Indoor environmental monitoring sensor with display
Vendors's code:
Product code: AM307-868M
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Code 39:
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Milesight AM307-868M is a multi-parameter air quality sensor 7-in-1 with LoRaWAN communication and a 4,2-inch E-Ink display. The device monitors temperature, humidity, CO₂ concentration, TVOC, atmospheric pressure, light intensity, and occupancy using a PIR sensor.
The clear display, air quality indicator, and buzzer provide local information about conditions, while storage for 18 000 records and data retransmission support monitoring continuity. The AM307 can be powered by 4 replaceable 2700 mAh batteries or USB-C 5 V / 1 A and is suitable for offices, schools, hospitals, hotels, and Smart Building systems.
Shipping costs are not included in the price.
Shipping costs are not included in the price.
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AM307 — 7 Environmental Parameters on One Display
Milesight AM307 is an advanced air quality sensor designed for comprehensive monitoring of indoor building conditions.
The device measures temperature, humidity, CO₂ concentration, TVOC, atmospheric pressure, and light intensity, while the PIR sensor provides occupancy information. Results can be presented locally on a 4,2-inch E-Ink display and transmitted via LoRaWAN to a central monitoring system.
Comprehensive Monitoring Without Multiple Separate Sensors
7-in-1
One device monitors key parameters of air quality, comfort, and room utilisation.
E-Ink 4,2"
The large display allows users to check current conditions without using an app or supervisory platform.
18 000 records
Extended local storage and data retransmission help maintain a complete measurement history even during temporary connectivity loss.
Where Can the AM307 Be Used?
Key Environmental Parameters in One Device
Ventilation Control Based on CO₂ Concentration
Carbon dioxide concentration is one of the most important parameters for assessing ventilation effectiveness and conditions in spaces occupied by people.
TVOC and Overall Air Quality Monitoring
Additional Environmental Parameter
Accurate Temperature and Humidity Measurement
Data Supporting Smart Building Automation
PIR up to 5 m
The PIR sensor detects Vacant / Occupied status and enables analysis of monitored room utilisation.
80° × 55°
The PIR detection field is approximately 80° horizontally and 55° vertically.
0–60 000 lx
The photodiode measures lighting level, which can be presented as a value or one of six levels 0–5.
4,2-inch E-Ink Display
The large black-and-white E-Ink display provides a direct view of current room conditions without using an app.
Different data presentation layouts, environmental quality emoticons, and Smart Screen Mode are available, allowing the display to be adapted to the character of the monitored facility.
Air Quality Indicator and Buzzer
Traffic Light
The visual indicator makes it possible to quickly recognise environmental quality status.
Buzzer
The built-in audible alarm can warn users when configured values are exceeded.
Threshold Alarm
Alarm thresholds can be configured according to the requirements of a specific space.
18 000 Records and Retransmission
18 000 records
Built-in memory can locally retain an extensive history of environmental data.
Retransmission
Data stored during temporary communication loss can be transmitted after the connection to the LoRaWAN network is restored.
Data Retrievability
Historical records can be retrieved directly from the device memory.
Batteries or USB Type-C
The AM307 can be powered by four replaceable ER14505 Li-SOCl₂ 2700 mAh batteries or directly via a USB Type-C 5 V / 1 A port.
According to the manufacturer's current data, with a 10-minute reporting interval and a temperature of 25°C, battery life is approximately 3,9 years for SF7 / EU868.
Communication, Power Supply and Design
* The declared battery life applies to a 10-minute reporting interval and a temperature of 25°C. Actual battery life depends on configuration, screen update frequency, LoRaWAN parameters, and ambient conditions.
AM307 in an Air Quality Monitoring System
Environmental data can be transmitted via LoRaWAN to a gateway and then to a central platform, enabling air quality analysis, measurement history, and automatic alarming.