NextPM – Particulate Matter Sensor
Environmental Monitoring & Smart City Sensing Technology
NextPM has been designed to meet the very highest performance standards in all applications. Featuring advanced technical specifications that enable ultra-precise measurements to be obtained, even in extreme climatic conditions.
NextPM sensor is the most advanced particle measurement solution available on the market.
Providing real-time PM1, PM2.5, and PM10 measurements in both µg/m3 and pcs/L, compared with some alternatives which are only able to estimate PM 2.5 and PM 10. It can detect particle concentrations in the range of 0 to 1000 µg/m3 and between 0.3 and 10 µm in diameter.
With its patented air flow control technology, NextPM can deliver up to 10,000 hours of monitoring without the need for maintenance or calibration and boasts the most competitive cost of operation on the market thanks to its low power consumption, typically less than 80mA in operation.
High Accuracy
High AccuracyDue to its proprietary optical architecture and TERA Sensor unique algorithm, the NextPM is the best sensor to size particles. For this kind of technology, an effective sizing is the former key to a precise PM measurement.
Cost efficiency
Cost efficiencyWith 10 000 hours without maintenance, NextPM offers optimal costs of ownership by reducing maintenance operations.
Quality product
Quality productEach part of NextPM has been specifically designed, crafted and tested by our team based in France in order to meet the highest quality standards and provide the most reliable technology.
Reliability
ReliabilityNextPM integrates dedicated reliable components to remove temperature and humidity interferences on measurement so you can use the technology in a wide use case’s range.
NextPM Technical Specification
General
| Designation | Values |
| Technology | Optical |
| Targeted Pollutants | Particulate Matter |
| Outputs | PM1 (μg/m3​ ​&pcs/L) |
| Airflow | 2,5 (L/mn) |
| Size | Annex 1 (mm/Inches) |
| Lifetime | >10,000 (hour) |
Performance
| Designation | Values |
| Particle​ ​Size detection range | 0,3 – 10 (μm diameter) |
| Detection efficiency with 0.3 μm diameter particles | >50 (%) |
| Concentration detection range – PM​10​ PM​2,5​ PM​1 | 0-1000 (μg/m3 (Arizona dust A1 equivalent) |
| Detection limit | <1 (μg/m3 (Arizona dust A1 equivalent) |
| Linearity error | <5 (%) |
| Repeatability error2 | <3 (%) |
| Refresh Rate | 1/10/60 (sec) |
| Warm-up time | 10 (sec |
| Temperature Influence 32°F to 86°F -4°F to 32°F 86°F to 158°F | 0 (%/°F) < +1.0 (%/°F) < -0.8 (%/°F) |
Electric Specifications
| Designation | Values |
| Power supply | 5.0 (VDC) |
| Power consumption in operation | <80 (mA) |
| Power consumption in Sleep Mode | <20 (mA) |
Communication
| Designation | Values |
| UART / Modbus (RS485)​3 | Download NextPM User Guide for more informations |
Other
| Designation | Values |
| Operating conditions | -4 aÌ€ +158 (°F) 253to 343 (K)0 – 95 uncondensed (%)500 aÌ€ 1500 (hPa) |
| Storage conditions | -4 aÌ€ +158 (°F) 0 – 95 uncondensed (%) 500 aÌ€ 1500 (hPa) |
| Certifications | CE RoHS compliant |
Why Choose Us?
ION Science offers more than 30 years in the gas sensing industry and both of the world’s best-performing Photoionization Detection (PID) and Particulate Matter (PM) sensors, further supporting the company’s status as a global leader in sensor supply and service.
You have projects but don’t know where to start? We help you on your integration process to meet your goals.
With 3 patents and continuous production control, our sensors are Made In France to meet the highest quality standards.
Applications
Downloads
NEXTPM USER GUIDE
Here you will find operating instructions on how to use NextPM correctly
NEXTPM TECHNICAL NOTE
Communicate with NextPM using RS485 Modbus protocol
NEXTPM DATASHEET
Next Generation Particulate Matter OEM Sensor – PM10 | PM2.5 | PM1
NextPM – Particulate Matter Sensor Inquiry Form
Please complete the form below and a member of our team will contact you shortly.
United States
United Kingdom
France
India
China
Italy
Germany
