PMS - Model AM ll 16/32 -Aerosol Manifold for Sequential Monitoring

Advanced Manifold for Secure, Sequential Cleanroom Monitoring

Rapid, Accurate Measurements Without Compromise

• Patented flow control compensates for pressure drop, eliminating particle undercounting of up to 15%.
• Constant flow at each location (nominal 3 CFM) minimizes gravitational settling for reliable results.
• Isokinetic sampling probes capture particles at the same velocity as sample air for precise measurement.

Flexible Control for Any Workflow

• Programmable sampling routines—from simple to complex sequences for complete process control.
• Automatic recipe switching triggered by alarms or external signals for rapid response.
• Extended reach—cover large areas with sample points up to 125 ft away.

Cost-Effective Monitoring Without Compromise

• Economical fixed-point monitoring at timed intervals for maximum efficiency.
• Low cost per sample location reduces overall monitoring expenses.
• Expanded coverage—monitors a much larger area than a single fixed particle counter.
• Secure Ethernet connectivity integrates seamlessly with your facility monitoring system

The AM II manifold oers advanced features for sequentially monitoring aerosol contamination at multiple locations with a fixed particle counter. The AM II is ideal for trend analysis and cleanroom verification when continuous monitoring is not needed.

• Lasair® II or Lasair III particle counters, or IsoAir® PLUS particle sensor

Cost Eective

• Most economical monitoring of fixed points at timed intervals
• Low cost per sample location
• Monitors a much larger area than a fixed particle counter
• Ethernet communications to facility monitoring system

Flexible

• Easily programs a sampling routine, for either simple or complex sequences
• Automatically changes sampling recipe upon receiving alarm or external signal
• Large coverage area: each sample point can be up to 125  away

Rapid and Accurate Measurements

• Patented flow control ensures the manifold properly compensates for manifold pressure drop, eliminating systematic particle undercounting of up to 15%
• Maintains constant flow (nominal 3 CFM) at each sample location to minimize gravitational particle settling
• With isokinetic sampling probes, captures particles at same velocity as sample air, preventing distortion in particle size relationships

• Multiplexed monitoring of up to 32 locations with a single particle counter
• Controlled by Facility Net or Pharmaceutical Net soware
• Programmable recipes and sample point sequences
• Assembly designed to eliminate contamination from valves
• Alarm for low vacuum; automatic shut-o for pump overheating

• Facility monitoring
• Monitoring large minienvironments
• Cleanroom verification and trend analysis