BarnTalk is the only wireless barn alarm with certified multi-carrier connectivity built right into the system. Once you plug the BarnTalk Gateway into power, it connects to the strongest local cell tower, regardless of carrier, eliminating the need for a landline, WiFi, or hotspot. BarnTalk sends alarms via push notification, SMS text message or phone call based on the user’s preferences. For optimal alarms and monitoring, you’ll need a BarnTalk subscription. This subscription covers all connectivity and data costs.
The Gateway is the brains of the BarnTalk platform.
The Gateway can be plugged into a standard 110V outlet and serves as the primary means of monitoring power. For best results, the Gateway should be plugged into the same power source as the ventilation controller. The Gateway is also available with a UL Certified 5V External Power Supply for use in Canada. Each Gateway also comes equipped with two internal Dry Contact Circuits, which are commonly used to connect the Gateway to additional power sources and subpanels, as well as controllers, generators, auger motors, water pressure switches, and more.
Once the Gateway is plugged into power, it finds and connects to the strongest local cell tower, regardless of carrier, to send alarms via push notification, SMS text message or phone call based on user’s preferences.
In addition to the built-in cellular connectivity, the Gateway also creates a local wireless LoRa network, which can extend across building and through walls to connect up to 24 wireless sensors to each Gateway within a range of ~1200 ft.
On multi-barn sites, we typically recommend one Gateway for every two buildings. The Gateway and sensors can typically be installed in 30 minutes.
● BarnTalk provides reliable connectivity in even the most rural areas, utilizing the only certified multi-carrier simcard in North America and a unique method of sparse data collection.
● 30+ Hour Battery Backup
● Pair up to 24 sensors to each Gateway
● IP67 Waterproof and Dustproof Rated
● Tested for Maximum Durability in Harsh Conditions
