Honeywell Home Intrusion IP-COM Ethernet Communicator

Product Description

The HONEYWELL HOME INTRUSION IP-COM is an Ethernet-only communicator designed to connect a security alarm panel to a central monitoring station over a wired IP network. It replaces or supplements traditional phone-line communication paths with a broadband Ethernet connection, providing a reliable digital reporting channel. Licensed alarm installation technicians typically specify and install this communicator in residential and light commercial security systems where cellular backup is not required or where a dedicated wired network path is preferred.

The IP-COM is suited for installations where a stable, wired Ethernet connection is available at the control panel location. It is commonly deployed in residential security panels and light commercial intrusion systems that require IP-based supervisory reporting to a central station. This communicator supports environments where the installer or monitoring provider has standardized on Ethernet as the primary communication path, eliminating dependence on POTS lines.

Key Features

• Ethernet-only communication path for alarm panel reporting over IP networks
• Eliminates reliance on traditional POTS telephone lines
• Designed for integration with compatible intrusion alarm control panels
• Sold as a single unit (each) for straightforward single-panel deployment

Compatibility

Designed as an OEM-style communicator for use with compatible intrusion alarm control panels requiring Ethernet-based IP reporting capability.

Installation Notes

Installation should be performed by a licensed alarm or low-voltage technician in accordance with local codes and the panel manufacturer's wiring guidelines. Power down the alarm control panel before connecting or disconnecting the communicator module. Ensure a live, active Ethernet network port is available at the panel location before beginning installation. Follow the central station's account provisioning process to complete IP communication path registration before returning the system to service.