2N IP Solo 1 Call Door Station, Flush-mounted, Nickel

2N IP Solo 1 Call Door Station – IP Communication without Camera, Flush-mount

The 2N IP Solo 1 Call Door Station is an IP-based outdoor door station without camera for efficient and cost-effective voice communication at entrances. It can be flexibly installed using PoE or 12 V power supply and integrated into existing IP networks.

• App control: via the 2N app, residents can see and talk to visitors remotely if a camera is present – the base station enables pure voice communication.
• PoE support: power via Power over Ethernet (PoE) simplifies installation without requiring a separate power outlet.
• Weatherproof IP54: the robust design with IP54 rating makes the station suitable for outdoor use, resistant to rain and dust.
• Discreet flush mount: flush installation integrates harmoniously into the facade and remains largely invisible.
• 60 months manufacturer warranty: long-term security and reliability through the extensive warranty from 2N.

What sets the 2N IP Solo apart

The 2N IP Solo series is known for its reliability and easy integration into IP-based building systems. The 1-call variant is particularly suitable for single-family homes or small offices that require only one doorbell button. Unlike models with a camera, the focus is on pure voice communication, reducing costs and minimizing privacy concerns.

Ideal for...

This door station is ideal for homeowners who want straightforward wired door communication without sacrificing modern IP technology. It is also suitable for homeowner associations looking for a simple and robust solution for the main entrance. Thanks to IP connectivity, it can be integrated into smart home systems in the future.

How to use the 2N IP Solo Door Station

Installation is carried out by a qualified electrician: the flush-mount box is prepared, the device connected and configured. After network setup, residents can communicate with visitors via a SIP-compatible phone or the 2N app (if a camera is present). The door opener function can be realized via a potential-free contact. Configuration is conveniently done via the web interface.