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ERL Air Pollution

The ERLP measures ultra fine dust PM10, PM25 and PM01, Humidity, Temperature and windspeed all in one device so you will get a complete measurement and impression of local conditions en context in which the pollution measurement has taken place.

ERLP is a kind of digital and universal particle concentration sensor, which can be used to obtain the number of suspended particles in the air, i.e. the concentration of particles, and output them in the form of digital interface. This sensor can be inserted into variable instruments related to the concentration of suspended particles in the air or other environmental improvement equipments to provide correct concentration data in time. 

Laser scattering principle is used for such sensor, i.e. produce scattering by using laser to radiate suspending particles in the air, then collect scattering light in a certain degree, and finally obtain the curve of scattering light change with time. In the end, equivalent particle diameter and the number of particles with different diameter per unit volume can be calculated by microprocessor based on MIE theory. 

Mainly output as the quality and number of each particles with different size per unit volume, the unit volume of particle number is 0.1L and the unit of mass concentration is μ g/m3.

There are two options for digital output: passive and active. Default mode is active after power up. In this mode sensor would send serial data to the host automatically .The active mode is divided into two sub-modes: stable mode and fast mode. If the concentration change is small the sensor would run at stable mode with the real interval of 2.3s.And if the change is big the sensor would be changed to fast mode automatically with the interval of 200~800ms, the higher of the concentration, the shorter of the interval. 




Range of measurement 


Micrometer(μ m) 

Counting Efficiency 

50%@0.3μ m 98%@>=0.5μ m 


Effective Range(PM2.5 standard) 


μ g/m3 

Maximum Range(PM2.5 standard)* 


μ g/m3 


μ g/m3 

Maximum Consistency Error (PM2.5 standard data)* 

±10%@100~500μ g/m3 ±10μ g/m3@0~100μ g/m3 


Standard Volume 



Single Response Time 



Total Response Time 



Working Temperature Range 



Working Humidity Range 



Storage Temperature Range 







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