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Liquid Particle Counter LMLPC-A200

Liquid Particle Counter LMLPC-A200 is equipped with particle size range of 0.8 to 600 µm. Its high-pressure syringe pump and dual pressure sampling system ensure degassed sampling across varying viscosities. Its built-in pressure sensor and air purification system ensure safe operation and contamination-free testing. It features dual-language touch screen and multi-operator access with customizable permission settings. Our Liquid Particle Counter is ideal for quality control in oil purification and fluid maintenance systems.

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Specifications

Particle Size Range 0.8 to 600 µm
Detection Channels 8 to 64 channels
Resolution Less than 10%
Repeatability Less than 2%
Sampling Volume 0.2 to 6000 mL
Sample Viscosity Less than or equal to 650 cSt
Sampling Speed 5 to 80 mL per min
Pressure Chamber Positive and negative pressure degassing system
Maximum Vacuum Pressure -0.08 MPa
Maximum Positive Pressure 0.8 MPa
Maximum Particle Concentration 12,000 to 40,000 particles per mL
Test Sample Temperature 0°C to 80°C
Operating Temperature -20°C to 60°C
Storage Temperature -30°C to 80°C
Connectivity RS232, RS485, USB, Computer Integration
Calibration Modes Manual, Automatic, Half-count
Data Storage Built-in storage, U-disk export, print function
Power Consumption 70 W
Power Supply 110 to 245 V, 50/60 Hz
Air Pump Dimension 180 × 160 × 220 mm
Dimension 340 × 410 × 650 mm
Air Pump Weight 5.5 kg
Net Weight 23 kg

Pricing

Product Price Unit Action
Liquid Particle Counter LMLPC-A200 $ 33250 Each of 1

Features

Photoresist shielding method 

Semiconductor laser 

Multiple Calibration Curves 

Preloaded Standard Protocols 

Built-in Data Analysis 

Cleaning Detection Function 

Applications

Liquid Particle Counter LMLPC-A200 is ideal for particle contamination analysis in hydraulic, turbine, lubricating, insulating, and anti-fuel oils across aerospace, power, automotive and petrochemical industries.

Similar Products

Liquid Particle Counter LMLPC-A201

  • Measurement Range: 0 to 40,000 particles per mL
  • Particle Size Range: 0.8 to 600 µm
  • Detection Channels: 8 to 64 channels (standard 16)
  • Resolution: 6%
  • Repeatability: Less than or equal to 2%

$ 37625 / Each of 1

Liquid Particle Counter LMLPC-B100

  • Sensor: 8th-generation dual-laser narrow-beam detector
  • Detection Range: 0.5 to 20 µm
  • Standard Sizes: 0.1 µm, 0.2 µm, 0.3 µm, 0.5 µm
  • Customizable Range: 0.05 to 1 µm
  • Detection Concentration: 0 to 40,000 particles per mL

$ 104125 / Each of 1

Frequently Asked Questions

1 What is a Liquid Particle Counter LMLPC-A200?

A Liquid Particle Counter LMLPC-A200 is an apparatus designed for detecting and counting particles in liquids to ensure the cleanliness and quality of fluids in industries.

2 How does Liquid Particle Counter LMLPC-A200 operate?

Liquid Particle Counter LMLPC-A200 operates using a laser-based sensor that counts particles by measuring the light scattered as particles pass through a focused beam in the liquid sample.

3 What types of particles can Liquid Particle Counter LMLPC-A200 detect?

Liquid Particle Counter LMLPC-A200 can detect solid particles, air bubbles, and other contaminants within a liquid.

4 How is Liquid Particle Counter LMLPC-A200 applied in pharmaceutical manufacturing?

Liquid Particle Counter LMLPC-A200 is applied in pharmaceutical manufacturing to ensure injectable drugs and solutions are free from harmful particulates.

5 Can Liquid Particle Counter LMLPC-A200 be used for water quality monitoring?

Liquid Particle Counter LMLPC-A200 is frequently used for monitoring particulate contamination in water treatment plants and clean water supply systems to maintain safety and quality.

6 Is Liquid Particle Counter LMLPC-A200 suitable for petrochemical fluid analysis?

Liquid Particle Counter LMLPC-A200 is ideal for analyzing lubricants, fuels, and hydraulic fluids in the petrochemical sector to detect contamination that could impair machinery performance.

7 Can Liquid Particle Counter LMLPC-A200 be used in environmental testing?

Liquid Particle Counter LMLPC-A200 is used in environmental testing to analyze particulate levels in natural water bodies, helping assess pollution and environmental impact.

8 Can Liquid Particle Counter LMLPC-A200 be utilized in life sciences laboratories?

Liquid Particle Counter LMLPC-A200 supports life sciences labs by ensuring sterile and particle-free conditions in fluids used for cell culture, DNA/RNA prep, and protein studies.

9 How does Liquid Particle Counter LMLPC-A200 contribute to bioprocess research?

Liquid Particle Counter LMLPC-A200 monitors particle levels in bioprocess fluids, helping researchers optimize fermentation and cell culture conditions by ensuring fluid purity.

10 How does Liquid Particle Counter LMLPC-A200 support colloidal science research?

Liquid Particle Counter LMLPC-A200 aids colloidal science research by providing accurate particle size distribution data in colloidal suspensions, essential for studying stability and behavior.

11 What is a Liquid Particle Counter?

A Liquid Particle Counter is an apparatus designed to detect and count particles suspended in a liquid.

12 How does Liquid Particle Counter work?

It works by using light scattering or blockage techniques to detect and count individual particles as they pass through a sensor in the liquid flow.

13 What types of liquids can be analyzed using Liquid Particle Counter?

It can analyze various liquids including water, solvents, hydraulic fluids, and process chemicals.

14 How is Liquid Particle Counter used in pharmaceutical manufacturing?

It is used in pharmaceutical manufacturing to ensure injectable drugs meet USP requirements for particulate contamination, ensuring product safety and compliance.

15 Why is Liquid Particle Counter essential in semiconductor production?

It is essential in semiconductor production because it monitors ultrapure water and process chemicals to prevent microscopic particle contamination that can damage wafers or circuits.

16 How does Liquid Particle Counter help in hydraulic fluid monitoring?

It helps in hydraulic fluid monitoring by detecting wear particles and contaminants, preventing equipment failure and improving maintenance schedules in industrial machinery.

17 How is Liquid Particle Counter applied in water treatment plants?

It is applied in water treatment plants to monitor filter performance and detect contamination in drinking or process water, ensuring regulatory compliance and safety.

18 What role does Liquid Particle Counter play in medical device manufacturing?

It plays a critical role in medical device manufacturing by verifying cleanliness of rinse fluids and ensuring particles do not compromise device sterility or functionality.

19 What benefit does Liquid Particle Counter provide in food and beverage production?

It provides quality assurance in food and beverage production by detecting particulate contamination in liquid ingredients or cleaning fluids, supporting hygiene standards.

20 In what way does Liquid Particle Counter support cleanroom operations?

It supports cleanroom operations by monitoring liquid media used in critical processes, ensuring minimal contamination and compliance with cleanliness classifications.