Ubiquiti UACC-CHIME-POE Poe Notification Chime

Product Description

The UBIQUITI UACC-CHIME-POE is a Power over Ethernet notification chime designed for use with compatible Ubiquiti access control and intercom systems. It draws power directly from a PoE-capable network switch or injector, eliminating the need for a separate power supply or local wiring runs to an outlet. The device delivers audible and visual notifications at entry points or interior locations, making it a practical addition to structured access control deployments. Installation is handled by low-voltage or network technicians familiar with PoE infrastructure.

The UACC-CHIME-POE is suited for commercial and light-commercial environments where centralized access control notification is required. It integrates into Ubiquiti network ecosystems and is typically installed near doorways, reception areas, or controlled entry points. The plug-and-play design reduces commissioning time on structured cabling projects where PoE ports are already available at the installation location.

Key Features

• Powers via PoE — no separate power supply or AC outlet required
• Plug-and-play setup reduces installation complexity on existing PoE network infrastructure
• Designed for use with Ubiquiti access control and intercom ecosystems
• Compact form factor suited for wall-mount installation near entry points
• Delivers audible and visual notification signals at the installation location

Compatibility

Designed for use within Ubiquiti access control and intercom system deployments that support PoE-connected notification accessories. Consult Ubiquiti system documentation to confirm compatibility with specific controllers or intercom units in your installation.

Installation Notes

Installation should be performed by a qualified low-voltage or network technician. Power down or disconnect the PoE source before making or removing any cable connections at the device. A standard RJ45 patch cable connected to a PoE-capable switch port or injector is required. Verify that the supplying switch port meets the PoE power budget required by the device before commissioning.