Description

AXIS D6310 Indoor Air Quality Sensor
Proactively monitor air quality and automate responses while safeguarding privacy

The AXIS D6310 is an all-in-one, standalone sensor designed to improve indoor air quality and support automated responses. It detects multiple pollutants and helps enforce vaping and smoking restrictions—all while maintaining privacy.

Open Platform, Easy Integration

Built on AXIS OS, this device integrates seamlessly with Axis products through edge-to-edge pairing and supports numerous third-party systems via VAPIX, MQTT, SIP, and ACAP. With PoE passthrough, it can receive power and forward it to another device. Data is always accessible without extra licenses or processing fees, and a virtual stream lets you view live measurements through a web browser or VMS dashboard. AXIS Device Manager ensures your system stays up to date with strong cybersecurity.

All-in-One Functionality

This advanced sensor includes a built-in speaker and microphone for two-way communication. With AXIS Audio Analytics, it can detect critical sounds such as screams, shouts, and breaking glass, as well as monitor noise levels. Compatible with AXIS Audio Manager, it enables zone management and scheduled audio content. Its IK08-rated vandal-resistant design features a PIR sensor for presence detection and four multicolor LEDs for instant visual alerts.

Healthy Environments with Privacy

The D6310 measures pollutants including particulate matter (PM), VOCs, NOx, CO2, humidity, and temperature. It can detect vaping and smoking and trigger automated actions. Because the sensor does not require a camera, and sound detection can be disabled, privacy is fully maintained. Access to historical data supports strategic decision-making, and alerts notify you whenever thresholds are exceeded.

Regulation Compliance Made Simple

Easily enforce air quality and smoking/vaping restrictions while documenting compliance. Integrated with cameras or other systems, the D6310 enables automated responses, long-term air quality monitoring, and regulatory adherence—all without compromising privacy.