Onda Corporation (USA)
Acoustically Monitoring And Controlling An Ultrasonic Or Megasonic Cleaning System
APPLICATION
-Characterize ultrasonic and megasonic cleaning tanks, sonoprocessing systems, and other devices that rely on acoustic cavitation.
-Determine the primary cleaning mechanism by comparing the level of direct field pressure, stable cavitation pressure, and transient cavitation pressure.
-Develop and continuously monitor the process window to maximize particle removal and limit damage.
-Routinely spot check the acoustic field of cleaning tank for process control monitoring.
FEATURES
The advanced MCT-2000 acoustic cavitation meter addresses the critical need to quantify the cavitation performance used in ultrasonic cleaning and sonoprocessing applications.
Coupled with a calibrated HCT-0310 hydrophone, four key parameters are determined instantaneously :
- Fundamental Frequency, FO
- Direct Field Pressure, PO
- Stable Cavitation Pressure, PS
- Transient Cavitation Pressure, PT
#onda #acousticallymonitoring #ultrasonic #megasonic #cleaningsystem
[출처] Acoustically Monitoring And Controlling An Ultrasonic Or Megasonic Cleaning System|작성자 WOOWON
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