Cosec Door FOP
Optical Fingerprint and RF Card based Reader (Card Module is not Included)
Support EM Prox, Mifare Smart and HID iCLASS Card Module
Dot-Matrix LCD and Touch sense Keypad
Built-In Interfaces Such as USB,Door Lock,Door Sense,Exit Reader,Exit Switch,Ethernet, Aux Input and Aux Output Port
Mobile Broadband Connectivity Through External (3G/4G)Dongle
Access Control, Time-Attendance and Cafeteria Application
5,00,000 Events and 9,600 Fingerprint Templates
4 LED s and Buzzer
Matrix COSEC DOOR FOP, one of the variants of Door Access Control systems, is designed to give organizations top of the line security for their infrastructure and employees. With its advanced features, along with biometric credentials (fingerprints/palm veins), PIN and RFID card based access, the device offers foolproof security solutions for organizations in all industries. Its award-winning design, multiple credentials and connectivity options fulfill the requirements of all types of businesses. Therefore, this solution is ideal for various sectors that include Hospitals, Schools, Banks, Government Institutes, Hotels, Remote Sites and Large/Small Enterprises.
COSEC DOOR FOP, a conventional Door Controller, can be used for various applications like Access Control, Time-Attendance, Visitor Management, Cafeteria Management, Vehicle Access Management and Contract Workers Management. COSEC DOOR FOP is a door controller, which has 128*64 Dot Matrix Display with touch sense keypad. It is capable of storing up to 9,600 fingerprint templates and 5,00,000 events. Moreover, with Ethernet, Wi-Fi and 3G/4G connectivity, this device offers extra flexibility in designing a security solution while reducing installation and maintenance costs. This RFID card based or fingerprint door entry system can work in a network or a standalone mode. It offers various interfaces like exit reader, exit switch, auxiliary input/output port and USB port.
Hence, high quality biometric fingerprint door access systems such as this, with built-in controllers are versatile devices designed for reliability, modularity and performance.