Sensor: atim---th-i

Technical Overview: ATIM - Th I (ATIM)

1. Working Principles:

The ATIM - Th I is a wireless Long-Range temperature and relative humidity that utilizes ATIM's Radio RF technology. The sensor interfaces with its environment and collects data by measuring the surrounding temperature as well as the relative humidity conditions. This valuable data is then transmitted wirelessly through a LoRaWAN network.

2. Installation Guide:

To install the ATIM Th I sensor, begin by activating the sensor on the ATIM online platform. Once activated, you can mount the device in the intended space using the provided screws and anchors. The sensor must be placed in the desired location where temperature and humidity measurement is to be captured. Once in place, the sensor should be configured to connect to the closest LoRaWAN gateway allowing it to transmit the collected data.

3. LoRaWAN Details:

The ATIM Th I sensor utilises LoRaWAN (Low Range Wide Area Network) technology, a long-range communication method, for transmitting data over large distances. This technology provides the sensor with a wide communication range while maintaining low power consumption. It operates in the ISM frequency band which is free to use and is compatible with all LoRaWAN certified gateways.

4. Power Consumption:

One of the most significant benefits of the ATIM Th I sensor is its minimal power consumption. The sensor is powered by a standard, replaceable 3.6 V battery, and thanks to the energy-efficient LoRaWAN technology, the sensor can operate for several years without requiring a battery replacement. The average consumption of a sensor varies according to its configuration and the transmission frequency.

5. Use Cases:

There are multiple practical applications for the ATIM Th I sensor, particularly in monitoring and controlling environmental conditions. Some use cases include:

• In agriculture, it aids in maintaining optimal growing conditions by monitoring temperature and humidity in greenhouses.
• In warehousing and logistics, temperature and humidity monitoring can protect sensitive goods from spoilage.
• In building management, such sensors can regulate HVAC systems for energy efficiency and improved indoor air quality.

6. Limitations:

While the ATIM Th I sensor has many benefits and wide-ranging applications, it carries a few limitations as well. Its accuracy depends on elements like the environment, radio interference and distance from the gateway. While LoRaWAN's long-range communication is advantageous, it may also result in signal losses if the gateway is too far or if there are many obstacles in the path. Additionally, while the battery life is long, it is not infinite and will require eventual replacement.

Overall, the ATIM Th I is a reliable sensor that can provide a detailed understanding of an environment’s temperature and humidity conditions. However, user applications should be well assessed to account for any limitations in its use.