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LoRaWAN sensors capture measurements over long distances and transmit them to your server in real time. They operate energy-efficiently, securely, and without a mobile data contract. At EXP-Tech, you'll find a wide selection of LoRaWAN sensors for temperature, humidity, CO2, current monitoring, and more — all in stock and shipping from Germany.

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Showing 1 - 24 of 151 products
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Dragino LDS02-EU868 LoRaWAN Door Sensor
Sale price15,75 €
In stock
A black Dragino AIS01-LB-EU868 LoRaWAN AI-Kamera für Wasser-, Gas- und Stromzähler, mit Antenne und externer Kabelsonde, wird vor weißem Hintergrund gezeigt.
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Dragino Dragino LWL02-EU868 Water Leak Sensor
Sale price14,80 €
In stock, 4 units
The Dragino SE01-LB-EU868-8 LoRaWAN Bodenfeuchte- und EC-Sensor features a black body, three metal prongs, and a transmitter cable—ideal for real-time Bodenfeuchtigkeit messen and wireless IoT Feldüberwachung.The Dragino SE01-LB-EU868-8 LoRaWAN Bodenfeuchte- und EC-Sensor features metal prongs, a black cable, and a rectangular transmitter with antenna—ideal to Bodenfeuchtigkeit messen and perfect for IoT Bodenüberwachung.
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Dragino Dragino TrackerD LoRaWAN Tracker
Sale price40,00 €
In stock
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Dragino AS-01 Temperature Probe for LHT52
Sale price4,20 €
In stock
Dragino AUC USB TTL adapter for AIS01-LB-EU868
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Dragino CS01-LB-EU868 LoRaWAN current sensor with 4 inputs
Dragino T68DL-EU868 IP68 LoRaWAN temperature sensorDragino T68DL-EU868 IP68 LoRaWAN temperature sensor
Dragino TrackerD-LS-EU868 Solar-Powered LoRaWAN Asset Tracker with GPS
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RAK10701-PLUS LoRaWAN Field Tester Plus with Indoor Function
Dragino AQS01-L-EU868 LoRaWAN CO2 sensorDragino AQS01-L-EU868 LoRaWAN CO2 sensor
Dragino LWL04-EU868 LoRaWAN Water Leak SensorDragino LWL04-EU868 LoRaWAN Water Leak Sensor
The Dragino WQS-LB-EU868 LoRaWAN Wasserqualitätssensor Konverter with antenna and three cables—ideal for LoRaWAN Wasserqualität Überwachung and Wasserqualitätsmessung, shown from above.
Dragino Dragino WQS-LB-EU868 LoRaWAN Water Quality Sensor Converter
Sale price50,90 €
Not in stock, available for backorder

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Key Advantages of LoRaWAN Sensors

  • Low power consumption: Minimal energy use reduces maintenance costs while extending the lifespan of your devices.
  • Long range: LoRaWAN sensors cover up to 10–15 km in rural areas and up to 5 km in urban environments.
  • Security: All transmitted data is protected by end-to-end encryption (128-bit AES) and accessible only to authorized users.

LoRaWAN Sensor Types: Find the Right Model for Your Application

LoRaWAN Temperature & Humidity Sensor

LoRaWAN temperature sensors are among the most widely used sensor types in the IoT space. They measure temperature and often humidity simultaneously — ideal for smart buildings, greenhouses, or logistics applications. A prime example is the Dragino LHT65N, which runs for up to 10 years on a single 2,400 mAh battery.

LoRaWAN CO2 Sensor

CO2 sensors monitor air quality in offices, storage facilities, or greenhouses. The Dragino AQS01-L is an excellent choice for smart building applications where indoor air quality monitoring is required.

LoRaWAN Current Sensor

LoRaWAN current sensors enable wireless monitoring of power consumption and load profiles — with no modifications to existing wiring. The Dragino CS01-LB-EU868 supports up to 4 channels simultaneously, making it ideal for smart metering and energy management in industrial and commercial buildings.

LoRaWAN PIR Sensor (Motion Detector)

PIR sensors detect motion and human presence — highly sought after for smart building applications, security systems, and people counting. Thanks to LoRaWAN, they transmit data reliably to the gateway even from hard-to-reach locations.

Where Are LoRaWAN Sensors Used?

LoRaWAN sensors are electronic receivers of data that forward their readings via gateways. Their precision and real-time transmission make them suitable for a wide range of applications — from building automation to precision agriculture.

Overview of LoRaWAN use cases

Use case

Example applications

LoRaWAN sensor

Smart City

Waste management, street lighting, parking space monitoring

Dragino DDS45-LB-EU868 LoRaWAN Distance Detection Sensor

Smart Farming

Soil moisture, weather stations, livestock tracking

Dragino SE01-LB-EU868-8 LoRaWAN Soil Moisture & EC Sensor

Smart Building

Energy consumption management, air quality monitoring

Dragino AQS01-L-EU868 LoRaWAN CO2 Sensor

Smart Metering

Remote meter reading for electricity, water, and gas

Dragino CS01-LB-EU868 LoRaWAN 4 Channels Current Sensor Converter

Tourism

Monitoring visitor flow and queue management

Terabee People Flow Counting M 2.0 LoRa EU

LoRaWAN Sensors in Practice: Two Examples

The Dragino LHT65N is an energy-efficient temperature and humidity sensor — and a prime example of what a LoRaWAN sensor can do. It transmits data over extremely long distances, making it highly versatile in its range of applications. Its exceptional interference resistance is a key advantage, as is its minimal power consumption. With a 2,400 mAh battery, the sensor can operate for up to 10 years.

Built-in Datalog Function

If network coverage is unavailable, this LoRaWAN sensor handles it without issue. The integrated datalog function records sensor values and stores them in memory, so data can be retrieved and analyzed retroactively — nothing is lost. The sensor is fully compatible with the V1.0.3 Class A protocol and works seamlessly with any standard LoRaWAN gateway.

What Is a LoRaWAN Network?

A LoRaWAN network connects multiple LoRaWAN sensors and routes their collected data through gateways to a central server. This context is where the term IoT sensors frequently comes up. IoT stands for Internet of Things and refers to the use of physical objects within a network, where each IoT sensor can serve a completely different purpose or role.

Conclusion: LoRaWAN as a Leading Technology in the IoT Ecosystem

LoRaWAN technology is a robust solution for data collection, data transfer, and data analysis across a wide range of IoT applications. LoRaWAN has found the IoT sweet spot that many other IoT technologies have yet to reach. As a result, it has become one of the leading technologies driving growth in the IoT ecosystem and enabling innovative solutions across multiple industries.