ATIM's Temperature Sensor Tm1P is an advanced IoT sensor that harnesses the power of the LoRaWAN (Long Range Wide Area Network) communication protocol to measure temperature accurately. This compact device turns everyday temperature-sensitive systems into smart monitoring systems.
The Tm1P deploys a thermal measurement mechanism that uses a thermistor, an electronic component that alters resistance with corresponding changes in temperature. Data acquired by the Tm1P is then relayed to the ATIM Cloud Wireless platform or the user's selected LoRaWAN network server through LoRaWAN communication infrastructure.
Begin by inserting the appropriate battery into the battery slot. The sensor triggers a 'join' command onto the LoRaWAN network right after powering up.
Configure the sensor settings such as LoRaWAN keys and data output frequency using ATIM's proprietary serial software or ATIM's RadioLink.
Place the sensor in the desired location. The best placement for the Tm1P is often away from direct sunlight and heavy machinery, but this highly depends on use cases.
The Tm1P connects via LoRaWAN Class A protocol, enabling a considerable transmission range between the sensor and gateway while achieving low power consumption. The LoRaWAN specification allows for seamless interoperability among smart devices without the need for complex local installations and renders back-end network servers more flexible and robust.
The Tm1P is praised for its exceptional energy-efficiency. With a 3.6V Lithium battery, the Tm1P can deliver 5-10 years of operational life, depending on data transmission frequency and environmental conditions. This long lifespan represents one of the main benefits of the Tm1P, minimizing maintenance tasks and operational costs.
The Tm1P is ideally suited for a myriad of applications that require precise temperature monitoring.
Climate-controlled Supply Chains: The Tm1P is used to monitor and control temperature in storage and transportation, ensuring product integrity in food, pharmaceutical, and other temperature-sensitive industries.
HVAC Systems: This sensor can continually monitor HVAC systems in residential and commercial buildings, thereby improving energy efficiency and comfort levels.
Cold Chain Logistics: The Tm1P can report and trace temperature levels throughout logistics operations to guarantee the quality of goods in transit.
Although LoRaWAN provides an excellent range, the practical operation of the Tm1P might be subject to limitations in regions with dense obstruction or no network coverage.
The sensor is not designed to operate under extreme temperature conditions, so deployment in such environments may yield less than optimal results and could potentially damage the device.
Needs careful handling since a physical impact could compromise the protective layer or the sensor's inner components.
ATIM's Tm1P presents an advanced, reliable, and power-efficient solution for numerous temperature-sensitive tasks and scenarios in both consumer and business environments. The device's compactness, long lifetime, and ready compatibility with the LoRaWAN protocol make it an excellent choice for a broad range of IoT applications.