Dragino LHT65N-E31F LoRaWAN Temperature & Humidity Sensor

Transform Your Environmental Monitoring

Key Benefit:
Upgrade your monitoring capabilities with the Dragino LHT65N-E31F—a long-range, LoRaWAN sensor that delivers accurate, real-time temperature and humidity readings. With both built-in sensors and an external probe, it offers flexible measurement options for enhanced performance in diverse applications.

Who It’s For:

• Agriculture & Irrigation: Keep greenhouses and fields at optimal conditions to maximize crop yield.

• Smart Cities & Urban Management: Monitor environmental conditions across large areas to support energy-efficient and sustainable urban operations.

• Building Automation: Ensure comfortable and safe indoor environments for offices, educational facilities, and public spaces.

• Industrial Applications: Gain reliable environmental insights in remote or harsh settings without compromising on range or accuracy.

Applications

• Irrigation Systems:
  Monitor temperature and humidity in greenhouses and fields for optimal water usage and crop production.

• Smart Metering & Cities:
  Collect large-scale environmental data to support sustainable urban planning and efficient energy management.

• Building Automation:
  Maintain comfortable and safe indoor environments by integrating environmental monitoring into your facility management systems.

• Industrial Environments:
  Gain reliable data in remote or challenging conditions to ensure operational efficiency and safety.

Real-World Use Case

Imagine a city-wide deployment where environmental data is essential for managing public spaces and ensuring energy efficiency. The Dragino LHT65N-E31F is installed in strategic locations across the city—both indoors and outdoors. With its dual sensing capabilities, the sensor collects comprehensive data from its built-in temperature and humidity sensors as well as from an external probe, providing a richer picture of ambient conditions. This valuable information is then transmitted over the LoRaWAN network to a centralized dashboard, enabling city managers to adjust HVAC settings, optimize irrigation systems, and monitor urban climate trends in real time.