Overview

Portable Airborne Particle Counter LMAP-B100 offers flowrate of 28.3L/min. It allows customizable sampling of up to 99 cycles, enabling flexible monitoring schedules. Equipped with integrated temperature and humidity sensor, it provides simultaneous tracking of environmental parameters. Its six size channels, enables broad-range monitoring and analysis across different air contaminants. Our Portable Airborne Particle Counter is ideal for cleanroom monitoring, pharmaceutical production, environmental testing 

Features :

Automated Calibration System

7-Inch Color Touch Screen

Semiconductor Diode

Unit Conversion

USB Data Transfer

Dual Power Options

Specifications :

Flow rate	28.3L/min (0.1cfm)
Particle Size	0.3, 0.5, 1.0, 3.0, 5.0, 10.0 µm
Auto-clean duration	Less than or equal to 10min
Particle size deviation	0.5 µm to 5 µm, less than or equal ± 30%
Particle concentration deviation	0.5 µm, less than or equal ± 30%
Repeatability accuracy	Less than or equal ±10%
Working Temperature	15 to 35℃
Working Humidity	10 to 85% RH
Sampling duration	Adjustable from 1 second to 99 minutes
Collection delay	Less than or equal to 99s
Reading interval	Less than or equal to 999s
Collection mode	Continuous, less than or equal 99 times
Alarm level	Class 100 to Class 300,000 or 5 to 9
Recharge duration	3 hours
Continuous runtime	8 hours
Built-in battery	220 Wh (16.8V/15Ah)
Power adapter	84 W (16.8V/5A)
Power consumption	25 W
Dimensions	460 × 265 × 420 mm
Net weight	8kg
Gross weight	8.5kg

Applications :

Portable Airborne Particle Counter LMAP-B100 is ideal for cleanroom monitoring, pharmaceutical production, semiconductor manufacturing, environmental testing, food processing, and hospital infection control.

Selection Guide :

Portable Airborne Particle Counter LMAP-B100 is the perfect choice for professionals involved in cleanroom monitoring, pharmaceutical manufacturing, environmental air quality studies, and research requiring strict airborne contamination control. It is particularly suited for applications in hospitals, electronics production, HVAC testing, and aerospace environments. Researchers use it in studies focused on air pollution, occupational health, and biomedical contamination. The device supports experiments like filter efficiency testing, cleanroom validation, and laminar flow cabinet performance analysis. With its high sensitivity (detecting particles as small as 0.3 µm), portable design, and compliance with ISO and GMP standards, it is perfect for both field and laboratory use where accurate air quality monitoring is critical.