Cascade Impactor and Precutter Kit
Description
CI-701-K Cascade Impactor and Precutter Kit: includes 7-stage 47 mm filter outlet, Viton®o-rings, cascade impactor assembly, nozzles, interconnecting tube, glass fiber filters (45mm, 47mm and GFDN filters) and foil collection plate foils.
Particle Sizing Data Reduction Software
Windows-based Cascade Impactor Data Reduction System (WINCIDRS) calculates particle size distribution of stack particulate matter (PM) taken with the Cascade Impactor, as well as particle sizing cyclones. Developed by stack particle analysis experts, this software reduces the time and chances of error involved with reducing particle sizing data.
Functions
- Calculates each stages aerodynamic cut point and DP50, needed to reduce particle size data
- Calculates and Stores ancillary data, such as dry gas composition and moisture content
- Reduces velocity traverse data
- Aids in the selection of sample flow rates and ideal nozzle size
- Calculates flow rates and dwell times required for PM10 and PM2.5 sampling traverses
- Calculates fractional efficiencies of control devices from samples obtained at inlets and outlets
Description
CI-701-K Cascade Impactor and Precutter Kit: includes 7-stage 47 mm filter outlet, Viton®o-rings, cascade impactor assembly, nozzles, interconnecting tube, glass fiber filters (45mm, 47mm and GFDN filters) and foil collection plate foils.
Particle Sizing Data Reduction Software
Windows-based Cascade Impactor Data Reduction System (WINCIDRS) calculates particle size distribution of stack particulate matter (PM) taken with the Cascade Impactor, as well as particle sizing cyclones. Developed by stack particle analysis experts, this software reduces the time and chances of error involved with reducing particle sizing data.
Functions
- Calculates each stages aerodynamic cut point and DP50, needed to reduce particle size data
- Calculates and Stores ancillary data, such as dry gas composition and moisture content
- Reduces velocity traverse data
- Aids in the selection of sample flow rates and ideal nozzle size
- Calculates flow rates and dwell times required for PM10 and PM2.5 sampling traverses
- Calculates fractional efficiencies of control devices from samples obtained at inlets and outlets
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