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DRAGINO LoRaWAN Temperature and Humidity Sensor with External Probe

DRAGINO LoRaWAN Temperature and Humidity Sensor with External Probe

SKU: LHT65N-NE117
$174.00Price
DRAGINO LoRaWAN Temperature and Humidity Sensor with External Probeis a long-range wireless LoRaWAN temperature and humidity sensor designed for remote environmental monitoring and IoT data collection. It is primarily used in industrial facilities, buildings, warehouses, agriculture, environmental monitoring, and distributed sensor networks. Key features include built-in temperature and humidity sensing, an optional external temperature sensor, LoRaWAN Class A connectivity, a 2400mAh battery, data logging, remote configuration, and low-power operation.

What Is the DRAGINO LoRaWAN Temperature and Humidity Sensor with External Probe?

The Dragino LHT65N is a compact, battery-powered LoRaWAN temperature and humidity sensor designed for long-range wireless environmental monitoring. It combines built-in temperature and relative humidity sensors with LoRaWAN wireless communication, enabling sensor readings to be transmitted to a compatible LoRaWAN gateway and connected IoT platform.

The LHT65N also features an external sensor connector, allowing an optional external temperature sensor to be used when measurements are required at a separate location. This makes the device suitable for applications requiring both ambient environmental monitoring and more flexible temperature measurement.

The sensor uses a built-in 2400mAh non-rechargeable battery and a low-power communication architecture. Dragino states that the battery can support operation for up to approximately 10 years, although actual battery life depends on the data transmission frequency and operating conditions.

The LHT65N supports a data logging function that can record sensor readings when network coverage is unavailable. The stored data can subsequently be retrieved, helping minimize gaps in historical environmental records.

How Does it Work?

  • The built-in temperature sensor measures the surrounding ambient temperature.
  • The built-in humidity sensor measures relative humidity.
  • An optional external temperature sensor can provide additional temperature measurements.
  • The LHT65N processes the collected sensor information.
  • At configured intervals, measurement data is transmitted through the LoRaWAN network.
  • A compatible LoRaWAN gateway receives the wireless data.
  • The gateway forwards the information to a LoRaWAN network server and connected IoT platform.
  • Users can remotely access and analyze temperature and humidity readings.
  • If network coverage is temporarily unavailable, the data logging function stores sensor readings for later retrieval.
  • Device parameters can be adjusted using AT commands or remotely through LoRaWAN downlink configuration.

Why Choose this Product?

  • Long-range LoRaWAN communication – Enables wireless monitoring across large facilities and distributed sensor locations.
  • Built-in temperature and humidity sensing – Measures two essential environmental parameters in one compact device.
  • External temperature sensor support – Provides additional flexibility for specialized monitoring requirements.
  • Low-power operation – Helps extend battery life and reduce maintenance requirements.
  • 2400mAh battery – Supports long-term battery-powered deployment.
  • Data logging capability – Retains sensor readings when network connectivity is temporarily unavailable.
  • Remote configuration – Allows parameters to be adjusted through LoRaWAN downlink commands.
  • AT command support – Provides local configuration capabilities.
  • LoRaWAN Class A compatibility – Works with standard LoRaWAN network infrastructure.
  • Multiple frequency options – Available for several regional LoRaWAN frequency bands.
  • Tri-color LED indicator – Provides a visual indication of device operating status.
  • Firmware upgrade support – Allows firmware updates through the programming port.
  • Compact wall-mountable design – Simplifies installation at fixed monitoring locations.

Benefits

  • Enables remote temperature and humidity monitoring without extensive communication wiring.
  • Reduces the need for frequent manual environmental inspections.
  • Provides long-range wireless data transmission.
  • Supports centralized environmental data collection through an IoT platform.
  • Helps identify changes in temperature and humidity conditions.
  • Provides historical data for trend analysis and reporting.
  • Data logging helps reduce data gaps caused by temporary network interruptions.
  • Low-power operation supports extended deployment with minimal maintenance.
  • External temperature sensing provides greater installation flexibility.
  • Supports scalable deployment of multiple wireless environmental sensors.
  • Simplifies monitoring of distributed facilities and remote locations.
  • Helps improve visibility of environmental conditions through continuous data collection.
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