Milesight AM319 9-in-1 Indoor Air Quality Sensor | LoRaWAN | E-ink Display | HCHO & O3 | AM319-915M-W-HCHO

🌒 9-in-1 Comprehensive Monitoring: Integrates sensors for temperature, humidity, CO2, light, barometric pressure, TVOC, PM2.5, PM10, and motion in a single device.

📔 Interactive E-ink Display: Features a 4.2-inch screen with multiple display modes and vivid emoticons for easy understanding of indoor comfort levels.

🚨 Instant Status Alerts: Equipped with a traffic light indicator and internal buzzer to provide immediate visual and audible notifications for threshold alarms.

💾 Reliable Data Storage: Supports local storage of up to 18,000 historical records with data retransmission capability to prevent loss during network interruptions.

🔌 Flexible Power & Connectivity: Powered via a USB Type-C port and utilizes LoRaWAN technology for long-range, low-power wireless transmission and remote management.

$555.00

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Description

The Milesight AM319 is a comprehensive 9-in-1 LoRaWAN indoor ambience monitoring sensor designed to provide precise visibility into indoor air quality and environmental conditions. It integrates sensors for temperature, humidity, CO2, HCHO (formaldehyde), TVOC, PM2.5, PM10, barometric pressure, and motion. Equipped with a 4.2-inch E-ink display, it offers real-time data visualization through intuitive emoticons and a traffic light status indicator. This sensor supports easy NFC configuration, local storage for up to 18,000 data records, and reliable data retransmission, making it an ideal solution for optimizing comfort and health in offices, schools, and healthcare facilities.

For more technical information, please see the datasheet.

Additional information

Weight 1.5 lbs
Dimensions 5.91 × 5.91 × 1.42 in
Product Type

IoT Sensor

Brand

Milesight

Model Number

AM319-915M-W-HCHO

Sensor Form Factor

Sensor

Application

Air Quality, Smart Building, Smart City

Technology

LoRaWAN, NFC, USB

Sensor Type

CO2, Air Quality, Gas Level, Humidity, Light, Motion, Occupancy, Particulate Matter, Pressure, Temperature