RFID 125KHz Standalone Access Control Keypad | WG26 Output
RFID 125KHz Standalone Access Control Keypad with Wiegand WG26 Output
Upgrade your entry security with this sleek, professionally crafted standalone access control keypad. Featuring RFID 125KHz EM card reading technology and a Wiegand WG26 output, this unit is the preferred choice for offices, commercial properties, and secure facilities that demand reliable, modern access management without complexity.
Key Features
- High-Security False Password Protection: Keep unauthorized users guessing — enter random digits before or after your real PIN (e.g., ****1234*** or 1234****) to unlock the door while keeping your actual code private.
- Anti-Tamper Design: Built-in anti-disassembly protection alerts the system if someone attempts to remove or tamper with the unit.
- 125KHz RFID Card Reading: Supports standard EM/ID cards with a reading range of 1–5 cm for fast, reliable entry.
- Wiegand WG26 Output: Seamlessly integrates with a wide range of access control panels and systems that support the WG26 communication protocol.
- Large Card Capacity: Store up to 1,000 authorized EM/ID cards, making it ideal for offices, apartment buildings, and multi-user environments.
- Touch Keypad: Responsive, elegant touch-key design for smooth, everyday use.
- Wide Operating Temperature: Functions reliably from 0°C to 45°C, suitable for both indoor and outdoor-adjacent installations.
- Elegant, Slim Design: A minimalist aesthetic that complements modern commercial and residential interiors.
Technical Specifications
| Voltage | DC 12V / 0.1A |
| Unlock Current | ≤ 2000 mA |
| Quiescent Current | ≤ 60 mA |
| Operating Temperature | 0°C – 45°C |
| Humidity | 40% – 90% |
| Card Capacity | 1,000 Cards |
| Reading Distance | 1 – 5 cm |
| Supported Card Type | EM / ID Card (125KHz) |
| Communication Protocol | Wiegand WG26 Output |
| Model | F66 |
| Country of Origin | Made in China |
Why Choose This Keypad?
Whether you're securing a business office, apartment complex, warehouse, or co-working space, this standalone RFID keypad delivers professional-grade access control without the need for an expensive dedicated controller. The WG26 output ensures broad compatibility with third-party systems, while the false-code entry feature adds an extra layer of operational security that standard keypads simply don't offer.
For general best practices on physical access control and electronic security systems, visit the Cybersecurity and Infrastructure Security Agency (CISA) or refer to resources available at NIST Cybersecurity.
Frequently Asked Questions
Q: What type of RFID cards are compatible with this standalone access control keypad?
A: This keypad supports standard 125KHz EM/ID cards (also known as EMID cards). It does not support 13.56MHz Mifare or HID cards. Make sure your existing cards or fobs operate at 125KHz for full compatibility.
Q: Can this RFID keypad work as a standalone unit without an external access controller?
A: Yes — this is a true standalone access control keypad. It can manage up to 1,000 EM/ID cards independently. It also features a WG26 Wiegand output, so it can optionally integrate with compatible third-party access control panels if needed.
Q: What is the false password protection feature and how does it work?
A: The false password (camouflage code) feature allows users to enter extra random digits before or after their real PIN. For example, if your PIN is 1234, you could enter 5671234 or 12348899 and the door will still open. This prevents bystanders from guessing your code by observation.
Q: What power supply does this keypad require?
A: The keypad operates on DC 12V with a quiescent current of ≤60mA and a maximum unlock current of ≤2000mA. A standard 12V DC regulated power supply is recommended for installation.
Q: Is this keypad suitable for outdoor installation?
A: The unit is designed for temperatures between 0°C and 45°C and humidity levels of 40%–90%. It is best suited for covered entryways or indoor-facing installations. Check the mounting environment to ensure it stays within these operating parameters.