A door entity represents a physical barrier. Often, this is an actual door but it could also be a gate, a turnstile, or any other controllable barrier. Each door has two sides, named In and Out by default. Each side is an access point (entrance or exit) to a secured area.
- Card In/Card Out
- Two readers are required.
- Card In/REX Out
- One reader is required.
- Readerless doors
- No readers are required.
Readerless doorsIf a reader is not required for a door configuration, the I/Os on the interface modules, such as HID VertX V200 and V300, can be used to control the REX, door sensor, and door lock. You do not need to link access rules to a readerless door, but you can still assign unlock schedules to readerless doors.
- Fire exits
- Locked from the outside, with a push-bar to open the door from the inside using a REX.
- Stadiums, theaters, arenas
- Everyone must enter through the ticket booth but once the event is finished, many exits become available to decrease congestion at the main entrance.
Door wiringIt is a best practice to have an electrician verify the functionality between all door sensors and actuators.
Door buzzersYou can assign an access control unit output to sound a buzzer from the door Hardware page. The buzzer does not refer to the reader’s beeper, but an external buzzer that is wired to an output relay on the access control unit. The buzzer output is triggered by the Sound buzzer and Silence buzzer actions.
Entry sensorsYou can configure an entry sensor on each side of a door to increase the accuracy of people counting and the application of advanced access restriction rules on areas, such as antipassback and first-person-in rule. The system can only generate the Entry detected event when an entry sensor is triggered. In the absence of an entry sensor, the door sensor is used, and entry is assumed when the door sensor is triggered. If both types of sensors are absent, entry is assumed when an access is granted.
Lock sensorsYou can configure a lock sensor alongside a door sensor and a door lock to monitor when the lock is in an unsecured state (). When the three are configured, the system can generate the Door unsecured event if the following occurs:
- The door sensor indicates the door is closed, and the door lock indicates the door is locked, but the lock sensor indicates the door is unlocked.
- The Door forced open event is generated.
- The Door open too long event is generated.