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Portable Airborne Particle Counter LMAP-A300 is a micro-computer-controlled unit with size channel variations. It can simultaneously count particles in six distinct size channels of 0.1 µm, 0.2 µm, 0.3 µm, 0.5 µm, 1.0 µm, 5.0 µm for real-time monitoring. Current and pre-recorded data can be printed directly by the built-in thermal-sensitive printer for user convenience. Multiple Printing mode is available for viewing, downloading, and printing the data for user convenience.
Specifications
| Particle Size Channels | 0.1 µm, 0.2 µm, 0.3 µm, 0.5 µm, 1.0 µm, 5.0 µm |
| Flow Rate | 1 CFM (28.3 L/min) |
| Teat Way | UCL |
| Print Mode | Built-in thermal Printer |
| Working Time | 8 hours of continuous use |
| Display | LCD |
| Test Period | 1 min to 40 min |
| Light source and Life | Long-life laser diode with 3000h MTTF |
| Zero Count | ≤10 min |
| Data Storage | 256 samples |
| Power | 220 V ± 10 %, 50 Hz ± 2 Hz |
| Power Dissipation | 80W |
| Dimensions | 370 × 440 × 126 mm |
| Weight | 6.0 kgs |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Portable Airborne Particle Counter LMAP-A300 |
Features
Large and Clear LCD display for showing particle count of all channels
Integrated with computerized verifications
Thermal printer incorporated for printing the data
It can store data up to 256 samples
Data conversion between ft³ and m³
Laser diode with 3000h MTTF incorporated for long life
1 CFM flow rate for better counting
Lightweight and portable
Easy to operate and Low maintenance
Standard Accessories
Isokinetic probe Sampling tubing Sampling stent Operator manual
Applications
It finds application in a variety of settings, including clean room monitoring, indoor air quality assessment, filter testing, particle source tracking, pharmaceuticals, research, and development labs, as well as the electronics and semiconductor industries.
Selection Guide
Portable Airborne Particle Counter LMAP-A300 is a versatile tool designed for cleanroom validation, pharmaceutical research, air quality monitoring, and contamination control. It accurately measures particles from 0.3 to 10.0 µm, making it suitable for ISO 14644-1 compliance, filter performance testing, and various research experiments. With a 2.83 L/min flow rate, large data storage capacity, and battery-powered portability, it’s best suited for on-site sampling and multi-location testing across industries like healthcare, electronics, and biotechnology. Its use is not limited to these applications; users may select it based on their unique requirements.
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Frequently Asked Questions
1 What is a Portable Airborne Particle Counter LMAP-A300?
A Portable Airborne Particle Counter LMAP-A300 is a handheld device that detects and counts airborne particles across multiple sizes to monitor air cleanliness and quality.
2 How does a Portable Airborne Particle Counter LMAP-A300 work?
A Portable Airborne Particle Counter LMAP-A300 operates on the principle of laser light scattering to detect and count airborne particles.
3 Is Portable Airborne Particle Counter LMAP-A300 effective for use in food processing plants?
Portable Airborne Particle Counter LMAP-A300 ensures air cleanliness to prevent contamination in food manufacturing environments.
4 Can Portable Airborne Particle Counter LMAP-A300 assist in research on airborne disease transmission?
Portable Airborne Particle Counter LMAP-A300 measures particle concentrations relevant to studying airborne pathogens.
5 Is Portable Airborne Particle Counter LMAP-A300 suitable for forensic laboratories?
Portable Airborne Particle Counter LMAP-A300 ensures clean environments for sensitive evidence processing and analysis.
6 Can Portable Airborne Particle Counter LMAP-A300 be used to monitor particle levels in biosafety cabinets?
Portable Airborne Particle Counter LMAP-A300 verifies containment and cleanliness inside biosafety or laminar flow cabinets.
7 Can Portable Airborne Particle Counter LMAP-A300 help evaluate clean zones in packaging areas?
Portable Airborne Particle Counter LMAP-A300 confirms particle control in areas where sterile or sensitive packaging is required.
8 Is Portable Airborne Particle Counter LMAP-A300 suitable for use in petrochemical plants?
Portable Airborne Particle Counter LMAP-A300 monitors airborne particles to support safety and equipment longevity in sensitive areas.
9 Is Portable Airborne Particle Counter LMAP-A300 suitable for monitoring air in fermentation or biotech plants?
Portable Airborne Particle Counter LMAP-A300 ensures clean air to prevent contamination in bioprocessing environments.
10 What kind of maintenance does Portable Airborne Particle Counter LMAP-A300 require?
Routine maintenance includes laser calibration, cleaning of sampling ports, checking for sensor alignment, and ensuring internal components like fans and optics remain dust-free.
11 What is a Portable Airborne Particle Counter?
A Portable Airborne Particle Counter is a mobile apparatus designed to detect and count the number and size of particles suspended in the air.
12 How does a Portable Airborne Particle Counter work?
It works by sampling air and detecting particles as they pass through a laser beam, measuring their size and quantity.
13 Can environmental conditions affect Portable Airborne Particle Counter?
High humidity and extreme temperatures can affect its readings or damage sensitive internal components.
14 What kind of maintenance does Portable Airborne Particle Counter require?
Regular maintenance includes cleaning of the apparatus, storing it properly and calibrating it annually for accurate performance.
15 Can Portable Airborne Particle Counter detect smoke or pollution?
It can detect fine particulates in smoke and pollution.
16 Can Portable Airborne Particle Counter be used in a cleanroom?
It is widely used in cleanroom environments.
17 Can Portable Airborne Particle Counter be used in a manufacturing facility?
It is commonly used in electronics, pharmaceuticals, food processing and other controlled manufacturing environments to ensure air cleanliness.
18 Can Portable Airborne Particle Counter be used to validate HEPA filters?
It is commonly used during HEPA/ULPA filter integrity testing.
19 Can Portable Airborne Particle Counter be used to measure air cleanliness in laboratories?
It is commonly used in laboratory environments in order to ensure that airborne particle levels comply with cleanliness standards necessary for research and testing.
20 Can Portable Airborne Particle Counter be used to measure air quality in vehicles?
It is suitable for measuring particulate pollution in vehicles.