Overview

Portable Air Sampler LMPAS-B100 offers 100L/min regulated airflow within a sampling range of 0.01 to 6.0 m³. Integrated with stores up to 256 records, allowing seamless data management for long-term monitoring. Incorporated with a multi-hole port that optimizes flow dispersion for enhanced particle retention. Equipped with isokinetic intake control maintaining steady conditions for effective sample acquisition. Our Portable Air Sampler features a sturdy aluminum alloy, ensuring long-lasting performance in varied environments.

Features :

High Dust Handling Capacity 

Optimized Wind Speed Velocity

Wide Environmental Adaptability

Rechargeable Dc 7.4v Battery 

Petri Dish Compatibility

Compact Cylindrical Structure

Specifications :

Type Of Sampling	Isokinetic
Sampling Flow Rate	100L/min±5%
Sampling Volume	0.01 to 6.0 m³
Sampling Port Design	Multi-hole
Sampling Head Wind Speed	12 m/s
Sampling Port Flow Speed	0.38m/s
Sample Collection Efficiency	Less than 75%
Material	Aluminum Alloy
Maximum Dust Content	100,000,000 particles/m³ at 0.5µm or 0.2 mg/m³
Maximum Wind Speed	1m/s
Data Storage Capacity	256 sampling records
Temperature Range	10°C to 35°C
Relative Humidity Range	10% to 90% RH
Atmospheric Pressure Range	80 to 110kPa
Battery Performance	6 hours with fully rechargeable
Power Supply	AC/DC dual mode, DC 7.4V
Petri Dish Dimension	90 × 15 mm
Dimension	120 × 300 mm
Weight	2.5kg

Applications :

Portable Air Sampler LMPAS-B100 maintains controlled conditions in pharmaceutical, biotech, and semiconductor sectors for cleanroom monitoring while identifying pollutants in manufacturing and processing units for industrial assessment.

Selection Guide :

Portable Air Sampler LMPAS-B100 finds optimal application in a variety of research and application requirements such as environmental monitoring, industrial hygiene, cleanroom validation, public health studies, and occupational exposure estimations. Its compact, battery-operated design and adjustable flow rate make it suitable for field use, while its compatibility with filters, agar plates, and impingers supports various sampling methods. Researchers can count on it for particulate matter analysis, bioaerosol studies, and time-series sampling in both indoor and outdoor environments. Whether you are conducting toxicological studies, microbial culture collection, or air quality trend monitoring, it provides accurate, consistent performance for reliable data collection, to assist users in choosing it according to their specific research or experimental requirements.