433MHz Wireless RFID Card Reader – Wiegand 26/34, IP65
433MHz Wireless RFID Card Reader – Wiegand 26/34, IP65
433MHz Wireless RFID Access Control Card Reader
Upgrade your access control system with this professional-grade 433MHz Wireless RFID Card Reader from LUCKING DOOR. Supporting both 125KHz EM/ID and 13.56MHz MF (Mifare) card technologies, this dual-frequency reader delivers flexible, reliable, wire-free credential reading for a wide range of entry control applications — from office buildings and warehouses to residential complexes and gated facilities.
With a standard Wiegand 26/34 output, it integrates seamlessly with the vast majority of access control panels and kits on the market. The 433MHz wireless transmission eliminates the need for long signal cable runs between the reader and controller, simplifying installation and reducing hardware costs.
Key Features
- Dual Frequency Support: Reads both 125KHz (EM/ID) and 13.56MHz (Mifare/MF) RFID cards and key fobs
- 433MHz Wireless Transmission: Removes the need for dedicated data wiring between reader and controller
- Wiegand 26/34 Output: Compatible with virtually all standard access control panels and system kits
- IP65 Weatherproof Rating: Dust-tight and water-resistant — suitable for outdoor and harsh-environment installations
- Wide Power Input: Operates on 9–12V DC for broad compatibility with existing power supplies
- Customizable Configuration: Supports custom setup to match your specific access control requirements (Model: WR1EM/MF)
- Compact & Discreet Design: Easy to mount on walls, door frames, or access points without bulky wiring
Technical Specifications
| Brand | LUCKING DOOR |
| Model | WR1EM/MF |
| Wireless Frequency | 433MHz |
| Card Frequency | 125KHz / 13.56MHz |
| Output Protocol | Wiegand 26 / Wiegand 34 |
| Power Supply | 9–12V DC |
| Weatherproof Rating | IP65 |
| Card Type | EM/ID (125KHz), Mifare MF (13.56MHz) |
| Customizable | Yes |
| Country of Origin | Made in Mainland China |
What's in the Box?
- 1× 433MHz Wireless RFID Card Reader (WR1EM/MF)
- Mounting hardware
Who Is This For?
This reader is ideal for security integrators, facility managers, IT professionals, and DIY enthusiasts who need a robust, weatherproof RFID reader that works wirelessly with existing Wiegand-compatible access control systems. Its dual-frequency capability means you won't need separate readers for different card types — one reader handles them all.
For best practices in physical security and access control, refer to guidance from the U.S. Consumer Product Safety Commission (CPSC) and OSHA's engineering controls resource for workplace safety considerations.
Frequently Asked Questions
Q: What RFID card types are compatible with this 433MHz wireless card reader?
A: This reader supports two frequencies — 125KHz EM/ID cards and 13.56MHz Mifare (MF) cards. Most standard proximity key cards, key fobs, and smart cards used in commercial access control systems fall into one of these two categories, making this reader highly versatile.
Q: Does this reader require a special access control panel or is it universally compatible?
A: The reader outputs standard Wiegand 26 or Wiegand 34 data, which is the most widely used protocol in the access control industry. It is compatible with the vast majority of access control panels, kits, and controllers that accept Wiegand input — no proprietary hardware required.
Q: Can this RFID reader be used outdoors?
A: Yes. This reader carries an IP65 weatherproof rating, meaning it is fully protected against dust ingress and resistant to water jets from any direction. It is well-suited for outdoor gate entry points, building exteriors, parking access, and other exposed environments.
Q: What power supply does the 433MHz wireless RFID card reader need?
A: The reader operates on a standard 9–12V DC power supply, which is the common voltage range used by most access control systems, making it easy to power alongside your existing controller hardware.
Q: What is the advantage of 433MHz wireless transmission over a wired reader?
A: The 433MHz wireless link between the reader and the controller eliminates the need to run long Wiegand data cables — especially useful in retrofits, historic buildings, or locations where cable routing is impractical. It reduces installation time, labor costs, and potential cable-related points of failure.