Portable Airborne Particle Counter T-S2P-S2200

Introduction

Portable Airborne Particle Counter is a six-channel microcomputer control device, that offers real-time monitoring and counting in multiple size ranges. Plus, its integrated thermal-sensitive printer ensures instant data access to current data and pre-recorded data. Multiple printing options for ultimate convenience and viewing, downloading, and printing options are also made available by the built-in printer.

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

Applications

This versatile instrument finds application in a wide range of sectors, including clean room monitoring, indoor air quality assessment, filter performance evaluation, particle source tracking, pharmaceuticals, research and development laboratories, and the electronics and semiconductor industries

Selection Guide

Portable Airborne Particle Counter is a trustworthy option for cleanroom monitoring, pharmaceutical environments, hospitals, and environmental research. It measures particles from 0.3 µm to 10 µm with a flow rate of 2.83 L/min, making it perfect for spot checks and regular air quality assessments. Lightweight and battery-operated, it provides easy portability, a user-friendly touchscreen display, and built-in data storage for up to 1000 records. Based on research and real-world experiments, this device delivers accurate results comparable to fixed systems, making it suitable for professionals seeking a cost-effective, versatile, and efficient particle counting solution.

Specifications

Particle Size Channels	0.3 µm, 0.5 µm, 1.0 µm, 3.0 µm, 5.0 µm, 10.0 µm
Flow Rate	1 CFM ( 28.3 L/min )
Built-in Battery	yes
Battery Type	Lithium-ion(Optional)
Battery Life	>4 hours of continuous use
Test Class	Class 100 to class 300,000
Test Period	1 min to 10 min
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	12 W
Dimensions	235 × 300 × 115 mm
Net Weight	3.3 kg
Gross Weight	8 kg

Features

Providing a crystal-clear display of particle counts across all channels with a large LCD screen
Powered by laser sensor technology, ensures unparalleled accuracy
Switch between dual counting modes, automated ease of Auto mode or the hands-on control of Manual mode
Particle counter measures in both cubic feet (ft³) and cubic meters (m³)
Sounds the alarm when counts exceed preset limits to alert the contamination
Data with a date and time display is present in this device, ensuring a precise record of when measurements were taken
It offers the flexibility of an optional rechargeable battery, so you can take it wherever you need to go
An optional RS232 communication interface for seamless data transfer

Standard Accessories

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

Li-battery 1Quantity Software 1Quantity

FAQs

1. What is a Portable Airborne Particle Counter

A Portable Airborne Particle Counter measurement of airborne particles across six size ranges.

2. How does a Portable Airborne Particle Counter work?

A Portable Airborne Particle Counter works on the principle of light scattering using a laser diode.

3. What is the role of Portable Airborne Particle Counter in biotech laboratories?

Portable Airborne Particle Counter maintains clean experimental conditions for cell cultures and DNA/RNA work.

4. Why use Portable Airborne Particle Counter in chemical manufacturing?

Portable Airborne Particle Counter helps detect particulate contamination that could affect chemical purity or reactions.

5. How does Portable Airborne Particle Counter benefit food processing facilities?

Portable Airborne Particle Counter monitors airborne particles to maintain hygienic production areas.

6. Can Portable Airborne Particle Counter assess air filter performance?

Portable Airborne Particle Counter assesses air filter performance by measuring particle concentration before and after filtration.

7. How does Portable Airborne Particle Counter help in hospitals?

Portable Airborne Particle Counter verifies clean air in surgical rooms and infection control zones.

8. Can Portable Airborne Particle Counter be used in nanotech research environments?

Portable Airborne Particle Counter ensures ultra-clean air essential for nanoscale experimentation and fabrication.

9. Is Portable Airborne Particle Counter useful in animal healthcare or research?

Portable Airborne Particle Counter maintains sterile air conditions critical for animal health and clean lab results.

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

Routine maintenance includes regular cleaning of the Inlet and Sampling Probe, annual calibration, filter replacement, battery checks, and optical sensor inspections to maintain 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.