Ships From Usa Fpc-7953 Four Doors Access Control Electric Drop Bolt Fail Secure Time Attendance Tcp / Ip Wiegand Controller Box, Outdoor Weatherproof Keypad/reader, Em Compatible, Software Included, 20000 Users [must See] [8pX5cYfK]

FPC-7953 Access Control System Overview

The FPC-7953 Four Doors Access Control Electric Drop Bolt Fail Secure Time Attendance TCP/IP Wiegand Controller Box is a cutting-edge solution designed for high-security environments. This outdoor weatherproof keypad/reader, combined with its fail-secure time attendance features, offers unparalleled security and convenience. With its EM compatibility and comprehensive software package, it is a perfect choice for any business looking to enhance their access control systems.

Key Features and Specifications

The FPC-7953 stands out with its robust set of features. It includes four doors access control, an electric drop bolt fail secure mechanism, and a TCP/IP Wiegand controller box, ensuring maximum security. The system is compatible with Titan VSAxess software (Version 2.0) for seamless integration and management. Additionally, the software package comes on a CD and is designed for use with Microsoft operating systems, not MAC computers. The product is also equipped with a power supply and power cord for easy installation.

Benefits and Practical Uses

This comprehensive access control system is not just a security measure; it is a practical solution for businesses of all sizes. The outdoor weatherproof keypad/reader allows for secure access control in various weather conditions, ensuring that your premises remain secure at all times. The EM compatibility ensures that the system can integrate with other electronic devices, enhancing its functionality. With the included software, you can efficiently manage up to 20,000 users, making it suitable for large organizations. However, please note that the install wires are not included, and the system requires a compatible access control panel (Version 2.0) and Titan VSAxess software (Version 2.0) for optimal performance.