N-R72616A

LoRaWAN PM2.5/ Temperature/ Humidity Sensor

Anewtech Systems LoRaWAN Sensor Netvox N-R72616A LoRaWAN PM2.5/Temperature/Humidity Sensor
  • Temperature and humidity detection
  • Detecting particle concentration of the air (PM2.5)
  • Compatible with LoRaWAN Class A
  • Frequency hopping spread spectrum technology
Product Specification
Electric:
Power Supply Mode8 sections of ER14505 lithium batteries
Battery Life Time1 year
Operating Voltage Range6.8VDC ~ 7.3VDC
Standyby Current250uA
Operating Current60mA (when the sensor is working)
Temperature Measurement Range-20°C to 55°C
Temperature Measurement Accuracy±1°C @25°C
Humidity Measurement Range0%RH to 100%RH
Humidity Measurement Range±4%RH @25°C
Particle Measurement Range0.3 ~ 1.0 ; 1.0 ~ 2.5um
Particle Counting Efficiency50%@0.3um,98%@≥0.5um
Particle Mass Concentration Effective Range0~500μg/m3
Particle Mass Concentration Resolution1μg/m3
Humidity Measurement Range±4%RH @25°C
Frequency:
Frequency Range863MHz-928MHz 470MHz-510MHz
TX PowerUS915 20dbm; AS923 16dbm; AU915 20dbm; CN470 19.15dbm; EU868 16dbm; KR920 14dbm; IN865 20dbm;
Receiving Sensitivity-136dBm(LoRa,Spreading Factor=12,Bit Rate=293bps ); -121dBm (FSK,Frequency deviation=5kHz, Bit Rate=1.2kbps)
Antenna TypeBuilt-in antenna
Communication DistanceUp to 10 km (visible linear obstacle-free transmission distance , actual transmission distance depends on the environment )
Data Transfer RateLoRa: 0.3kbps~50kbps FSK: 1.2kbps~300kbps
ModulationLoRa/FSK
Supportable LoRaWAN BandEU863-870, US902-928, AU915-928, KR920-923, AS923-1,AS923-2, AS923-3, IN865-867, CN470-510
Physical:
Main Body Dimension117mm x 114mm x 82.6mm
Operating Temperature-20℃ ~ 55℃
Storage Temperature Range-40°C ~ 85°C
Environment Humidity Range< 90%RH (No condensation)

N-R72616A temperature and humidity sensor detects and sends the temperature and humidity data of the environment. The device is in line with the LoRa protocol standard. N-R72616A with PM2.5 dust sensor can be used to obtain the concentration of suspended particulates in air per unit volume.