Portable Airborne Particle Counter T-S2P-S2101

Introduction

Portable Airborne Particle Counter a marvel of versatility and precision device ideal for monitoring air quality in a clean room. Designed with six user-adjustable size channels 0.3 µm, 0.5 µm, 1.0 µm, 3.0 µm, 5.0 µm, and 10.0 µm to monitor ultra-clean environment. Built-in printer and onboard data logging memory streamline data management. Crafted from cleanroom-friendly stainless-steel material for durability.

Manufactured under strict quality control processes, complying with international laboratory equipment standards. Provides 1-year warranty for main components and lifetime technical support.

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 is well suited to cleanroom monitoring, pharmaceutical validation, hospital air quality checks, and HVAC filter testing. It supports ISO Class 5–9 compliance by measuring six particle sizes (0.3–10 μm) simultaneously, while also recording temperature and humidity. Its lightweight, battery-powered design and touchscreen display make it perfect for field use and real-time monitoring. With data logging and USB export, it provides traceability for audits and research documentation. This tool is a smart choice for professionals needing accurate, portable, and easy-to-use air particle measurement for multiple applications.

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	yes
Battery Type	Lithium-ion
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

Features

Built-in printer with multiple printing modes which help in viewing, downloading, and printing the pre-recorded and current data.

Six-channel microcomputer-controlled unit for counting from six different size ranges with real-time monitoring.

Particle detection is done by laser sensor-based technology.

It offers dual counting modes, allowing one to choose between Auto and Manual counting
With versatile data conversion options in both (ft³) and (m³).

Programmed with calendar and clock function.

Data can be displayed in counts, counts/m3, and counts/ft³.

Rechargeable battery for long-term use.

Standard Accessories

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

FAQs

1. What is a Portable Airborne Particle Counter

A Portable Airborne Particle Counter is a handheld device that uses laser scattering to detect and measure airborne particles in cleanrooms and controlled environments for contamination monitoring.

2. How does a Portable Airborne Particle Counter work?

A Portable Airborne Particle Counter works on the principle of laser light scattering to detect and count airborne particles.

3. Is Portable Airborne Particle Counter suitable for testing air filter efficiency?

Portable Airborne Particle Counter measures particle counts before and after filtration to assess filter performance.

4. Can Portable Airborne Particle Counter be used in food processing environments?

Portable Airborne Particle Counter helps ensure air cleanliness to prevent contamination in food production areas.

5. Is Portable Airborne Particle Counter applicable in hospital operating rooms?

Portable Airborne Particle Counter monitors particle contamination to maintain sterile surgical environments.

6. Is Portable Airborne Particle Counter used in aerospace manufacturing?

Portable Airborne Particle Counter controls airborne contamination which is critical to aerospace component manufacturing.

7. Can Portable Airborne Particle Counter be used inside biological safety cabinets?

Portable Airborne Particle Counter verifies particle containment and cleanliness within biological safety cabinets.

8. Can Portable Airborne Particle Counter help in environmental monitoring in laboratories?

Portable Airborne Particle Counter monitors airborne particles to maintain contamination-free lab environments.

9. Can Portable Airborne Particle Counter be used in semiconductor manufacturing?

Portable Airborne Particle Counter helps monitor particle contamination which is critical for semiconductor fabrication.

10. What kind of maintenance does Portable Airborne Particle Counter require?

Routine maintenance including regular inlet cleaning, annual calibration, use of its self-cleaning function, and periodic zero count tests to ensure accuracy and performance.

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.