A door access control system is a method of controlling who can open a door. The access-controlled door can be anywhere within the building - the main entrance, service or back doors, individual units, and so on
Video is for educational purpose only Copyright Disclaimer Under Section 107 of the Copyright Act 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, and research Fair use is a use permitted by copyright statute that might otherwise be infringing Non-profit, educational or personal use tips the balance in favor of fair use
In this video we want to show you how an access control system works in a home. By means of a card reader, users who intend to access can be recognized to only open the door to registered users. From inside the house, with a simple press, the door can be opened. The lock incorporates a key to open the door in an emergency
InBio carries out the matching of fingerprints on the panel, itself. The FR Series of readers transmit fingerprint templates to InBio via RS-485 for fast and accurate matching with templates stored in a data-base. InBio controllers install easily on your network and support both TCP/IP and RS-485 communication. Auto-discovery tool allows setting and modification of network parameters directly and easily.
InBio controller firmware can be upgraded in the field. InBio panels stores up to 3,000 fingerprint templates, 30,000 card users, and up to 100,000 events/transactions. InBio is backed up in real-time to an on-board SD card. Data is preserved if power is lost. InBio continues to operate if network connection is interrupted. Along with relay contacts for controlling door locks, easily programmable auxiliary relays can be used for additional control and interface to lights, alarms, annunciators, intrusion detection panels, or even extra locking devices or gate controllers.
InBio controllers come in three sizes to suit project needs and reduce the cost of unused capacity. 1-door, 2-door, and 4-door models can be mixed and matched in an optimized system architecture. Anti-Passback, First-Card Opening, Multi-Card Opening, Duress Password Entry, and Auxiliary Input/Output Linkages are built into the InBio controller’s firmware.
A door access control system is a method of controlling who can open a door. The access-controlled door can be anywhere within the building - the main entrance, service or back doors, individual units, and so on
Video is for educational purpose only Copyright Disclaimer Under Section 107 of the Copyright Act 1976, allowance is made for “fair use” for purposes such as criticism, comment, news reporting, teaching, scholarship, and research Fair use is a use permitted by copyright statute that might otherwise be infringing Non-profit, educational or personal use tips the balance in favor of fair use
In this video we want to show you how an access control system works in a home. By means of a card reader, users who intend to access can be recognized to only open the door to registered users. From inside the house, with a simple press, the door can be opened. The lock incorporates a key to open the door in an emergency
InBio carries out the matching of fingerprints on the panel, itself. The FR Series of readers transmit fingerprint templates to InBio via RS-485 for fast and accurate matching with templates stored in a data-base. InBio controllers install easily on your network and support both TCP/IP and RS-485 communication. Auto-discovery tool allows setting and modification of network parameters directly and easily.
InBio controller firmware can be upgraded in the field. InBio panels stores up to 3,000 fingerprint templates, 30,000 card users, and up to 100,000 events/transactions. InBio is backed up in real-time to an on-board SD card. Data is preserved if power is lost. InBio continues to operate if network connection is interrupted. Along with relay contacts for controlling door locks, easily programmable auxiliary relays can be used for additional control and interface to lights, alarms, annunciators, intrusion detection panels, or even extra locking devices or gate controllers.
InBio controllers come in three sizes to suit project needs and reduce the cost of unused capacity. 1-door, 2-door, and 4-door models can be mixed and matched in an optimized system architecture. Anti-Passback, First-Card Opening, Multi-Card Opening, Duress Password Entry, and Auxiliary Input/Output Linkages are built into the InBio controller’s firmware.
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