Ambient Air Particulate Monitor (Air Quality) Equipment Available In Laos
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PremiumManufactured by ENVEAbased in FRANCE
Continuous dust monitoring in ambient air: control system areas, silo areas, boiler houses, work stations. AirSafe 2 is an electrodynamic dust sensor monitoring leakages and dust concentration in ambient air in production facilities or workplaces. This versatile sensor allows you to keep under ...
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PremiumManufactured by ENVEAbased in FRANCE
Hybrid monitor utilizing ISO 10473 SRM Method & optical technology for Automatic & Real-Time measurement of PM10, PM2.5 and PM1 fine dust. The standard Beta gauge measurement Method ISO 10473 of the MP101M analyzer allows, when used with the patented optical technology of the OPM module, the continuous and simultaneous measurement of ...
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PremiumManufactured by ENVEAbased in FRANCE
PM10, PM2.5 and PM1 fine dust concentration measurement in the range 0-10,000 μg/m3 using the Standard Reference Method. The MP101M particulate analyzer uses the standard ISO 10473 beta gauge measurement method for the continuous measurement of the concentration of fine dust in ambient air. The instrument is certified ...
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PremiumManufactured by ENVEAbased in FRANCE
The AirSafe PM provides continuous and precise monitoring of dust exposures in indoor ambient air. The AirSafe PM can be used for indoor workplace exposure monitoring, utilizing the high range and low range sensors to detect and track particulate exposure limits and limit violations. Health and safety personnel ...
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PremiumManufactured by ENVEAbased in FRANCE
Designed to automatically sample particulates on filters using a TSP, PM10, PM2.5 or PM1 inlet. PM162M is a sequential automatic sampling device for particulate matter in the ambient air. The particles are sampled at constant flow rate (1 m3/h or 2.3 m3/h) and collected on filters for gravimetric weighing and possible ...
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Manufactured by Droplet Measurement Technologies (DMT)based in USA
ambient air particulate, monitoing emissions, monitoring opacity, ensuring urban air quality, atmospheric and dust monitoring. In comparison, millipulse technologies use low pulse rate, high energy per pulse lasers. This often means higher instrument power requirements and larger physical units. ...
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