Prodatakey's Red 1 One-Door Controller includes built-in ethernet connectivity and self-discovery, simplifying IP configuration and functionality. The Red 1 is equipped with OSDP functionality, an onboard power supply, and a fully supervised power circuit that monitors input, output, battery voltage, and overall controller health.

Elevate your access control system with the PDK Red One-Door Controller. Engineered for simplicity and reliability, the Red 1 offers essential features and advanced functionality to streamline security management in any environment.

Main Features

• Advanced Security
• Self Discoverable
• Power Monitoring
• Power Monitoring
• Plug and Play Connectivity
• System Scalability
• Modules Kits

Applications

Designed to meet the diverse needs of various industries, including commercial buildings, educational institutions, healthcare facilities, and more, the PDK Red 1 controller offers flexibility and scalability for a wide range of access control applications. Upgrade your access control system today with the PDK Red 1 Controller!

Key Features

• Built-in Ethernet Connectivity: Seamlessly integrate the Red 1 into your network infrastructure with built-in ethernet connectivity, facilitating effortless IP configuration and system management.
• Self-Discovery Capability: Simplify installation and setup processes with the Red 1's self-discovery feature, reducing configuration time and ensuring hassle-free deployment.
• OSDP Functionality: Enhance security with OSDP functionality, enabling secure communication between access control devices and bolstering protection against unauthorized access attempts.
• Onboard Power Supply: Enjoy uninterrupted operation with the Red 1's onboard power supply, ensuring continuous functionality even during power fluctuations or outages for dependable access control performance.
• Fully Supervised Power Circuit: Monitor critical power parameters, including input voltage, output voltage, battery voltage, and overall controller health, in real-time, to maintain optimal system performance and reliability.