Battery-free NFC electronic passive lock by REAL, Designed for 1–19 mm door thickness and compatible with left- and right-hand doors, it suits mixed cabinet installations.
Battery-free NFC electronic passive lock by REAL, Designed for 1–19 mm door thickness and compatible with left- and right-hand doors, it suits mixed cabinet installations.

RL-11361

NFC Battery-Free Cabinet Lock 

Zero-power NFC access for standard cabinets (1–19 mm doors)

Upgrade to keyless NFC cabinet security with zero battery maintenance. RL-11361 uses NFC energy harvesting to remove battery replacements and reduce ongoing service costs. It fits 1–19 mm doors and works with both left-hand and right-hand openings—scan, turn to open, then re-scan to lock.

 

 


Battery-free NFC cabinet lock for 1–19 mm doors; left/right compatible; scan-and-turn operation with re-scan locking confirmation.

  • Access Technology
    NFC (energy harvesting / battery-free)

    Power Source
    Battery-free (NFC energy harvesting)

    Compatible Door Thickness
    1–19 mm

    Door Orientation
    Left-hand / right-hand compatible

    Operation / User Workflow
    NFC scan to authorise → rotate knob to open → close door → re-scan to lock securely


  • Versatile Fit: Designed for door thicknesses from 1 mm to 19 mm.

  • Flexible Orientation: Compatible with left-hand and right-hand opening doors.

  • Intuitive Operation: Scan to authorise, then rotate the knob to open; re-scan to lock after closing.

  • Battery-Free & Low Maintenance: NFC energy harvesting removes battery servicing from routine operations.


  • Staff lockers and storage cabinets in gyms & leisure facilities

  • Office storage (personal cabinets, document cabinets)

  • Retail back-of-house storage cabinets

  • Education: classroom cabinets, staff room storage

  • Smart storage projects requiring minimal maintenance overhead

Learn more → NFC Locker Lock for Gym Rollouts


OEM Customization — Brand Integration
OEM options include logo engraving or printing, color customization, and model adaptations for various door thicknesses and mounting requirements.

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