Elevate your furniture security with the Armstrong SDWC-507C-TTL, a cutting-edge knob-type smart digital lock designed specifically for cabinets, drawers, and lockers. Combining sleek aesthetics with the powerful TTLock management platform, this lock eliminates the need for physical keys while providing robust access control and monitoring.
Whether for high-end residential furniture, office storage, or commercial locker systems, the SDWC-507C-TTL offers a seamless blend of security and convenience.
| Item | Details |
| Model Number | SDWC-507C-TTL |
| Management Platform | TTLock App |
| Access Modes | Bluetooth, RFID Card (13.56MHz Mifare), Virtual Key |
| Battery Requirement | 3 x AAA Alkaline Batteries |
| Emergency Power | USB-C Port on Handle (Low-voltage power supply) |
| Design Type | Knob-Type Smart Digital Lock |
Experience full control via the globally recognized TTLock App. Manage your cabinet security directly from your smartphone:
Bluetooth Unlocking: Open your cabinet with a single tap on your phone.
Activity Logs: Track every opening event with precise time stamps to monitor access.
Digital Key Sharing: Send "E-Keys" to authorized users with customizable expiration times.
The SDWC-507C-TTL features a specialized handle equipped with a high-sensitivity RFID antenna. This allows users to unlock the cabinet using:
Smartphones (via Bluetooth).
RFID Cards/Fobs (13.56MHz Mifare), providing a physical backup for users without smartphones or for quick-access environments.
Designed for long-term reliability and easy maintenance:
Power Source: Operates on 3 AAA Alkaline batteries.
Energy Efficient: Optimized power consumption ensures months of operation before a battery change is required.
No Hardwiring: The battery-powered design makes it ideal for retrofitting existing cabinets without complex electrical work.
The modern, ergonomic knob design doesn't just look great—it functions as a natural handle for your cabinet. Its compact footprint ensures it fits a wide variety of furniture styles without being intrusive.
Ideal Use Cases: