PCE Partical Counter Air Sampler - MPC 20

PCE  Partical Counter Air Sampler - MPC 20

The PCE MPC 20 Particle Counter Air Sampler measures particles in the air, with detectable sizes of 0.3, 2.5, and 10 µm. In addition to counting particles, this device also measures mass concentrations of PM2.5 and PM10. Equipped with a high-performance built-in pump, it ensures an adequate flow rate for dust measurement. Furthermore, the dust meter can also monitor temperature, humidity, and dew point.

The measured values ??can be read directly on the display of the dust measuring device. Data storage is also possible with the dust measuring device in order to analyze the measured values ??after a measuring process. The battery used ensures a mobile application. This allows a mobile continuous operation of about 4 hours. A dust measuring device is used wherever a possible health hazard due to fine dust could occur. These include pollution from incineration, manufacturing, energy production, vehicle engine emissions, and the pollution that the construction industry generates.

Features

• Mass concentration PM2.5 / PM10
• Data memory up to 5,000 data sets
• Flow rate 2.83 l / min
• Display with graphic real-time diagram
• Battery or AC operation possible
• Alarm function

Highlights

• Dust measuring device
• For the measurement of pollutant content of the atmosphere 
• With data memory
• USB interface
• Mass concentration
• Particle counter

What our Experts Think

• Professional Airborne Particle Monitoring – The PCE-MPC 20 delivers accurate particle counting and air sampling for effective contamination control and air quality assessment.
• Ideal for Critical Cleanliness Applications – Well-suited for cleanrooms, laboratories, pharmaceutical facilities, healthcare environments, and precision manufacturing operations.
• Fast & Reliable Data Collection – Provides dependable particle measurements that help identify contamination sources and maintain controlled conditions.
• Portable & User-Friendly Design – Compact construction allows convenient on-site testing, routine inspections, and environmental monitoring.
• Supports Quality & Compliance Programs – Helps businesses maintain cleanliness standards, improve process control, and meet industry requirements.

Q&A

Q: What is the PCE-MPC 20 Particle Counter Air Sampler used for?
A: The PCE-MPC 20 is designed to monitor airborne particle concentrations and assess air cleanliness in controlled and industrial environments.

Q: Where is the PCE-MPC 20 commonly used?
A: It is ideal for cleanrooms, laboratories, pharmaceutical facilities, healthcare environments, manufacturing plants, and HVAC system inspections.

Q: Can the PCE-MPC 20 help with contamination control?
A: Yes. It detects and measures airborne particles, helping users identify contamination risks and maintain quality standards.

Q: Is the PCE-MPC 20 suitable for cleanroom monitoring?
A: Yes. It is widely used for cleanroom validation, environmental monitoring, and compliance testing.

Q: Does the device support data logging?
A: Yes. Measurement data can be stored and reviewed for reporting, trend analysis, and quality assurance documentation.

Q: Why choose the PCE-MPC 20 Particle Counter Air Sampler?
A: It provides accurate particle monitoring, dependable performance, and user-friendly operation for professional air quality and contamination assessment.

Maintenance Tips

• Keep the sampling inlet clean and free from dust, debris, and obstructions to maintain accurate particle counting.
• Perform regular calibration checks to ensure measurement accuracy and compliance with testing standards.
• Inspect and maintain filters as recommended to preserve proper airflow and instrument performance.
• Store the device in a clean, dry environment away from excessive heat, humidity, and direct sunlight.
• Use the protective carrying case during transport and storage to prevent accidental damage.
• Handle the instrument carefully and avoid drops, impacts, or excessive vibration.
• Maintain proper battery charge levels for reliable field and laboratory operation.
• Verify airflow performance periodically to ensure consistent sampling accuracy.
• Back up measurement data regularly and keep software updated when applicable.