Technical auditing of the Smart RFID/Password Keyless Door Lock identifies a 12V DC solenoid-driven architecture. The unit utilizes a 125KHz RFID frequency, which is a legacy standard susceptible to signal cloning. Material analysis confirms a zinc alloy shell with internal components that lack industrial-grade strain relief. Operational data indicates the device requires a stable 12V power source and is sensitive to voltage fluctuations during latch retraction.
The system operates as a standalone access controller via the Wiegand 26 protocol. While the zinc alloy chassis provides basic corrosion resistance, the internal keypad logic and RFID module are categorized as entry-level security components. Non-volatile memory is utilized to preserve the 1000-user capacity during power loss incidents.
- Protocol: 125KHz RFID and Wiegand 26-bit.
- Power: 12V DC operating voltage.
- Memory: Non-volatile user database (1000 users).
- Chassis: Zinc Alloy with ABS internal housing.
To ensure the integrity of your entryway against unencrypted signal vulnerabilities, we recommend upgrading to professional-grade keyless smart locks with higher encryption standards.
For installations requiring smartphone integration, the Smart RFID System requires a third-party dry-contact relay bridge to enable cloud-based control.
