Pitot tube for gas flow metering at engines
High-Tech truckflow pitot
tube made in Germany
For more than 15 years, systec Controls has been developing, manufacturing and selling pitot tubes for the measurement of gases and liquids. systec Controls is one of the leading manufacturers of pitot tubes for industrial purposes worldwide.
In the engines, pitot tubes have an upper hand because of their insensitivity to contaminations and a low pressure drop. Additionally, it has a very high dynamics that allows ultra-fast measurements. The truckflow - pitot tube is particularly recommended for measurements of air volumes before and after compressors and for the determination of recirculated exhaust gas (EGR).
High-Tech made in Germany
systec pitot tubes are used to measure polluted and aggressive gases, liquids and vapours. When optimizing our products, we also cooperate with external partners such as the TU Munich, the University of Erlangen, the Fraunhofer Institute and the TÜV Süd.
The truckflow – pitot tube has a superior, patented measurement profile that has high linearity, non-sensitivity to contaminants, reacts like crankshaft breather and allows extremely fast measurements. A deviation in the measured values due to deposits cannot be observed in a truckflow, unlike the thermal flow measurements. It measures gases over the entire engine running time of up to 1,000,000 miles at very high temperatures even without cooling.
Installed in a plethora of truck engines
The truckflow - pitot tube is in series production on several engines, convincing its long durability and reliability.
Used on a number of truck engines
truckflow - pitot tubes are used on a number of engine series to measure the long-term stability and the flow of gases accurately.
|Materials||plastics, aluminum, stainless steel, coated steel|
|Temperature||-40 to 400 ° C (depending on material)|
|Pressure||400 mbar to 6 bar abs-|
|Fluids||air before and after compressor, before and after intercooler, exhaust gas recirculated (EGR / EGR)|
|Evaluation||External sensors (0..5 VDC, CAN-Bus, PWM, LIN-bus), calculation in the engin control unit|
|Accuracy||<2% (application dependent)|