You are here: Home / Products / Ambient Sensors / Duct Type PM2.5 PM10 CO2 Ambient Air Quality Sensor

Duct Type PM2.5 PM10 CO2 Ambient Air Quality Sensor

This duct-type air quality sensor is designed for real-time monitoring of CO2 concentration, PM2.5, and PM10 particulate matter within pipelines, making it ideal for ventilation systems, industrial emission monitoring, building automation, and indoor air quality management.

Availability:



Inquire

CO2 sensor Air Quality Sensor industrial CO2 sensor wireless CO2 sensor automotive CO2 detector

Key Selling Points

Product Parameters

Application Scenarios

◀◀ Key Selling Points ▶▶

Multi-Parameter Detection: Simultaneously measures CO2, PM2.5, and PM10 for comprehensive air quality data.
High-Precision Sensing: Utilizes advanced sensor technology to ensure accurate and reliable readings.
Duct-Compatible Design: Easily integrates into ventilation ducts or air handling systems.
Real-Time Monitoring: Supports continuous data collection to optimize air purification and fresh air systems.
Easy Installation: Standard 2-meter cable length (customizable) simplifies wiring requirements.

◀◀ Product Parameters ▶▶

Measurement parameters	PM2.5
Unit	μg/m3
Measuring range	0~1000 μg/m3
Resolution	1μg/m3
Accuracy	±10%FS(25°C)
Output signal	①Analog signal (0-2/5/10V or 4-20mA)
	②RS485 (standard Modbus-RTU protocol, device default address: 01)
	③SDI-12 (American Hydrographic Organization serial data communication interface protocol)
Power supply	12-24VDC
Working temperature	Temperature: -30C~50℃; Humidity: <100%RH
Storage temperature	-40℃~60℃
Temperature drift	0.2%FS/°C
Average current	50mA@7V;35mA@12V;20mA@24V
Stability	≤2%F·S
Repeatability	≤1%F·S
Warm-up time	3 min
Response time	<90s

◀◀ Application Scenarios ▶▶

HVAC Systems: Monitors air quality in supply/return ducts to regulate fresh airflow.
Industrial Environments: Detects particulate matter and CO2 levels in production facilities or exhaust ducts.
Smart Buildings: Integrates with building automation systems to enhance energy efficiency and air health.