Indoor Gateway

AGFConnect Indoor Ethernet & Cellular Gateway

Reliable Monitoring for Your Fire Protection System

The AGFConnect IoT Indoor Gateway is designed to provide seamless, real-time monitoring of your fire sprinkler system using AGF’s industry-leading wireless IoT devices. With advanced connectivity and powerful hardware, this gateway ensures that your building’s fire protection system is always under watch.

Key Features:

- Powerful Wireless Performance: Equipped with a high-strength wireless transceiver capable of up to 1 Watt transmission and an amplified receiver, the indoor gateway delivers reliable communications throughout your facility.
- Network: Requires an Ethernet connection or cellular plan.
- Extended Range: Communicate with AGFConnect sensors from 2,000+ feet (360°) and through 18+ walls, making it ideal for complex commercial building environments.
- Easy Setup & Operation: No PC is required. Plug in the gateway to an AC power source. The unit also includes a 60+ hour backup battery to maintain monitoring during power interruptions.
- Centralized Monitoring: Pair with the AGFConnect portal to view sensor data, receive alerts, and manage all AGF Connect sensors on your fire sprinkler system from a single, user-friendly interface.

Why Choose AGFConnect:
The AGFConnect Indoor Gateway is a cornerstone of a smarter, more connected fire protection system. It enables building managers to monitor system health in real-time, detect potential issues instantly, and respond proactively, all without the need for complicated setups or ongoing manual inspections. No need to connect to the alarm panel for notifications.

Applications:

- Dry and Preaction system with previous auxiliary maintenance-related issues
- Commercial offices
- Multi-story buildings
- Schools and university campuses
- Hospitals, healthcare, and senior living facilities
- Industrial complexes

Ensure your fire sprinkler system is as intelligent as it is reliable. 
AGFConnect Indoor Gateway: the backbone of wireless fire protection monitoring.