Realtime A7 and A9 Smart Door Locks

The Realtime A7 and A9 Smart Door Locks are advanced biometric access control solutions designed to provide secure, keyless entry for homes, offices, hotels, apartments, villas, and commercial properties. Both models support multiple authentication methods, including Fingerprint recognition, RFID card, PIN, and mechanical key access, ensuring flexible and convenient door security. With storage for up to 500 fingerprint users, 500 card users, and 500 password users, these smart locks are suitable for residential and commercial environments requiring secure and reliable access management. Built-in Wi-Fi and mobile application support allow users to manage access remotely, while One-Time Password (OTP) functionality enables temporary access for guests, visitors, or service personnel without compromising security.

Designed for wooden doors, the Realtime A7 and A9 feature built-in AA battery backup, sleep mode power management, and user validation support for efficient and dependable operation. Operating on a 5V DC power supply, these Smart Door Locks function reliably in temperatures ranging from -10C to 50C with humidity levels up to 80%. The self-test function helps maintain system performance, while mobile app connectivity provides convenient control and monitoring. Combining biometric authentication, RFID access, PIN verification, Wi-Fi connectivity, and OTP support, the Realtime A7 and A9 offer a complete Smart Door Lock solution for modern residential and commercial security applications.

FAQs

Q1. Which authentication methods do the Realtime A7 and A9 support?

A1. Both smart door locks support Fingerprint, RFID Card, PIN, and mechanical Key authentication.

Q2. Can these smart locks be controlled using a mobile application?

A2. Yes. Both models feature built-in Wi-Fi and mobile application support for convenient remote access management.

Q3. Do the Realtime A7 and A9 support temporary guest access?

A3. Yes. Both locks support One-Time Password (OTP) functionality for secure temporary access.