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NEW TEMPERATURE CONDITIONING UNIT FOR WATER-COOLED PRESSURE SENSORS
21 April 2006 - Kistler Instruments
| The new Kistler Type 2621E system is used for temperature conditioning of water-cooled pressure sensors and ensures constant thermal conditions in the measuring element, irrespective of the varying operating conditions of the combustion engine. |
The new Kistler Type 2621E system is used for temperature conditioning of water-cooled pressure sensors and ensures constant thermal conditions in the measuring element, irrespective of the varying operating conditions of the combustion engine. It ensures stable and reproducible measurements. It also avoids overheating of the sensor or excessive steam condensation on the sensor diaphragm when the engine is stopped. The new temperature conditioning unit has a pressure control system for the cooling circuit, an electronic flow monitoring system and a standardized monitoring/alarm signalling system, and can be operated from a variety of wall power. Advantages:
• For up to 10 sensors
• Cooling circuit with pressure regulation
• Electronic flow monitoring system
• Standardized monitoring/alarm signaling system
http://www.kistler.com
About: Kistler Instruments
Kistler is one of the world's leading suppliers of measurement technology. Kistler pressure sensors, force sensors and accelerometers use the piezoelectric effect for precise measurement of mechanical properties. Kistler is a privately-owned Swiss company which develops and manufactures sensors and electronics for measuring pressure, force and acceleration. Additionally, the functionality of electronics plays an increasing role when defining a measuring system and even more frequently, electronics in fact becomes part of the sensor itself. Most of Kistler's products have been developed in close cooperation between leading universities or research facilities and Kistler's engineers. Investments in Kistler's research department have led to the development of new crystals which enable reliable measurements to be taken under the most extreme environmental conditions. The results of our in-depth crystal research will give us a leading edge in advancing the state-of-the-art. |
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• For April 2006
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