control functions, quantity, and destination country.