Laser Scattering Measurement Algorithm PM2.5 Air Quality Monitor
Using laser scattering measurement algorithm 100 m PM2.5 Air Quality Monitor
Description:
SC01 is a small, simple and efficient air quality detector, which integrates multiple air quality indicators such as PM0.5, PM2.5, temperature, etc. It uses laser scattering measurement algorithm to accurately and sensitively measure particulate matter in the air; Equipped with a high-precision temperature and humidity sensor inside, which can accurately obtain the temperature and humidity of the current environment; supporting Ekeair MKJ-4000-T1 air disinfector to realize automatic control of environmental cleanliness; connecting WeChat mini-applications through the Internet of Things to detect and install anytime, anywhere The air quality of the environment.
Technical Parameter:
| Name of Parameter | Parameter |
| Service time of battery | 100 min, Full of electricity |
| Max Communication range | 100 m |
| Max operating noise | 30 Db, 10 cm of the sensor |
| Charging Voltage | DC 5 V |
| PM0.5 accuracy range | 1000-10000 pcs/L |
| Consistency of each sensor | 15%, ±5% |
| Upload frequency of IOT | 1 min/time |
| Matching number of A1/T1 | 1 pc |
Features
- High sensitivity and high precision particle sensor
- High precision temperature sensor
- High-precision humidity sensor;
- Reminder of cleanliness level;
- The particle waveform can directly reflect the short-term change trend of air particles;
- Large capacity rechargeable lithium battery;
- Cooperate with MKJ-4000-T1 sterilization station to realize automatic control of environmental cleanliness
- The air quality can be checked at any time through the WeChat applet
- Plug-in
- Through the matching of SC01 detector and MKJ-4000-T1 air sterilizer, to real-time monitor air quality.
Button switch, Concise style, White shell with black LCD display
1. The particle numbers of 0.5μm (2.5μm) in the current environment and the corresponding cleanliness level;
2. The temperature and humidity of the current environment;
3. Waveform diagram formed by the collected data;
4. The corresponding model of the connected purifier;
5. Connected to the Internet to display the ‘WIFI’ sign;
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