Add to ORKGMagnetic flow meters are used to measure the flow rate of a liquid in a closed pipeline. This type of meter is becoming increasingly popular for measurement with agriculture applications. Electromagnetic meters were tested by the Irrigation Training and Research Center in pipelines located less than the 10 diameters upstream of disturbances with good results. Results show that location guidelines for placing a magnetic meter can be decreased even for turbulent conditions. This paper will discuss how a magnetic flow meter works, advantages and disadvantages of this type of meter, test results, and new guidelines for field applications
The purpose of this research was to assess the effects of local turbulence and velocity profiles on ...
The model developed electromagnetic flow sensors with ring channels and alternating magnetic poles a...
In water supply systems, managers need to get water from a source and supply an entire population. K...
The irrigation industry is experiencing a growth in the use of magnetic meters for measuring the flo...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10) and the ...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10), the Cal...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10), the Cal...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10), the Cal...
As water scarcity increases, improved water management through better water measurement is of critic...
In closed conduit water systems, being able to accurately measure flow is absolutely essential. For ...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10), the Cal...
This paper outlines the basic installation and operation of magnetic inductive flow velocity sensors...
As the need to manage water resources increases, the ability to accurately measure use becomes cruci...
Electromagnetic flowmeters (known as magnetic flow meters) are a widely used type of flowmeter. The ...
Electromagnetic flow meters (known as magnetic flow meters) are a widely used type of flow meter. Th...
The purpose of this research was to assess the effects of local turbulence and velocity profiles on ...
The model developed electromagnetic flow sensors with ring channels and alternating magnetic poles a...
In water supply systems, managers need to get water from a source and supply an entire population. K...
The irrigation industry is experiencing a growth in the use of magnetic meters for measuring the flo...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10) and the ...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10), the Cal...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10), the Cal...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10), the Cal...
As water scarcity increases, improved water management through better water measurement is of critic...
In closed conduit water systems, being able to accurately measure flow is absolutely essential. For ...
With funding from the US Bureau of Reclamation, California – Great Basin Region (Region 10), the Cal...
This paper outlines the basic installation and operation of magnetic inductive flow velocity sensors...
As the need to manage water resources increases, the ability to accurately measure use becomes cruci...
Electromagnetic flowmeters (known as magnetic flow meters) are a widely used type of flowmeter. The ...
Electromagnetic flow meters (known as magnetic flow meters) are a widely used type of flow meter. Th...
The purpose of this research was to assess the effects of local turbulence and velocity profiles on ...
The model developed electromagnetic flow sensors with ring channels and alternating magnetic poles a...
In water supply systems, managers need to get water from a source and supply an entire population. K...