The YL-105 is a compact, motorized locking mechanism that operates via a solenoid or motor drive. It is designed to be embedded within cabinet doors or locker frames. Unlike traditional locks, it requires no physical key; instead, it utilizes RFID technology (typically 13.56 MHz frequency) to read credentials from cards, fobs, or wristbands.

Understanding the electrical limits is crucial for preventing hardware damage: Specification 4.8V to 12V (5V is recommended) Output Voltage 3.3V (Fixed) Max Output Current ~800mA (Well above the transceiver's 15mA peak) Dimensions Approx. 26mm x 19mm x 12mm Compatibility nRF24L01+ and nRF24L01+ PA/LNA versions 🔌 Wiring Guide with Arduino To use the

The YL-105 represents a reliable and cost-effective solution for modernizing storage security. Its integration of RFID technology eliminates the hassle of managing physical keys and provides a higher level of access control. For organizations looking to upgrade from mechanical locks to smart locking systems, the YL-105 offers a balance of durability, ease of installation, and advanced functionality.

This report is based on the general technical data available for the "YL-105" model in the electronic hardware market. Specific manufacturing batches may have slight variances in specifications (such as RFID frequency or battery type). Always consult the specific product manual provided by the supplier prior to installation.

…I can then covering its likely purpose, specifications, applications, and performance notes, framed like a tech or buyer’s guide feature.

The YL-105 is a low-power, radio-frequency identification (RFID) based electronic lock designed primarily for secure storage solutions. It is manufactured predominantly by specialized smart lock OEMs in China (often marketed under brands like or generic white-label branding). The device is engineered to replace traditional mechanical cam locks in environments requiring keyless entry, auditability, or temporary access control, such as gyms, offices, schools, and hospitals.