TTN Smart Sensor (Baylan) is a sophisticated sensor device designed to capture and transmit data over long distances. It functions based on the LoRaWAN technology, incorporating low-power, wide-area networking protocols that enable long range communications and low power consumption. This sensor measures selected environmental parameters and delivers the measured data to the application server regularly. Utilizing its robust data acquisition system, this sensor can cover a wide range of measurements including temperature, humidity, pressure, or air quality, depending on the specified need of the user.
To install the TTN Smart Sensor (Baylan), you'll need to:
Determine a location: Choose an optimal location for your sensor based on what environmental factors you need to monitor. The device should be placed in a position that facilitates data collection, void of any potential physical damage or interference.
Mounting the Sensor: Depending upon the sensor model, it can be mounted on the wall or vertical flat surfaces using the screws provided with the sensor.
Network Configuration: Connect the device to the network server and the application server by providing the necessary details such as DevEUI, AppEUI, and AppKey.
Test the installation: After successfully mounting and configuring the sensor, verify the data sent by the sensor to the LoRaWAN network to confirm whether the installation process has been correctly executed.
The TTN Smart Sensor (Baylan) uses the LoRaWAN protocol, which is a media access control layer protocol for managing communication between LPWAN gateways and end-node devices as part of the LoRaWAN specifications. This protocol supports adaptive data rate (ADR), which optimizes data rates, airtime, and energy consumption. It operates in various frequency bands including EU868, US915, AU915, AS923, KR920, and IN865.
For low power IoT devices like the TTN Smart Sensor (Baylan), reduced power consumption is a key characteristic. This sensor is powered by batteries that have long lifespan due to low power consumption by the device, often measured in milliamps or even microamps. Additionally, the use of LoRaWAN protocol further decreases energy usage allowing the sensor to operate for extended periods, often in the range of several years, before needing a battery replacement.
Agricultural monitoring: With its ability to measure various environmental parameters, this sensor is useful in fields like agriculture where monitoring conditions is crucial.
Industrial IoT applications: In industries, these sensors play a vital role in maintaining optimal conditions, by monitoring parameters like temperature, humidity and pressure.
Smart Buildings & Cities: The sensor can be used in monitoring and controlling environmental conditions in smart buildings and cities, significantly increasing habitability and efficiency.
Though highly unbiased and reliable, the TTN Smart Sensor (Baylan) does suffer from a few limitations:
Transmission range limitation: While the sensor can transmit over long distances, its range can be significantly lowered by obstacles in the path of transmission, reducing its effectiveness.
Dependency on network coverage: Despite its low-power, long-range operations, the sensor still relies on the availability of a LoRaWAN network coverage in the area in order to transmit data.
Limited in harsh environments: As a device, it might have limited functionality in extremely harsh conditions. For instance, they might not function properly beyond certain temperature thresholds or under high mechanical stress.