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Comfort Sensor LoRaWAN EU868

The LoRaWAN EU868 Indoor Temperature & Humidity Sensor is a compact, highly reliable IoT device engineered for continuous microclimate monitoring in indoor environments. Purpose-built for smart offices, commercial real estate, archives, warehouses, and modern residential developments, this efficient sensor focuses on 2 core microclimate parameters, delivering precise ambient telemetry over long-range, low-power LoRaWAN networks (EU 868 MHz).

Key Features & Benefits

  • Precise Microclimate Tracking: Continuously monitors ambient temperature and relative humidity to ensure optimal thermal comfort and safeguard climate-sensitive environments.

  • Mold & Moisture Mitigation: Early detection of relative humidity spikes helps facility managers prevent mold growth, structural condensation, and indoor air quality degradation.

  • LoRaWAN EU868 Wireless Connectivity: Provides reliable, long-range wireless communication with deep signal penetration through concrete walls, multi-story floors, and dense structures.

  • Ultra-Low Power Consumption: Advanced battery management ensures years of continuous, maintenance-free operation using standard battery cells.

  • Compact & Unobtrusive Enclosure: Sleek indoor design blends seamlessly into modern office spaces, retail store layouts, and residential interiors.

Applications & Strategic Value

  • Commercial & Office Climate Control: Maintains ideal indoor temperature and humidity levels to enhance employee well-being and productivity while eliminating uncomfortable dry or humid drafts.

  • Facility Management & Asset Protection: Protects environmental-sensitive assets in server rooms, historical archives, libraries, storage units, and pharmaceutical facilities.

  • HVAC Energy Optimization: Streams real-time ambient metrics to Building Management Systems (BMS) to optimize heating and cooling cycles, reducing operational energy waste.

  • Effortless Cable-Free Deployment: Fully wireless architecture enables rapid wall mounting on any flat surface without drilling cable pathways or running external power lines.

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