Description
LoRawan Industrial Temperature Sensor
AEM500 resistance temperature sensor is engineered for measuring an extensive range of temperatures within harsh environments and for transmitting data through LoRaWAN® technology. Leveraging this low - power - consumption technology, it can operate for up to 10 years with a 19000 mAh battery. When integrated with the LoRaWAN® gateway and the IoT Cloud solution, users are enabled to remotely and visually manage all sensor data.
The AEM500 is widely employed in temperature - monitoring applications such as those involving industrial machines, ovens, and pipes.
Product Overview
Main features of the sensor
- Wireless communication using the LoRaWAN protocol
- It complies with standard LoRaWAN® gateways and network servers.
- Corrosion - resistant cable along with multiple probe options are available.
- High - precision measurement is achieved through 3 - wire connection.
- Ultra - long - distance transmission of up to 10km in line of sight is enabled.
- IP67 - rated waterproof enclosure caters to applications in harsh environments.
- A built - in, replaceable 19000 mAh battery ensures 10 - year operation without the need for replacement.
- Swift and straightforward management is possible with the IoT Cloud solution.
Main features of the sensor
The device is flaunt with an impressive IP67 rated water resistant performance, UV resistant, and vibration resistant. This enables it to thrive even under scorching sun and great downpours, including vibrations from operating industrial equipment, offering high measuring accuracy even in harsh working environments. The device is ideal for scenarios that requires stringent temperature measuring accuracy.
Widely used:
- Liquid or gas monitoring
- Industrial machinemonitoring
- Oven and cookingmonitoring
- Chimney and boiler temperaturemonitoring
- Medical or laboratoryuse
LoRaWAN communication protocol
LoRaWAN is a global communication standard for IoT networks, based on LoRa technology, which is characterized by a long range.
Thanks to this protocol, devices can communicate with network gateways over a distance of several kilometers in urban environments and up to several dozen kilometers in rural areas. At the same time, LoRaWAN-based devices are known for their low power consumption, making them an ideal choice for applications where batteries need to function for years without the need for recharging. In response to different network conditions, LoRaWAN can adjust the transmission rate, which helps optimize coverage and energy consumption.
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