Portable Airborne Particle Counter LMAP-A100 Catalog

Overview

Portable Airborne Particle Counter LMAP-A100 is a handheld airborne particle counter controlled by a microcomputer that includes six unique channels for simultaneous particle enumeration over different size spectra. This device allows users to easily visualize the data and enables them to download and print. Equipped with a thermally responsive printing mechanism, facilitating direct on-site data printouts. The flow rate is 0.1 CFU which is very convenient to use

Features :

Particle is detected by advanced laser sensor technology
A remarkably user-friendly touch-screen interface is smoothly integrated to streamline both the sampling and configuration procedures
Counting can be done automatically or manually
The innovative software further optimizes the uploading of complex sampling configurations directly to the particle counter, reducing setup difficulties
The screen displays the date and time to stay on track while operating
Data transformation: Ft³ and m³

Specifications :

Particle Size Channels	0.3 µm, 0.5 µm, 1.0 µm, 3.0 µm, 5.0 µm, 10.0 µm
Flow Rate	0.1 CFM ( 2.83 L/min )
Built-in Battery	No
Test Class	Class 100 to class 300,000
Test Period	1 min to 10 min (10 levels)
Light source and Life	Semiconductor laser >30,000 hours
Self-cleaning Time	≤10 min
Operating Temperature Range	10℃ to 35℃
Operational Humidity	≤ 75% RH
UCL Calculation	0.95
Power	220 V ± 10 %, 50 Hz ± 2 Hz
Power Dissipation	15 W
Dimensions	215 × 255 × 110 mm
Weight	2.6 kgs

Standard Accessories :

Aluminum alloy case 1Quantity Power cord 1Quantity Sampling rack 1Quantity Printing paper 1Quantity Fuse 1Quantity Operating manual 1Quantity

Applications :

It finds versatile applications in clean room monitoring, indoor air quality testing, filter assessments, particle tracking, pharmaceuticals, R&D labs, electronics, and semiconductor industries.

Selection Guide :

Portable Airborne Particle Counter LMAP-A100 is ideal for professionals involved in cleanroom monitoring, pharmaceutical production, environmental research, and HVAC testing. It supports applications such as cleanroom validation, indoor air quality assessment, and filter efficiency testing. Researchers dealing with aerosol science, occupational health, and electronics manufacturing can use it for time-based monitoring, spatial contamination mapping, and size-specific particle analysis. Its portability, real-time data logging, and compliance with ISO 21501-4 make it a better option for experiments and applications that demand accurate airborne particle detection.