Accurate dilution of aerosol particles is often required in clean rooms and large-scale particle measurement tasks, and the particle size distribution before and after aerosol dilution must remain unchanged; Sometimes, with the help of aerosol dilution, the same measuring device can be used to measure aerosols with high and low particle concentrations. The instrument collects a portion of aerosol particles through flow control, and the aerosol flow ratio remains constant. The bypass air enters the mixing chamber through a HEPA filter, and the two airflows are evenly mixed to dilute the original particle concentration. By maintaining a certain intake flow rate, a fixed particle dilution ratio can be formed.
Accurate dilution of aerosol particles is often required in clean rooms and large-scale particle measurement tasks, and the particle size distribution before and after aerosol dilution must remain unchanged; Sometimes, with the help of aerosol dilution, the same measuring device can be used to measure aerosols with high and low particle concentrations. The instrument collects a portion of aerosol particles through flow control, and the aerosol flow ratio remains constant. The bypass air enters the mixing chamber through a HEPA filter, and the two airflows are evenly mixed to dilute the original particle concentration. By maintaining a certain intake flow rate, a fixed particle dilution ratio can be formed.
Product Application
At the bottomConcentration testing for leak detection of high-efficiency filters
At the bottomEfficient Filter Efficiency Evaluation System
At the bottomMeasurement of high concentration aerosols
At the bottomResearch on Basic Aerosols
performance parameters
At the bottomDilution ratio:1: 100@0.3um
At the bottomAdapt to traffic:28.3L/min ±5%
At the bottomInterface matching hose: inner diameter6mm PVC hose
At the bottomPower Requirements: None
At the bottomDimensions: Length235X Width 150 X Height 190
At the bottomMaterial:SUS304 stainless steel
At the bottomNet weight of the product:2.55Kg