We are a leading firm in this domain engaged in offering high quality Combined Dust Samplers that are extensively used sampling the various pollutants in the environment. Our offered samplers are manufactured under the guidance of our proficient experts using high grade components with the help of ultra-modern technology as per the set industry standards. Furthermore, customers can avail these Combined Dust Samplers from us in various technical specifications as per their needs within the defined time frame.
Features:
As per recent Air quality standard published by Govt. of India where measurement of PM 2.5 dusts has been made mandatory besides other parameters for defining the quality of ambient air. An impactor based PM 2.5 sampler has been manufactured by Lata Envirotech Services which is meet requirements of PM10 & PM 2.5 sampling using APM 250. PM 10 & PM 2.5 concentration in ambient air can be measured by using this sampler simultaneously.
APM 250 fitted with brushless and noiseless pump assembly where sampling rates of 1m3/hr is maintained constant with the help of orifice.
This sampler is suitable for PM 10 & PM 2.5 monitoring simultaneously both the parameter can be monitored at a time.
Advantages:
Specification
Brand | LES |
Automation Grade | Automatic |
Power Source | Electricity |
Sensor Technology | Light Transmission |
Warranty | 1 year |
Display | Digital |
Technical Specifications:
Particle Size | Omni-directional air inlet with PM 10 separation through an impactor followed by PM 2.5 separation through a WINS Impactor. |
Sampling rate | Constant sampling rate of 1m3/hr unaffected by voltage fluctuation and filter choking maintained by critical orifice system. |
Filter Media | Filter holder designed to accept any standard 47 mm diameter filter media. |
Sample Volume | Fitting 2Nos. of Dry Gas meter records the total air volume sampled for PM10 & PM2.5. |
Power Requirement | Single phase AC 220 Volts, 50 Hertz supply. Sampler unaffected by +/-10% fluctuation in supply voltage |
Weight | 35 Kg approx. |