4
Desription
The basic task of the controller is reading identifiers and take action according to the information
contained therein. The controller also constantly monitors all of your input and by changing their state
may take the programmed actions. Each time, the non-volatile memory device is stored information
about the incident.
Data identifiers are reading by the reader and transmitted to the controller. Readers may have
different types of signaling activity. Further description assumes that the reader has an optical and
acoustic signaling is controlled by the controller and the business.
The most common controller is used for controlling access to sites (premises) and / or registration go.
Then the relay controls the electric lock, turnstile or barrier. Door sensors monitor security status.
To gain access to the protected area must be more closely identifier to the appropriate reader. If the
identifier assigned to the appropriate permissions, access to the protected zone will be open -
actuators will be launched for a limited time. This fact will be registered and confirmed by the time the
reader color change from red to green and a short beep.
Long modulated sound when approaching identifier means a refusal of access and lack of modulation
output devices.
The controller has two goals (reader + relay + door sensor), supporting two independent pass-sided or
one-sided.
To register input / output as on duty, before approaching identifier you must press, second hold and
release the red button. Readers will illuminate alternately green and red. Each registration identifier
during blinking is marked as on duty trip.
Activation connected to the controller door sensors, without prior registration ID privileges, alarm
activation (acoustic signal and color change lighting readers). The same occurs after too long
(beneficial) open the passage. Depending on the configuration, the alarm state ends close of a valid
card or deactivation of the sensor (locks the door).
