Respirable Dust Sampler

VAYOMTECH Respirable Dust Sampler VTM-560BL is latest Dust sampler for monitoring of Respirable Dust (PM10) using the sharp cut-off cyclone and collected on the glass Microfibre filter paper. It can also be used for simultaneously monitoring of gaseous pollutants like SO2, NOx etc. using the Gaseous attachment. Total suspended Particulate matter can also be analyzed using the Dust collected in Dust-Cup. 

Our offered product is precision-designed, in order to meet up the international standard. It can be useful for cement plants, food processing industry, construction sites and mining sites. This product is obtainable in technical specifications as per the wide-ranging desires of our precious clients. Our Respirable Dust Sampler VTM-560BL is scientifically designed and rigorously tested on diverse parameters to guarantee its superior performance.

Features of Respirable Dust Sampler

  • User Friendly & Easy to Operate
  • Best Quality instrument for long operating life.
  • 1 Year Manufacturing Warranty
  • Brushless Blower for low noise and smooth operation.
  • Rugged Design, Long operational life with smooth functioning.

Respirable Dust Sampler Specifications

Flow Rate

0.9 – 1.4 m3 /min free flow

Particle Size

Particles of 10 microns & below collected on Filter Paper holder. SPM bigger than 10 microns collected in a separate sampling bottle under the cyclone

Sampling Time

28 hours (maximum)

Sampling Time Record

0 to 9999.99 hrs. recorded on a Time Totalizer

Power requirement

Nominal 220 V, Single Phase, 50Hz AC mains supply. For proper operation and safety a good earth connection is mandatory

Size & Weight

430 x 320 x 930mm, 45 Kg

Automatic Sampling

24 hrs programmable timer to automatically shut off the system after pre-Control set time interval

Warranty

One year manufacturer warranty

Respirable Dust Sampler Working Principle

A respirable dust sampler functions by extracting respirable dust particles from the air, depositing them onto filter paper. Subsequently, the concentration of respirable dust is gauged by assessing the weight variance of the filter paper before and after sampling, employing gravimetric analysis. This method serves to ascertain the presence of airborne contaminants within a given environment and evaluate the associated inhalation risk posed by atmospheric air.

The working principle of a respirable dust sampler involves several key steps to accurately measure airborne contaminants. Firstly, the sampler draws in air, capturing respirable dust particles through a filtration system. These particles are then deposited onto specialized filter paper within the sampler.

Following the sampling process, the filter paper is carefully removed and weighed to determine the initial weight. The difference in weight before and after sampling represents the mass of respirable dust collected during the sampling period.

This collected data is crucial for assessing the concentration of respirable dust in the air. By employing gravimetric analysis, which measures the weight of particles, the exact concentration of airborne contaminants can be determined with precision.

The method of gravimetric analysis provides reliable insights into the level of pollutants present in a given environment. This information is essential for evaluating the potential health risks associated with inhaling air from the atmosphere.

Overall, the working principle of a respirable dust sampler revolves around the efficient extraction and measurement of respirable dust particles. By accurately gauging the concentration of airborne contaminants, this method helps to safeguard human health and assess the overall air quality of a particular area.

Respirable Dust Sampler Price

Wondering about the respirable dust sampler price? VayomTech offers competitive pricing options to suit your budgetary requirements. Get in touch with us for a customized quote tailored to your specific needs. We believe that ensuring air quality shouldn’t break the bank, and our affordable solutions reflect that commitment.

Feel free to reach out to us for inquiries regarding respirable dust sampler price, manual requests, or any technical questions you may have. We’re here to assist you every step of the way. Whether you’re seeking information about our products or require support with their operation, our team is dedicated to providing you with prompt and reliable assistance. Simply contact us, and we’ll be happy to address your needs promptly and efficiently. 

You can contact us via contact form below or email us sales@ vayomtech.com

In today’s environment, maintaining optimal air quality is paramount. With the EnviroTech APM 460 respirable dust sampler, you can effectively monitor airborne contaminants and ensure a safe and healthy atmosphere. Designed with precision and reliability in mind, this advanced sampler employs cutting-edge technology to deliver accurate results every time.

The working principle of the respirable dust sampler is straightforward yet effective. Utilizing a cyclone mechanism, the APM 460 separates respirable dust particles from the air, capturing them on filter paper. This innovative process ensures precise sampling, allowing for comprehensive analysis of airborne contaminants.

Curious to learn more about the respirable dust sampler’s operation? Our detailed diagrams and PDF resources provide comprehensive insights into its functionality. Whether you’re a seasoned professional or a newcomer to air quality monitoring, our user-friendly materials make understanding the process a breeze.

At EnviroTech, we understand the importance of responsive customer support. That’s why we’re here to address any technical queries or concerns you may have. Our team of experts is dedicated to providing prompt assistance and ensuring a seamless experience from start to finish.

Don’t compromise on air quality. Invest in the EnviroTech APM 460 respirable dust sampler today and breathe easy knowing that you’re safeguarding the health and well-being of yourself and others. Contact us to learn more about our products and how they can benefit your air quality monitoring efforts.

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