LS200-PT-915M Planet IP65 LoRaWAN Sensor (PT1000 Needle Probe , US915 Sub 1G, 2 x 3.6V ER14505 AA batteries required)

LS200-PT-915M IP65 LoRaWAN Sensor

LoRaWAN Temperature Sensor

Build a Smart IoT Environment with Fabulous LoRaWAN Sensor

PLANET LS200-PT IP65 LoRaWAN Product Temperature Sensor, equipped with the PT1000 Needle Probe, excels in monitoring temperatures from -70 to 200 degrees Celsius during storage and transport. Encased in a durable IP65-rated housing, it ensures reliability in diverse environments. Utilizing LoRaWAN technology, this sensor provides real-time temperature data, offering precision for industries like pharmaceuticals and cold chain logistics. The PT1000 Needle Probe enhances its versatility, making it a vital tool for maintaining product quality, adhering to regulations, and optimizing supply chain efficiency.

LoRa and LoRaWAN Wireless Technology

LoRa is a low-power, wide area network (LPWAN) RF modulation technology. It standardizes LPWANs and enables extremely long-range data links. With a range of up to three miles (five kilometers) in urban areas and over 10 miles (15 kilometers) in rural areas (line of sight), LoRa is ideal for creating networks that require long-range or deep in-building communication. A key feature is its ultra-low power requirements, enabling the deployment of battery-operated devices that can last up to several years. Using the open LoRaWAN protocol in a star topology, it’s suitable for applications with numerous low-power devices collecting small amounts of data. The LS series is ideal for LoRa-enabled devices in the IoT system.

LoRaWAN-based Sensor

PLANET LoRaWAN LS100/LS200 series Sensor is fully compatible with standard LoRaWAN gateways like PLANET LCG-300 series, supporting the LoRaWAN class A protocol. It is ideal for large-scale IoT applications, including building automation, smart metering, HVAC systems, agriculture, and more. The sensor facilitates the seamless integration of multiple sensors, making it a perfect choice for retrofitting legacy assets into IoT-enabled systems.