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automatic door

automatic door: A technical guide
Modern glass automatic sliding door at a commercial building entrance with pedestrians entering a bright professional office lobby.

4 Criteria to choose your automatic door

High traffic cycle durability

Essential for high-frequency retail or transit hubs to ensure mechanism longevity and minimize maintenance disruptions over one decade.

Safety sensor response time

Rapid detection prevents user impact accidents and ensures strict compliance with accessibility and European safety standards for public access.

Thermal insulation performance

Specialized profiles and high-quality seals reduce energy loss, maintaining interior comfort while lowering overall building operational costs.

Emergency breakout system reliability

Critical for life safety compliance, allowing manual exit during power failures or fire emergencies in densely populated commercial environments.

Available technologies and advantages

Sliding telescopic systems
These utilize multiple overlapping leaves to maximize clear opening width in narrow corridors. They offer superior space efficiency compared to single-slide units in tight spaces.
Operational trade-offs
Advantages include maximizing traffic flow in restricted footprints. Limitations involve increased mechanical complexity and higher maintenance costs due to multi-track synchronized leaf drive systems.
Swing door operators
Electromechanical arms automate existing manual doors, making them ideal for retrofitting office entrances. While cost-effective, they require significant clearance space for leaf swing paths.
Operational trade-offs
Advantageous for low-cost accessibility upgrades. Limitations include limited traffic capacity and potential safety hazards if sensors are not correctly positioned for the swing arc.
Revolving door assemblies
High-performance circular systems maintain a constant seal between interior and exterior climates. They drastically reduce air infiltration but limit peak traffic flow speeds compared to sliding solutions.
Operational trade-offs
Superior for climate control and prestige entrances. The main limitation is the high upfront cost and inability to handle rapid, high-volume pedestrian surges effectively.
Detailed close-up of a brushless motor and logic controller inside an aluminum automatic door header track system.

6 expert tips

Prioritize brushless motors to reduce mechanical wear and significantly lower long-term maintenance costs in high-traffic commercial zones.
Select integrated infrared and microwave sensors to ensure precise motion detection and prevent premature closing on slower pedestrians.
Evaluate the total cost of ownership by including annual safety inspections and replacement part availability in your procurement.
Specify low-energy profiles with high thermal break values to improve the building envelope performance and meet green certification.
Coordinate early with security integrators to ensure seamless access control hardware compatibility with the door's logic controller unit.
Standardize hardware across your portfolio to simplify inventory management and streamline the training process for on-site facility teams.
Always verify the technical certification to ensure compliance with local building safety standards and long-term durability.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.
About ArchiExpo
ArchiExpo is a marketplace that offers B2B players a complete experience, from product sourcing to purchase. ArchiExpo is an entity of VirtualExpo Group.