DRAGINO LoRaWAN lämpötila- ja kosteusanturi LHT65S-EU868-E3 — LoRaWAN EU868 ympäristöanturi

DRAGINO LHT65S-EU868-E3 is a battery-powered LoRaWAN temperature and humidity sensor designed for remote environmental monitoring on EU868 networks. The device measures ambient temperature and relative humidity and transmits periodic reports over LoRaWAN, enabling low-power long-range connectivity suitable for indoor and sheltered outdoor installations. Its compact housing and standard sensor accuracy make it suitable for continuous monitoring of rooms, storage areas, greenhouses and other environments where wireless, low-maintenance sensing is required.

Advantages

The sensor combines low power consumption with long-range LoRaWAN communication, allowing multi-year battery life in typical reporting intervals. It provides reliable temperature and humidity readings with straightforward integration into LoRaWAN networks and supports remote data collection without the need for wired connections. Compact form factor and simple mounting options make deployment fast and flexible, while the device’s firmware supports configurable reporting intervals to balance timeliness and power usage.

Suitable for

• Building and facility environmental monitoring
• Cold chain and storage condition tracking
• Agricultural monitoring in greenhouses and sheltered fields
• Smart city and infrastructure environmental sensing
• Warehouses and server rooms with temperature/humidity requirements

Key specifications

• Measured parameters: ambient temperature and relative humidity
• Wireless standard: LoRaWAN compatible with EU868 frequency band
• Power source: battery-operated for low-power operation
• Enclosure: compact, lightweight housing suitable for indoor and sheltered outdoor use
• Reporting: configurable transmission intervals to optimize battery life
• Installation: surface or wall mounting with simple mechanical fixings

How to use

Install the DRAGINO LHT65S-EU868-E3 in the location where you need temperature and humidity monitoring, avoiding direct sunlight and sources of heat or moisture that could bias readings. Power the device with the supplied batteries and join it to a LoRaWAN network using standard join procedures supported by your network server. Configure reporting intervals and sensor settings through the device’s configuration interface or downlink commands from your LoRaWAN server. Verify received values on your network application to ensure proper calibration and coverage.

Recommendations

For consistent measurements, mount the sensor at a representative height and position within the monitored space, protect it from direct weather exposure, and choose reporting intervals that balance data granularity with battery life. Periodically check battery status and signal strength through your LoRaWAN network management tools to maintain reliable operation.