Glass speed gates
Slim glass swing gates create defined pedestrian lanes at building lobbies and other indoor entrances. Readers can be planned into the entrance design.
Smart Security · Pedestrian entry
Plan controlled pedestrian entry for building entrances and outdoor security checkpoints, with turnstiles selected around your site, access policies and people flow.
Illustrative entrance sequence
Glass lanes guide people through a credential-controlled building entrance. Equipment and operation depend on the selected system.
From a building lobby to a perimeter checkpoint, the right entrance brings the physical passage and access policy together. Illustrations show possible layouts; equipment and operation depend on the site.
Turnstiles bring physical pedestrian entry together with the credentials and policies of your access control system.
Slim glass swing gates create defined pedestrian lanes at building lobbies and other indoor entrances. Readers can be planned into the entrance design.
A full-height rotating enclosure provides a physically defined pedestrian route at perimeter entrances and security checkpoints. Exposure and equipment suitability should be assessed for each site.
Waist-height rotating arms offer a compact way to manage a pedestrian passage. Direction, reader integration and operating behavior depend on the selected equipment.
A companion gate can provide a wider route for people who need more space and for deliveries. Its design should be considered alongside the controlled lanes and site requirements.
The access control system manages credentials and permissions; the turnstile provides the physical pedestrian passage. The two can be designed to work together when their components are compatible.
Indoor entrances often use glass swing or speed gates. Outdoor checkpoints may use tripod or full-height mechanisms. The chosen equipment must suit the site's exposure and operating requirements.
Some systems can be configured for movement in both directions. The available modes depend on the selected equipment and the site's access policy.
Integration may be possible, subject to the reader, controller, turnstile interfaces and the existing system. An assessment can establish what is compatible.
The entrance plan can include a separate wider pedestrian gate or another suitable route. The appropriate arrangement depends on the people, items and site requirements involved.
Behavior varies by equipment and configuration. Power continuity, emergency operation and safe exit arrangements need to be established for the selected system and site.
Exposure to rain, salt air, drainage and maintenance access all affect equipment selection. Confirm the environmental suitability of the specific equipment before installation.
An entrance location, photographs or drawings, approximate pedestrian flow, access methods, operating hours and any existing access control system are useful starting points.