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PM2.5 | PM10 particulate matter transmitter BYC100-PM02
PM2.5 | PM10 particulate matter transmitter BYC100-PM02
Product details
1、 Introduction to PM2.5 | PM10 particulate matter transmitter
BYC100-PM02 PM2.5 | PM10 particulate matter transmitter is a device developed and produced by Shenzhen Boyunchuang Environmental Technology Co., Ltd. for indoor air quality. It is mainly used to measure the content of PM2.5 and PM10 gases in indoor air, provide effective PM2.5 and PM10 concentration data, remind users to take safety measures, and drive functions such as fresh air system linkage, providing users with a comfortable home environment. The product adopts advanced laser principle sensors and computing chips, which have the characteristics of high precision, high resolution, and good stability. Widely used in building HVAC, building energy conservation, smart homes, underground garages, airport stations, public environment fields and other places.
2、 Gas Introduction
Inhalable particulate matter PM2.5 refers to particles with an aerodynamic equivalent diameter of 2.5 micrometers or less in the ambient air. Particles with a particle size below 10 microns, also known as PM10. It can remain suspended in the air for a longer period of time, and the higher its concentration in the air, the more severe the air pollution. Although PM2.5 is only a small component in the Earth's atmosphere, it has significant impacts on air quality and visibility. Compared with coarser atmospheric particles, PM2.5 has smaller particle size, larger surface area, stronger activity, and is prone to carry toxic and harmful substances (such as heavy metals, microorganisms, etc.). It also has a longer residence time and longer transportation distance in the atmosphere, thus having a greater impact on human health and atmospheric environmental quality.
3、 Characteristics of PM2.5 | PM10 particulate matter transmitter
1. Stable and reliable communication, wide range power supply DC12-24V;
2. Complete anti reverse, overvoltage, overcurrent, and inter line protection capabilities;
3. Carefully designed circuit software and hardware, with low failure rate and short stability time;
4. Original imported laser optical sensors and professional grade signal processing chips ensure the accuracy of sensor data;
5. The structure considers aerodynamic principles, achieves automatic real-time sampling, and can be used for a long time;
6. The measurable environmental parameters cover a wide range and can meet various detection environment requirements;
7. Output RS485 Modbus RTU standard signal for easy use.
4、 Air Quality Standards
5、 Technical parameters of PM2.5 | PM10 particulate matter transmitter
4、 Air Quality Standards
Air quality level | 24-hour PM2.5 average standard value |
excellent | 0~35μg/m³ |
good people | 35~75μg/m³ |
Slightly polluted | 75~115μg/m³ |
Moderately Polluted | 115~150μg/m³ |
heavy pollution | 150~250μg/m³ |
Severe pollution | Greater than 250 μ g/m ³ and above |
5、 Technical parameters of PM2.5 | PM10 particulate matter transmitter
Technical Parameter | BYC-D01-PM01 |
Detect gas | inhalable particles(PM2.5、PM10) |
Detection Principle | laserDetection Principle |
measuring range | 0~1000ug/m³(PM2.5)0~2000ug/m³(PM10) |
resolution | 1ug/m³ ;1ug/m³ |
accuracy | ≤±10%F. S(PM2.5) ;≤±15ug/m³±10%F. S(PM10) |
Warm-up time | 30S |
sampling interval | 3S |
response time(T90) | <1minute |
service life | 3Years and above |
zero drift | <±1% |
Nonlinear | <1%F.S |
repeatability | ±2% |
Supply Voltage | DC 12~24V |
signal output | RS485 modbus RTU |
work environment | -10~50℃; 0-95% RH (no condensation) |
Environment | -30~60℃; 0-100% RH (no condensation) |
Shell material | Plastic ABS |
protection grade | IP30 |
Installation method | Wall mounted and ceiling mounted |
Weight/Size | 120g/ 110mm×70mm×38mm |
notes |
6、 PM2.5 | PM10 particle transmitter size installation
1. First, fix the installation disk on the wall.
2. After connecting the equipment, fix it on the installation disk.
3. Do not connect the transmitter to a voltage higher than 24VDC. To prevent excessive voltage from burning out the sensor.
4. Install the transmitter at the location that needs to be tested, away from the heating element or steam source, and prevent direct sunlight.

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