Environmental sensor Mill Sense SENSEAIR — wireless air quality, humidity and temperature monitor (battery, Wi‑Fi, 70×30×70 mm)

Mill Sense SENSEAIR is a compact wireless environmental sensor designed to monitor indoor air quality, relative humidity and temperature. The device combines Wi‑Fi connectivity and battery operation to allow flexible placement in living rooms, bedrooms, nurseries and home offices. With a small footprint of 70×30×70 mm, the sensor provides continuous measurements of indoor conditions to help you track comfort and air quality over time.

Advantages

Mill Sense SENSEAIR delivers continuous, wireless monitoring of three key indoor parameters—air quality, humidity and temperature—without requiring a fixed power outlet. Its Wi‑Fi connectivity enables remote data access and integration with smart home systems where supported. The compact size and battery operation allow installation on shelves, desks or other locations with minimal visual impact, while the device is designed for straightforward setup and low-maintenance use.

Suitable for

• Monitoring indoor air quality in living rooms and bedrooms
• Tracking humidity and temperature in nurseries and children's rooms
• Placement in home offices to maintain comfortable working conditions
• Temporary or permanent monitoring where wired power is unavailable

Key specifications

• Monitored parameters: air quality, relative humidity, temperature
• Connectivity: Wi‑Fi (wireless)
• Power source: battery operation for flexible placement
• Dimensions: 70 × 30 × 70 mm
• Form factor: compact, lightweight sensor suitable for indoor use

How to use

Place Mill Sense SENSEAIR in a representative location for the area you want to monitor, avoiding direct sunlight, heat sources or areas with heavy drafts to ensure accurate readings. Power the unit with the recommended battery type and follow the manufacturer's setup procedure to connect the sensor to your Wi‑Fi network. Use the compatible app or web interface, where available, to view real‑time data, configure alerts and review historical measurements.

Recommendations

For reliable results, position the sensor at breathing height for occupants and allow a settling period after relocation before taking action based on readings. Replace batteries according to the device's low‑battery indication and keep the sensor's vents free from dust. For improved air quality management, use the sensor's data together with ventilation or air‑cleaning measures.