DUST MONITOR Matsushima Vietnam

 

Dust monitors are measuring instruments that measure dust concentration (mg/m3) in the air and there are 3 types which are triboelectric, light scattering and light transmission principles.

A Particle counter is one of the kind but it measures number of physical microparticles (pcs/m3) instead of concentration (mg/m3).


 Triboelectric Dust Monitor


Triboelectric charging occurs when two materials are brought into contact then separated or slide against each other. Triboelectric dust monitor receives the electrostatic movement at the probe and converts them into analog signal in proportion to the dust concentration.

Light Scattering Dust Monitor


Light scattering dust monitor emits light into the process, receives light scattered from particles and count them as dust concentration signal. Basic principle is same as the particle counter. Refer to the below "2. Working principle of particle counter".

Light Transmission Dust Monitor


Light transmission dust monitor emits light from emitter and the receiver receives the light attenuated by flying dust in between. This attenuation is in proportion to the dust concentration.

Model

Name

Keyseo

PFM-M01E

Dust Monitor-Sensor/Sensor with integrated transducer

thiết bị đo giám sát lưu lượng bụi, khí thải, chất lỏng, chất rắn dạng bột/ Đại Lí Matsushima Vietnam/ Matsushima Dust Sensor/ Dust Monitor-Sensor/With Concentration-level correction/ Dust Monitor-Sensor/With Concentration-level correction.

PFM-M11P

PFM-KCU11

Dust Monitor-Sensor/Standard type

PFM-M11P

PFM-KCU12

Dust Monitor-Sensor/With Concentration-level correction

PFM-M11T

PFM-KCU11

Dust Monitor-Sensor/With Concentration-level correction

PFM-M11T

PFM-KCU12

Dust Monitor-Sensor/ With Concentration-level correction

PFM-M11T

PFM-KCU14

Dust Monitor-Sensor

PFM-M01PEX

PFM-KCU01

Z961/Z964

Dust Monitor-Sensor/ Standard type

PFM-M01PEX

PFM-KCU02

Z961/Z964

Dust Monitor-Sensor/ Concentration-level correction

PFM-M01PEX

PFM-KCU04

Z961/Z964

Dust Monitor-Sensor/ Concentration-level correction