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In many installations, displays built into the flow sensor either cannot be seen or due to the mounting position of the sensor simply cannot be read. Nevertheless, there is a need from time to time to display the measured values of the sensors on site.

Sensors must be mounted into positions specified by metrology. In practice, a sensor display is often not very helpful, since it cannot be recognized or isn't even visible from far away. However, an on-site display near the sensor is often useful. It is important that calculated measured values such as m3/h or totalized volumes are also displayed and retransmitted as analog output signal.

Sensors must be mounted into positions specified by metrology. In practice, a sensor display is often not very helpful, since it cannot be recognized or isn't even visible from far away. However, an on-site display near the sensor is often useful. It is important that calculated measured values such as m3/h or totalized volumes are also displayed and retransmitted as analog output signal.

The air flow sensor is used for flow measurement in compressed air and gases. The sensor applies in the compressed air consumption measurement, flow measurement of passivation gases as well as for consumption measurement of compressed air tools and air-powered machines. Beginning from connection thread size 1" the mass flow sensor is equipped with the intelligent Multi-Point-Measurement-Technology (MPM), which allows highly precise and reproducible measurement values even in installations with a poor flow profile. An inlet distance of only 3 x D is sufficient to achieve best measurement results.

The air flow sensor is used for flow measurement in compressed air and gases. The sensor applies in the compressed air consumption measurement, flow measurement of passivation gases as well as for consumption measurement of compressed air tools and air-powered machines. Beginning from connection thread size 1" the mass flow sensor is equipped with the intelligent Multi-Point-Measurement-Technology (MPM), which allows highly precise and reproducible measurement values even in installations with a poor flow profile. An inlet distance of only 3 x D is sufficient to achieve best measurement results.

The air flow sensor is used for flow measurement in compressed air and gases. The sensor applies in the compressed air consumption measurement, flow measurement of passivation gases as well as for consumption measurement of compressed air tools and air-powered machines. Beginning from connection thread size 1" the mass flow sensor is equipped with the intelligent Multi-Point-Measurement-Technology (MPM), which allows highly precise and reproducible measurement values even in installations with a poor flow profile. An inlet distance of only 3 x D is sufficient to achieve best measurement results.

The air flow sensor is used for flow measurement in compressed air and gases. The sensor applies in the compressed air consumption measurement, flow measurement of passivation gases as well as for consumption measurement of compressed air tools and air-powered machines. Beginning from connection thread size 1" the mass flow sensor is equipped with the intelligent Multi-Point-Measurement-Technology (MPM), which allows highly precise and reproducible measurement values even in installations with a poor flow profile. An inlet distance of only 3 x D is sufficient to achieve best measurement results.

In many installations, displays built into the flow sensor either cannot be seen or due to the mounting position of the sensor simply cannot be read. Nevertheless, there is a need to display the measured values of the sensors on site and at a glance.

The following parameters can be adapted

In many areas the measurement of flow velocity and/or volume flow at higher temperatures of up to +350 °C is very important in terms of energy efficiency, quantity detection and plant control.

To measure air and gas flows accurately and reproducibly, many parameters have to be correct. Therefore, the positioning of the sensor decisively determines the quality of the measurement results.

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