LoRaWAN Sensors
Collect environmental and status data using low-power LoRaWAN communication for long-range monitoring.
LoRaWAN sensors support monitoring of environmental conditions and status events in distributed deployments. The category includes devices such as a temperature and humidity sensor for condition monitoring and a fall detection alarm for personal safety and incident reporting, both designed for low data rates and extended battery operation.
Indoor Ambience Monitoring Sensor
Indoor Ambience Monitoring Sensor
Indoor Ambience Monitoring Sensor
Indoor Ambience Monitoring Sensor
Indoor Ambience Monitoring Sensor
New Arrival
Smart Current Transformer
Pulse Counter
Magnetic Contact Switch Sensor
Membrane Leakage Detection Sensor
Temperature and Humidity Sensor
Temperature and Humidity Sensor
ToF Laser Distance Sensor
LoRaWAN Temperature and Humidity Sensor
LoRaWAN Sensor Terminal
Temperature Sensor
Temperature Sensor
Temperature Sensor
Radar Fall Detection Sensor
LTE Cat-4 Industrial PoE Cellular Router
Smart Fill Level Monitoring Sensor
Motion and TH Sensor
Magnetic Contact Switch
Portable Socket
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Frequently Asked Questions
How do I choose the right LoRaWAN sensor for my application?
The right sensor is chosen by matching the required measurements and installation environment to sensor specifications. Key considerations:
- Measurement type (temperature, humidity, motion, pressure);
- Deployment environment;
- Battery life and reporting frequency;
- Network compatibility;
- Integration with existing systems.
Correct matching ensures reliable data collection.
How accurate are LoRaWAN sensors in real deployments?
Sensor accuracy depends on the sensor itself, installation method, and environment. Check datasheet details:
- Accuracy (± value) – shown as a plus/minus figure (for example ±0.3 °C or ±2 % RH), which indicates how close the reading is to the real value;
- Measurement range – the range within which the sensor can measure accurately;
- Resolution – the smallest change the sensor can detect (note that higher resolution does not always mean higher accuracy);
- Operating conditions – temperature and humidity limits where the stated accuracy applies;
- Long-term stability or drift, if listed, which affects accuracy over time.
Environmental factors can influence real-world accuracy.
What affects battery life in LoRaWAN sensors?
Battery life mainly depends on transmission behaviour, configuration, and operating conditions. Key factors:
- Transmission frequency;
- Reporting settings;
- Signal quality;
- Temperature extremes;
- Sensor activity;
- Battery type and capacity.
Correct configuration allows multi-year operation.
What should I consider when installing or placing LoRaWAN sensors?
Correct installation improves reliability and battery life. Key points:
- Signal path and obstructions;
- Distance to the gateway;
- IP protection rating;
- Correct mounting position;
- Interference sources;
- Access for maintenance.
Testing placement before final installation is recommended.
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