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PM2.5 Emitters for Indoor Use
Smart Sensors

PM2.5 Basic parameters of indoor sensors

  • Detection principle: Optical particle counting (1 µm particles +) with an accuracy of ± 10 µg/m³ ± 10 %.
  • Output signal 4-20mA/0-5V/0-10V/RS485 (Modbus protocol, 1200 meters connection).
  • Environmental adaptability: working temperature -10~60℃ (20-80% RH), response time 15 minutes.
  • Application Scenario: Intelligent Building/Air Conditioning/HVAC/Heating and Cooling System, support factory/office environment monitoring.
  • Calibration and Maintenance: Standard calibration, IP protection (anti-condensation design).
$45.00 - $60.00

The indoor PM2.5 sensor/transmitter can be used in a variety of intelligent buildings and HVAC systems, such as airports, train stations, subway stations, pharmaceutical factories, museums, intelligent buildings and gymnasiums. The product adopts imported high-performance processor and high-performance PM2.5 sensor, particle counting principle, can be sensitive to detect particles larger than 1 μm in diameter.PM2.5 internal sensor/transmitter can choose current and voltage output signals, 485 output signals and 485 serial outputs, and use the standard MODBUS communication protocol. It can be widely used in indoor home environment monitoring, factory environment monitoring, office environment monitoring, atmospheric monitoring and other places.

Indoor Environment PM2.5 Transmitter Testing Accuracy Optical ±10 μg/m3+10% ±10 μg/m3+10% @ 20℃~35℃, 20% RH~80% RH

15 minutes

Standard Calibration
Output Parameters Output Signal : 4 to 20 mARL <400 ohms

0 to 5 VDCRL > 10 kΩ

0 to 10 VDCRL>10kΩ
485 Output Settings Signal Type :

RS485 type:

Connection :

 RS485 serial output

Multi-point, half-duplex

2 wires, max. connection distance 1200 meters, direct connection to the terminal.
Working environment Operating environment: Temperature -10 …… +60°C, Humidity 0…. .95% relative humidity, non-condensing.
Storage environment: Temperature -20 … +80°C, humidity 0….. .95% relative humidity, non-condensing