Designing Entrances That Support Both Safety and Accessibility

When specifying automatic door systems, architects are often tasked with balancing multiple priorities. The entrance must provide safe, reliable operation while accommodating a diverse range of building occupants, supporting accessibility requirements, and aligning with applicable codes and life-safety objectives.

The good news is that safety and accessibility do not have to compete with one another.

Modern automatic entrance systems incorporate technologies and design features that can help create safer, more intuitive building entrances while maintaining a seamless user experience. From advanced sensors to emergency egress capabilities, understanding these considerations can help project teams select entrance solutions that perform well today and adapt to future needs.

Why Safety and Accessibility Should Be Evaluated Together

Building entrances serve a wide range of users every day, including employees, visitors, patients, students, customers, and individuals with mobility challenges.

An effective entrance system should:

• Support safe pedestrian movement
• Accommodate varying mobility needs
• Minimize barriers to entry
• Facilitate emergency evacuation when required
• Contribute to long-term building performance

By evaluating safety, accessibility, and life-safety requirements together, architects can make more informed entrance design decisions and create a better overall experience for building occupants.

Sensors and Detection Technologies

Modern automatic door systems rely on sophisticated sensing technologies to help ensure safe operation.

Motion and presence sensors are designed to detect approaching pedestrians and monitor activity within and around the opening. These technologies help doors respond appropriately throughout the operating cycle, allowing users to move through the entrance safely and efficiently.

When evaluating automatic door systems, architects should consider:

• Detection coverage areas
• Pedestrian traffic patterns
• Door opening and closing cycles
• Building occupancy levels
• Unique application requirements

Properly designed sensing systems can help enhance user safety while supporting smooth traffic flow throughout the facility.

Accessibility Considerations for Automatic Door Systems

Accessibility is a fundamental component of entrance design.

Automatic door systems can help reduce physical barriers by providing hands-free operation and making building access easier for individuals using wheelchairs, walkers, mobility devices, strollers, or carts.

When evaluating an entrance solution, architects should consider how the system supports:

• Accessible routes and entrances
• Ease of operation
• User comfort and convenience
• Consistent opening performance
• Clear passage through the doorway

A well-designed automatic entrance helps create a welcoming experience for all building occupants while supporting the accessibility goals of the project.

Breakout Systems and Emergency Egress

While automatic doors are primarily designed for everyday use, architects must also consider how the entrance will function during emergencies.

Breakout systems allow automatic sliding door panels to swing outward when required, creating a larger clear opening to facilitate emergency egress and occupant evacuation.

These systems can be particularly beneficial in applications with:

• High occupant loads
• Significant pedestrian traffic
• Public gathering spaces
• Transportation facilities
• Healthcare environments

Understanding egress requirements early in the design process can help ensure the selected entrance solution supports both daily operation and emergency preparedness objectives.

Fire-Rated Entrance Solutions

In certain applications, entrance systems may be required to support a facility's broader fire and life-safety strategy.

Fire-rated automatic door systems are designed for environments where fire protection requirements must be considered alongside accessibility and operational performance.

Applications that may require fire-rated solutions include:

• Healthcare facilities
• Pharmaceutical environments
• Laboratories
• Educational buildings
• Government and institutional facilities

When evaluating fire-rated openings, architects should work closely with project stakeholders and applicable code requirements to ensure the selected solution aligns with the needs of the facility.

Questions to Ask During the Specification Process

As entrance requirements become more complex, architects may benefit from asking the following questions:

• How will pedestrians interact with the entrance throughout the day?
• What accessibility objectives must the entrance support?
• Are advanced sensing technologies appropriate for the application?
• Does the facility require breakout functionality for emergency egress?
• Are fire-rated openings required?
• How will the entrance contribute to both user safety and long-term building performance?

Addressing these considerations early can help reduce challenges later in the project lifecycle.

Bringing It All Together

Throughout this four-part series, we've explored key considerations for specifying automatic door systems, including selection criteria, durability, cleanroom applications, and entrance safety.

When evaluating an entrance solution, safety, accessibility, emergency egress, and life-safety requirements should be considered as part of a comprehensive design strategy rather than as independent decisions. By addressing these factors early in the specification process, architects can select entrance systems that support the goals of the building, the needs of its occupants, and the long-term performance expectations of the facility.

For assistance with specification questions or project-specific requirements, contact a Horton expert.

Related Resources

Explore the previous articles in this series:

• Part 1: 5 Questions to Ask Before Specifying an Automatic Sliding Door System
• Part 2: What Makes an Automatic Door System Last Longer?
• Part 3: Understanding Cleanroom Door Requirements: ISO 3 vs. ISO 5

Author: Krista Rivers, Marketing Manager, Door Services Corporation