Differential Pressure (DP) is defined as the difference between two pressures. Differential Pressure Transmitters use a reference point called the low-side pressure and compare it to the high-side pressure. Ports in the instrument are marked high-side and low-side.
A Differential Pressure (DP) transmitters measure the difference between two pressures. They use a reference point called the low-side pressure and compare it to the high-side pressure. Ports in the instrument are marked high-side and low-side. The DP reading can be either negative or positive depending on whether the low-side or high-side is the larger value. A DP transmitter can be used as a gauge pressure transmitter if the low-side is left open to the atmosphere.
Example Industrial Applications: Closed Tank Level, Density, Filter health, and DP Flow (Secondary Element)
Yokogawa, of which we are a dealer, gauge pressure transmitters use digital DPharp sensor technology to get accurate, reliable readings to you quickly.
Differential Pressure Transmitter with Remote Diaphragm Seals based on the EJA-E Series.
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Differential Pressure Transmitter with Remote Diaphragm Seals based on the EJX-A Series.
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Traditional-mount High Static Differential Pressure Transmitter based on the EJA-E Series.
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Traditional-mount High Static Differential Pressure Transmitter based on the EJX-A Series.
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Digital Remote Sensor (DRS) Transmitter connects two pressure sensors, master (high-pressure side) and slave (low-pressure side) in a remote location,
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Diaphragm Seal System consists of differential pressure or gauge pressure transmitter with one or two diaphragm seal.
Direct Mounted Diaphragm Seal System consists of differential pressure transmitter with single direct mount diaphragm seal.
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Traditional-mount Differential Pressure Transmitter designed for Draft Range applications based on the EJA-E Series.
Traditional-mount Differential Pressure Transmitter designed for Draft Range applications based on the EJX-A Series.
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P10 series can be used to measure not only differential pressure but also flow rate, liquid level, density and other process variables.
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