AIM Autonomous Isokinetic Meter Hit your Mark when you ‘AIM’

The AIM Autonomous Isokinetic Meter is the most advanced & versatile metering console we have developed thus far. This Next generation sampler is user-friendly & suitable for conducting Isokinetic & constant rate sampling methods to European and US EPA standards. The automatic isokinetic particulate sampler eliminate human error when entering manual data entries and performing calculations. The AIM Series Metering Console is compatible with your existing Method 5 stack sampling components. User-friendly report preparation is streamlined with downloadable data files for effortless report preparation.  Top quality components and field proven durability make this the most dependable control console you can buy with the automatic isokinetic particulate sampler.

*Computer Not Included with Purchase. Windows 7 or Higher with Microsoft Excel Needed.

Post Test Calibration

ΔH Vacuum Audit

Test Configuration

AIM Benefits:

• Versatile
  • Test data available through Ethernet or Modbus
  • Compatible with all current stack sampling components including pump
  • Designed for performing US EPA, European, and constant rate methods in English or Metric units
• Reliable
  • Assists in calculating sampling rate, traverse points and correct nozzle size
  • Labor-saving and error-free downloadable files improve data quality and integrity.
    
  • Uses our advanced O2 sensor technology that detects leak rates during a test run saving you time and money
  • Data and calibration files are backed up onto a flash drive

• Rugged and compact
  • Easy-to-read, weather resistant touchscreen digital display
  • Designed and built for frequent use in harsh environments
• Easy to use
  • Intuitive software
  • Multiple notifications, alarms and pause function
  • Precise, easy-to-use and fully automated sampling, calibrations and leak checking
  • Directs operator to move the probe throughout the sampling process
  • Ability to adjust sampling rate in real-time based on test location conditions and parameters