2-Channel hall sensors with PWM signal detect rotational speed and direction simultaneousl
2-Channel hall sensors with PWM signal detect rotational speed and direction simultaneously. They are particularly suitable for gearwheels with small module and high resolution.
2-Channel hall sensors with PWM signal detect rotational speed and direction simultaneousl
2-Channel hall sensors with PWM signal detect rotational speed and direction simultaneously. 2-Channel hall sensors with PWM signal detect rotational speed and direction simultaneously. They are particularly suitable for gearwheels with small module and high resolution.
The vortex flow sensor type 200 is based on the Kármán vortex street. You can choose bet
The vortex flow sensor type 200 is based on the Kármán vortex street. You can choose between various versions as integrated temperature measurement. This flow sensor without moving parts is insensitive to pollution and persuade by very few loss of pressure and a very high accuracy.
The flow sensor type 210 is based on the Kármán vortex trail principle. In comparison to
The flow sensor type 210 is based on the Kármán vortex trail principle. In comparison to the OEM flow sensor (type 200), the type 210 is available with enhanced power supply and output signals and is available with and without temperature measurement. The flow sensor type 210 is based on the Kármán vortex trail principle….
The flow sensor type 230 is based on the Kármán vortex trail. You can choose between var
The flow sensor type 230 is based on the Kármán vortex trail. You can choose between various versions as integrated temperature measurement. The type 230 has a rugged construction of red brass. With no moving parts the flow sensor is not sensitive to debris, has marginal pressure loss and high accuracy.
The type 235 is based on the type 200 but incorporates a brass housing. The flow sensor ty
The type 235 is based on the type 200 but incorporates a brass housing. The flow sensor type 235 is based on the Kármán vortex trail. You can choose between various versions as integrated temperature measurement. With no moving parts the flow sensor is not sensitive to debris, has marginal pressure loss and high accuracy.
The type 236 is based on the type 210 but incorporates a brass housing. The Vortex Sensor
The type 236 is based on the type 210 but incorporates a brass housing. The Vortex Sensor type 236 has a rugged construction of brass connection. This flow sensor is available with a larger variety concerning power supply and outputs.You can choose between various versions as integrated temperature measurement. With no moving parts the flow…
The flow sensor Type 240 is based on the VORTEX principle and provides reliable measuremen
The flow sensor Type 240 is based on the VORTEX principle and provides reliable measurement results of liquids with different specific viscosities – from cryogenic protection agents to drinking water. It operates without moving parts, which ensures a long service life and high accuracy.
The level sensing pressure transmitters of type 711 with a relative pressure measuring cel
The level sensing pressure transmitters of type 711 with a relative pressure measuring cell have an adjusted and amplified sensor signal. Cable length from 3 to 300 meters as well as EX versions and versions with drinking water approval are available.
The level sensing pressure transmitter Type 712 is manufactured using an relative or absol
The level sensing pressure transmitter Type 712 is manufactured using an relative or absolute pressure measuring cell with an adjusted and amplified sensor signal and is available with various cable lengths from 2 to 30 meters. The Type 712 offers Ex protection as well as versions with integrated temperature measurement.
The pressure level transmitter type 713 is used for continuous fluid level measurement of
The pressure level transmitter type 713 is used for continuous fluid level measurement of ground and drinking water. The compact design allows the transmitter to be used in applications with restricted access as small as ¾ inch inner diameter pipe.
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
Inclinometers, also called tilt sensors are designed to measure the angle of an object wit
Inclinometers, also called tilt sensors are designed to measure the angle of an object with respect to the force of gravity. These tilt or level meters determine pitch and/or roll angle and output these values via the appropriate electrical interface. Inclinometers are easy to integrate to an application, because there is no need for mechanical…
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