The GT-30 sensor seamlessly integrates into the LoRaWAN network, offering easy access to data and reliable communication. With HKT‘s LoRaWAN temperature & humidity sensor boasting adaptable operating frequencies, simple installation process, and versatile capabilities, this sensor proves to be a valuable asset for monitoring various environments and applications.
From Connectivity to Monitoring: Unveiling the Potential of GT-30 Sensor with LoRaWAN Integration
In terms of connectivity, the GT-30 sensor seamlessly integrates into the LoRaWAN network, ensuring easy access to your data. With the ability to transmit over various operating frequencies, including EU868, US915, AU915, KR920, and AS923, this sensor is adaptable to different regions and environments. Moreover, it features an output power of up to 19dBm and a sensitivity of -147dBm@300bps, guaranteeing reliable and efficient communication.
Installation and usage of the GT-30 sensor are straightforward. With its compact dimensions of 105mm(L) x 65mm(W) x 32mm(H) and an IP67 rating, this sensor is perfect for both indoor and outdoor applications. Simply mount it on the wall, and it’s ready to start collecting data. Additionally, the sensor can be powered by two 8000mAh ER18505 lithium batteries, providing a battery life of over three years.
The GT-30 sensor’s capabilities extend beyond temperature and humidity monitoring. Equipped with motion detection, device positioning, and threshold alarm functions, this sensor offers a comprehensive solution for various applications. Whether you need to monitor your greenhouse, warehouse, or any other environment, this sensor has you covered.
Conclusion
The GT-30 sensor offers seamless integration with the LoRaWAN network, ensuring easy access to data in various regions and environments. Its reliable communication, adaptable operating frequencies, and straightforward installation process make it a user-friendly solution. The GT-30 sensor with LoRaWAN integration proves to be a reliable and versatile tool for effective data collection and monitoring in diverse settings.
Hannah