DRAGINO LoRaWAN Indoor Temperature and Humidity Sensor for IoT Monitoring

What Is the DRAGINO LoRaWAN Indoor Temperature and Humidity Sensor for IoT Monitoring?

The Dragino LHT65N is a compact, battery-powered LoRaWAN temperature and humidity sensor designed for long-term wireless environmental monitoring. It combines built-in temperature and relative humidity sensing with LoRaWAN wireless communication, allowing measured data to be transmitted to a compatible LoRaWAN gateway and IoT platform.

The LHT65N is designed primarily for indoor environmental monitoring, where users need reliable temperature and humidity measurements without installing extensive communication wiring. The built-in sensors continuously measure surrounding conditions, while the LoRaWAN connection enables the sensor to transmit readings over a long range to centralized monitoring systems.

The sensor also supports an external temperature sensor, providing additional flexibility for applications where temperature needs to be measured at a different location from the main device. This can be useful for specialized monitoring requirements where the sensing point needs to be positioned away from the main wireless transmitter.

The LHT65N uses a built-in 2400mAh battery and a low-power design to support extended operation. Depending on the transmission interval, network conditions, and operating environment, the sensor can operate for several years with minimal maintenance.

The device also includes data logging capability, allowing measurement records to be stored locally. This can help preserve historical readings when wireless communication is temporarily unavailable. The stored data can subsequently be retrieved through the LoRaWAN network.

How Does the Dragino LHT65N Work?

• The built-in temperature sensor measures the surrounding ambient temperature.
• The built-in humidity sensor measures relative humidity.
• An external temperature sensor can be connected when additional temperature measurement flexibility is required.
• The LHT65N processes the collected sensor data.
• At configured intervals, the sensor transmits measurements through the LoRaWAN network.
• A compatible LoRaWAN gateway receives the wireless data.
• The gateway forwards the data to a LoRaWAN network server and connected IoT platform.
• Users can access the temperature and humidity information remotely through compatible monitoring software.
• The data logger stores sensor measurements locally, helping maintain historical records during temporary communication interruptions.
• Device parameters can be configured locally or remotely according to the requirements of the monitoring application.

Why Choose the Dragino LHT65N?

• Long-range LoRaWAN connectivity – Enables wireless temperature and humidity monitoring across large facilities and distributed areas.
• Built-in temperature and humidity sensors – Provides two important environmental measurements in a single compact device.
• External temperature sensor support – Provides additional flexibility for applications requiring temperature measurements at a separate location.
• Low-power operation – Helps extend battery operating life and reduce maintenance requirements.
• 2400mAh battery – Provides a convenient power source for long-term wireless monitoring.
• Data logging – Helps retain measurement records and reduce data gaps during temporary network interruptions.
• Remote configuration – Allows device settings to be adjusted through the LoRaWAN network.
• Wireless IoT architecture – Integrates into LoRaWAN-based environmental monitoring systems.
• Compact design – Allows flexible installation in a variety of indoor monitoring locations.
• Scalable deployment – Multiple LHT65N sensors can be installed throughout a facility or across multiple monitoring locations.
• Centralized data collection – Enables environmental measurements to be collected through a common IoT platform.

Benefits

• Enables continuous remote monitoring of temperature and humidity.
• Reduces the need for frequent manual environmental inspections.
• Eliminates the need for dedicated communication wiring at every monitoring point.
• Supports long-range wireless data transmission.
• Provides centralized access to environmental information.
• Helps identify changes in temperature and humidity conditions.
• Supports historical trend analysis and environmental data reporting.
• Data logging helps maintain measurement records during temporary network interruptions.
• Low-power battery operation helps simplify long-term deployment.
• External temperature sensing provides additional monitoring flexibility.
• Supports scalable IoT monitoring systems with multiple wireless sensors.
• Helps improve visibility of environmental conditions across facilities and distributed locations.