
This new material type improves the chemical compatibility of the ST-H transducer, offering more options for wet well, chemical storage, and process vessel applications.
When paired with a Siemens ultrasonic controller the ST-H transducer effectively measures the level of liquids in applications up to ten meters distance (33 feet) in conditions from -40 to +73 degrees Celsius (-40 to 164 degrees Fahrenheit). The transducer design includes both a 1 inch and 2 inch integral process connection. This allows easy mounting on varied vessels and wells. When installed using the 2 inch mounting threads, the only wetted parts are PVDF, providing excellent chemical immunity in corrosive atmospheres.
The ST-H transducer is impervious to dust, moisture, corrosion, vibration, flooding and temperature extremes. The non-contacting design virtually eliminates the nuisance, danger and expense of cleaning, adjusting and repair associated with contacting devices.
For technical details please contact:
Siemens Milltronics, Rob Niezen
rob.niezen@siemens.com
+1 (705) 740-7054
Gerhard Stauss | Source: Siemens Industry Automation
Further information: www.siemens.com/level
Further Reports about: chemical compatibility > corrosive atmospheres > liquid levels > PVDF > ST-H transducer > Ultrasonic > Ultrasonic transducer
More articles from Machine Engineering:
First WirelessHart products for wireless communication in the process industry
20.11.2009 | Siemens AG
Better planning of processes with calendar and scheduling application
13.11.2009 | Siemens AG
Scientists Unravel Evolution of Highly Toxic Box Jellyfish
20.11.2009 | Life Sciences
When good companies do bad things: Examining illegal corporate behavior
20.11.2009 | Business and Finance
UCR plant scientist's research spawns new discoveries showing how crops survive drought
20.11.2009 | Agricultural and Forestry Science
Multidisciplinary meeting on Urological Cancers aims to benefit cancer patients
20.11.2009 | Event News
'Golden Age' for clinical psychology in Northern Ireland
20.11.2009 | Event News
New Perspectives in Marine Anti-Fouling Research
11.11.2009 | Event News