Climet Particle Counter

• Monitoring air quality in cleanrooms for pharmaceutical and semiconductor manufacturing.
• Assessing environmental contamination levels in controlled industrial environments.
• Validating HEPA filter performance in HVAC systems.
• Research and development in aerosol science and air pollution studies.
• Quality control in industries requiring ultra-clean production processes.

Typical flow rate

For this class of equipment, flow rates commonly range from 1.0 CFM (28.3 LPM) to 50 LPM, with the Cl-570 LT typically operating at 50 LPM.

Particle size channels

Units of this type commonly offer multiple particle size channels, typically starting from 0.3 µm or 0.5 µm and extending to 5.0 µm or 10.0 µm.

Power supply

These devices typically operate on standard mains power (e.g., 100-240V AC, 50/60 Hz) and often include an internal battery for portable use.

Data storage

Particle counters commonly feature internal memory for storing measurement data, with capacities varying by model.

Connectivity

Units of this type often include USB, Ethernet, or serial ports for data transfer and remote control.

Display

A clear, integrated display is typically present for real-time data viewing and menu navigation.

• What is a particle counter used for?

  A particle counter measures the concentration of airborne particles in a given volume of air, categorising them by size. This is crucial for maintaining controlled environments.

• How often should a particle counter be calibrated?

• Can this unit be used for liquid particle counting?

• What maintenance is typically required for a used particle counter?

• Is software usually included with these units?

Particle counters and analysis systems are regarded as essential tools for quality assurance and contamination control across pharmaceutical, biotech and food processing sectors. When purchasing used units, buyers should verify calibration history and optical component condition, as these directly affect measurement accuracy. Industry users value their reliability and precision for meeting regulatory compliance standards. Key strengths include consistent performance across batch testing and minimal maintenance requirements when properly maintained.

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