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Catalogue Number : ATSMC0114
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Product Family Information

Product Family Information

	M Air T Air Testing Systems The M Air T system is a lightweight air tester featuring a unique cProductte design for determining the presence of viable, airborne microorganisms in critical areas. The system impacts microorganisms onto an agar surface, which is the referenced method for analyzing microbial air contamination. » More…
	M Air T Air Testing Systems Fast and reliable results with maximum recovery; large agar amount and unique micro-perforated sieve allow air sampling of up to 1 cubic meter. Reproducible results; unit-to-unit consistency of agar surface shape. Easy-to-use, compact, lightweight sampler, programmable, extended-life battery, delay timer to minimize risk of secondary contamination. » More…

M Air T Air Testing Systems

The M Air T system is a lightweight air tester featuring a unique cProductte design for determining the presence of viable, airborne microorganisms in critical areas. The system impacts microorganisms onto an agar surface, which is the referenced method for analyzing microbial air contamination.

» More…

M Air T Air Testing Systems

Fast and reliable results with maximum recovery; large agar amount and unique micro-perforated sieve allow air sampling of up to 1 cubic meter. Reproducible results; unit-to-unit consistency of agar surface shape. Easy-to-use, compact, lightweight sampler, programmable, extended-life battery, delay timer to minimize risk of secondary contamination.

» More…

M Air T cassette

Description:

M Air T Empty Cassette

Trade Name:

M Air T

Applications:

Microbiological air monitoring

Key Applications:

Pharmaceutical Products Analysis
Environmental Analysis

Packaging:

Cassette

Air Testing Product Type:

Equipment

Product Resources

Brochures

Brochures

M Air T Millipore Air Tester, PB201EN00

Data Sheets

Data Sheets

M Air T Tester - A sieve-impaction sampler with ready-to-use agar cassettes
M Air T Compressed Gas and Air Sampling System

FAQs

FAQs

Does the air outlet modify laminar flow? » Answer

The effect of the tester air outlet can be visualized by conducting a smoke test. In the product data sheet we provide, an aerological scheme of our unit, done in a laminar flow hood. A test should be conducted in each monitored area to assure airflows are not conflicting.

Does Temperature affect re-charging of the M Air T batteries? » Answer

Yes, The batteries should be left at room temperature for a couple of hours before re-charging. The efficiency of the batteries decreases with cold temperatures.

Does the LCD display indicate if the sampling cycle is finished too early? » Answer

Yes, the LCD display indicates "EOC" (End Of Cycle) after the sampling cycle. If something happened before the normal sampling cycle is completed you will not see this indication.

How can I sanitize the sampling head? » Answer

Either use the wipes supplied in the carrying case when the product is initially purchased, or alcohol. You may also use a swab containing alcohol, or spray a small quantity of alcohol on the tester head. Please note that alcohol should not be sprayed on the M Air T unit as it is not explosion proof.

How can I determine that the sieve is not clogged, or damaged? » Answer

Visually inspect the sieve, check for damages, corrosion, etc. Additionally, check the agar cassette surface after impaction to verify a uniform distribution of dimples.

Do I need to disconnect the power cord before I connect the battery charger? » Answer

No, the tester electronically controls the battery charge. The unit remains functional when plugged to an external electrical source.

How many cycles can I process before I need to re-calibrate the tester? » Answer

The M Air T unit ran over 1000 tests during qualification and did not show any deviation of the flow rate. Millipore recommends to re-calibrate the unit once or twice per year

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MSDS

MSDS

Product that does not require an MSDS

Technical Literature

Technical Literature

Improved Recovery of Airborne Microorganisms
M air T microbiological air monitoring; 2001
Development of a culture media for air monitoring in antibiotic production area
The Effect of Residual VHP on Microorganism Recovery when Performing Air Monitoring in Isolators

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