Doorbird 423893306 Smart Reader RAL4005

Product Description

The DOORBIRD 423893306 is a smart reader unit finished in RAL4005 (blue lilac) color, designed for access control and entry system applications. This device functions as an identification reader within a door station or access control setup, processing credentials to grant or deny entry. It is typically installed by low-voltage technicians or security system integrators as part of a complete door communication or building access solution. The RAL4005 finish allows for coordinated aesthetic integration with surrounding architectural elements.

The 423893306 is suited for residential and light commercial access control installations where a surface-mount smart reader is required. It integrates into door entry systems that rely on credential-based access, such as RFID or keypad-style readers, and is sold as an individual unit. Installers working on building entry upgrades or new construction access control projects will find this reader appropriate for surface-mount configurations.

Key Features

• RAL4005 blue lilac color finish for coordinated architectural matching
• Smart reader functionality supporting credential-based access control
• Sold as a single unit (each) for individual installation
• Designed for surface-mount entry system integration

Compatibility

Designed as an OEM-style replacement or expansion component for DOORBIRD access control and door entry systems. No specific compatible model numbers were provided in available product data.

Installation Notes

Installation should be performed by a qualified low-voltage technician or licensed security system integrator familiar with access control wiring practices. De-energize the door station and associated access control panel before beginning any wiring or mounting work. Follow local electrical codes and manufacturer wiring diagrams when connecting reader communication lines. Avoid exposing the unit to direct moisture unless the installation environment is confirmed to be within the device rated operating conditions.