Hot Sale Visionis Fpc-5632 One Door Access Control Out Swinging Door 1200lbs Maglock + Outdoor Metal Touch Keypad/reader Standalone + Mini Controller + Wiegand 26, No Software, Em Card + Wireless Receiver Kit Perfect For Gifting [WutbgnRv]

Complete One Door Access Control Solution

The Visionis FPC-5632 One Door Access Control Kit is a comprehensive solution for securing your entrance with a one door 1200lbs Maglock and various access methods. This kit is ideal for restricted access to offices, buildings, or any room requiring controlled entry. With its robust maglock and dual access options, it ensures seamless and secure entry and exit for authorized personnel.

Advanced Access Methods and Control Features

The FPC-5632 kit offers two primary access methods: wireless remote and keypad. The wireless remote, the VIS-8005, allows for convenient access from a distance of up to 160 feet. It can be programmed to unlock the maglock temporarily or to remain unlocked until manually relocked. The outdoor keypad, the VIS-3004, provides three access options: PIN code entry, proximity card, and proximity key tag, accommodating up to 1000 users. This standalone system requires no software, making it easy to manage and maintain. Key features include:

• Wireless remote with up to 50 remotes programmable
• Standalone system with no software required
• Supports up to 1000 users through various access methods

Security and Reliability

The Visionis FPC-5632 One Door Access Control Kit prioritizes security and reliability. It includes a fail-safe lock feature, ensuring that the lock releases in case of power failure, which is essential for compliance with fire codes. The mini controller, VIS-MINI-CNTRL, acts as the hub for the system, securely storing credentials and enhancing overall security. The kit also includes an exit button and a doorbell feature for added convenience. Security features include:

• Fail-safe lock for emergency release
• Standalone system with credentials stored on the mini controller
• Professional installation recommended for optimal performance