 5 channels, full channel calibration
Cost-effective Real time online, long-term operation 20 hour battery life | 
Real time uploading of data to the IoT platform |
Function characteristics
● 5 channels: real-time measurement of 1.0µm, 2.Sµm, 4µm, 1 Oµm and TSP mass concentration
● Long term operation: Designed for long time operation, can be 7*24 hours continuous monitoring
● Convenient data collection: Equipped with 4G communication and IoT platform as standard, and multiple data interfaces
● Super long endurance: More than 20 hours of endurance
● Circuit protection: Over current, over voltage, anti-reverse protection, 485 anti-need protection
● Easy to operate: 8-inch color display, full touch screen operation, real-time reading
● Strong reliability: Adopting sensor array design
Application scenarios
Nova SND1000 aerosol monitor is suitable for laboratory atmospheric particle research, suspended particle detection, pollution source analysis, migration particle measurement, medical and health testing, factory emissions and environmental big data monitoring, as well as clean workshop testing in pharmaceuticals, electronics, food processing, precision processing and other industries.
Nova SND1000 aerosol monitor can be used as a standard comparison instrument for laser particle detection equipment, for calibrating data, and is a standard dust analyzer.
Technical parameter
NO. | Project | Parameter | Notes |
1 | Range | 0~100mg/m3 | TSP
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2 | Resolution | 0.1μg/m3 |
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3 | Output channel | PM1、PM2.5、PM4、PM10、TSP |
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4 | Ampling flow | 1.5L/min |
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5 | Temp. Range | -20℃~60℃ |
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6 | Humidity range | 0~99%RH |
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7 | Working AP | 86KPa~110KPa |
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8 | Interface | USB, 4G, RS485, Ethernet |
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9 | Battery flow | 15000mAh/16.8V | Can work more than 20 hours |
10 | Relative error | ±10% & ±8μg/m3 MAX@PM2.5 | @25℃，50%RH |
11 | Screen size | 8 inch |
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12 | Product size | 395*288*219mm |
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Characteristic display
CPA certificate | 
Outline dimension |
In sandstorm weather, compared with other light scattering particle monitoring devices, SND1000 has a higher correlation with beta rays
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