TCP/IP Network Access Control Panel 1/2/4-Door Wiegand
LUCKING DOOR TCP/IP Network Access Control Panel – 1, 2, or 4 Door Configurations
Take full command of your building's entry points with the LUCKING DOOR WG-100/200/400 Network Access Control Panel. Designed for scalable security deployments, this versatile controller supports single, dual, or four-door configurations — making it ideal for offices, warehouses, apartment complexes, schools, and commercial facilities of any size.
Built around a robust TCP/IP communication protocol and compatible with standard Wiegand readers, this panel integrates seamlessly into modern network infrastructures. Manage users, permissions, and access logs from a centralized software dashboard — no complicated wiring overhauls required.
Key Features
- Flexible Door Support: Choose between 1-door (WG-100), 2-door (WG-200), or 4-door (WG-400) configurations to match your facility's exact layout.
- TCP/IP Connectivity: Connect directly to your existing LAN for fast, reliable, and remote management of all access points.
- Wiegand Interface: Compatible with a wide range of industry-standard Wiegand card readers and keypads (26-bit and beyond).
- Free SDK & Software: Includes free SDK and management software — perfect for OEM clients, system integrators, and software developers who need a customizable platform.
- Fail-Secure Mode: Defaults to locked state in the event of power loss, ensuring your premises stay protected at all times.
- Compact Form Factor: Slim 273 mm × 228 mm × 65 mm enclosure fits neatly inside standard electrical cabinets or mounting panels.
- Scalable User Management: Store thousands of user credentials and access logs directly on the controller for standalone or networked operation.
- Easy Integration: Supports electric locks, magnetic locks, door sensors, exit buttons, and alarm outputs for a complete access control ecosystem.
Technical Specifications
| Brand | LUCKING DOOR |
| Model Numbers | WG-100 (1-door) / WG-200 (2-door) / WG-400 (4-door) |
| Communication Protocol | TCP/IP (Ethernet LAN) |
| Reader Interface | Wiegand (WG26/WG34) |
| Security Mode | Fail Secure |
| Dimensions | 273 mm × 228 mm × 65 mm |
| SDK & Software | Included free for OEM/developers |
| Country of Origin | Made in Mainland China |
Who Is This For?
Whether you're a systems integrator building a custom access solution, a facility manager securing multiple entry points, or a software developer leveraging the free SDK, the LUCKING DOOR WG series gives you the hardware backbone to build a professional-grade access control system without excessive overhead costs.
Safety & Standards
For best practices on physical security and access control for commercial buildings, refer to guidance from the U.S. Consumer Product Safety Commission (CPSC) and workplace security recommendations from OSHA's Workplace Safety resources.
Frequently Asked Questions
Q: Can the LUCKING DOOR WG access control panel work as a standalone unit without a PC?
A: Yes. The WG-100/200/400 panels can operate in standalone mode, storing user credentials and access logs onboard. When connected to a network via TCP/IP, you gain full remote management capabilities through the included software.
Q: What types of Wiegand readers are compatible with this access control panel?
A: The panel supports standard Wiegand protocol readers (WG26, WG34) including proximity card readers, RFID card readers, and keypad readers from most major manufacturers — offering broad compatibility for new installations and upgrades.
Q: Is the SDK really free, and what can developers do with it?
A: Yes, the SDK and management software are included at no extra charge for OEM clients and software developers. Developers can use the SDK to build custom access control applications, integrate with third-party platforms, create custom reporting dashboards, and tailor the system to specific facility requirements.
Q: What happens to the doors if there is a power outage?
A: The panel operates in Fail-Secure mode, meaning all controlled doors default to a locked state during a power failure. This ensures your facility remains secure even during unexpected outages.