Dual Flow Particle Counter LDPC-T2010

Introduction

Dual Flow Particle Counter has a dual flow system which operates at flow rates 2.83 monitoring. Integrated data logging and computer connectivity makes documenting and analyzing results easier. It calculates the upper confidence limit to estimate the maximum particle concentration, crucial for quality control and meeting regulations.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Dual Flow Particle Counters are used in industries like pharmaceuticals, electronics, manufacturing, and healthcare to monitor and ensure cleanroom cleanliness by measuring airborne particles.

Specifications

Flow Rates	2.83 L/min 50 mL/min
Particle Size Channels	0.3 µm, 0.5 µm, 1.0 µm, 3.0 µm, 5.0 µm, 10.0 µm 0.3 µm, 0.5 µm, 1.0 µm, 2.0 µm, 3.0 µm, 5.0 µm
Sensitivity	0.3 µm
Test Class	Class 100 to Class 300,000
Test Period	1 min to 10 min (10 levels)
Life of Light Source	˃ 30,000 Hours
Self-clean Time	≤ 10 min
Operating Temperature Range	10 ℃ to 35℃
Operational Humidity	≤ 75 % RH
Power Consumption	15 W
Power	220 V ± 10 %, 50 Hz ± 2 Hz
Dimension	215 × 255 × 110 mm
Weight	2.6 Kgs

Features

Converts data between ft³ and m³

Display total and per unit volume particle counts

Built-in air pump

Built-in printer with multiple modes

Large data storage

Displays date and time

Rechargeable battery

FAQs

1. How many size groups does the Dual Flow Particle Counter monitor at a particular time?

features six separate channels, each capable of measuring different particle size intervals (0.3 µm, 0.5 µm, 1.0 µm, 3.0 µm, 5.0 µm, 10.0 µm), allowing for in-depth tracking of particles in the air as they occur.

2. Why is it important to determine the highest possible certainty range in the Dual Flow Particle Counter ?

Determining the highest possible certainty range in our is vital for predicting the highest possible amount of particles, which is key for maintaining quality standards and adhering to legal requirements, guaranteeing the sterility of cleanroom settings.

3. How large is the data storage capacity of the Dual Flow Particle Counter ?

has a large data storage capacity, allowing it to store extensive monitoring data for future reference and analysis. This feature ensures comprehensive documentation of air quality measurements over time.

4. What is meant by dual-flow airborne particle counter?

An instrument that can function at two distinct flow rates while sampling particles is called a dual-flow airborne particle counter. This makes it possible to measure the concentrations of airborne particles in a larger range of settings and circumstances with more flexibility.

5. What is the operation mechanism of a dual-flow airborne particle counter?

Air is drawn through two distinct detecting chambers, each with a different flow rate, for dual-flow airborne particle counters to function. This makes it possible to simultaneously measure particles at two distinct flow speeds. Usually, the counts from every flow path are shown independently.

6. What uses do dual-flow airborne particle counters have?

They find usage in several sectors, including research laboratories, cleanrooms, pharmaceutical manufacturing, semiconductor production, system monitoring, environmental monitoring, and environments where accurate control and tracking of particulate matter are crucial.

7. What kind of servicing are It Dual Flow Airborne Particle Counters required for?

To guarantee accuracy and dependability, routine maintenance and calibration are necessary. This includes testing and replacing filters as needed, cleaning optical components regularly, and maintaining equipment per manufacturer instructions.

8. What advantages do It Dual Flow Airborne Particle Counters offer?

The advantages include more flexibility in the examination of particle size, increased precision through dual flow sampling, extensive data management features, and the ease of on-site printing and computer interface for data analysis and transmission.