Pressure transmitter
Yokogawa EJA210E
Standard differential pressure transmitter with digital silicon resonance sensor, fitted with flange attachment. Measuring ranges from 10 mbar to 5 bar distributed over 2 different measuring cells with accuracy ± 0.075% of span.
Pressure transmitter
Yokogawa EJX210A
High performance differential pressure transmitter with digital silicon resonance sensor, mounted with flange attachment. Measuring ranges from 10 mbar to 5 bar distributed over 2 different measuring cells with accuracy ± 0.075% of span.
Pressure transmitter
Yokogawa EJA310E
Standard absolute pressure transmitter with digital silicon resonance sensor, which ensures high accuracy and great turndown. Measuring ranges from 6.7 mbar to 160 bar distributed over 4 different measuring cells with accuracy from ± 0.15% of span.
Pressure transmitter
Yokogawa EJX310A
High performance absolute pressure transmitter with digital silicon resonance sensor which ensures high accuracy and great turn down. Measuring ranges from 5 mbar to 160 bar distributed over 4 different measuring cells with accuracy from ± 0.04% of span.
Pressure transmitter
Yokogawa EJA430E
Standard pressure transmitter with digital silicon resonance sensor which ensures high accuracy, great turndown and excellent long-term stability. Measuring ranges from 50 mbar to 160 bar distributed over 3 different measuring cells with accuracy ± 0.055% of span.
Pressure transmitter
Yokogawa EJX430A
High performance pressure transmitter with digital silicon resonance sensor, which ensures high accuracy and great turn down. Measuring ranges from 25 mbar to 160 bar distributed over 3 different measuring cells with accuracy ± 0.04% of span.
Pressure transmitter
Yokogawa EJA438E
Standard pressure transmitter with digital silicon resonance sensor which ensures high accuracy and a large turn down, fitted with diaphragm attachments. Measuring range from 600 mbar to 160 bar distributed over 2 different measuring cells with accuracy ± 0.2% of span.
Pressure transmitter
Yokogawa EJX438A
High performance pressure transmitter with digital silicon resonance sensor which ensures high accuracy and a large turn down, fitted with diaphragm attachments. Measuring range from 350 mbar to 160 bar distributed over 2 different measuring cells with accuracy ± 0.15% of span.
Pressure transmitter
Yokogawa EJA440E
Standard pressure transmitter with digital silicon resonance sensor which ensures high accuracy, great turndown and excellent long-term stability. Measuring ranges from 50 bar to 500 bar divided into 2 measuring cells with accuracy from ± 0.055% of span.
Pressure transmitter
Yokogawa EJX440A
High performance pressure transmitter with digital silicon resonance sensor, which ensures high accuracy and great turn down. Measuring ranges from 2.5 bar to 500 bar divided into 2 measuring cells with accuracy from ± 0.04% of span.
Differential transmitter
Yokogawa EJA110E
Standard differential pressure transmitter with digital silicon resonance sensor, ensuring high accuracy, great turndown and excellent long-term stability. Measuring ranges from 5 mbar to 140 bar distributed over 5 different measuring cells with accuracy ± 0.055% of span.
Differential transmitter
Yokogawa EJX110A
High performance differential pressure transmitter with digital silicon resonance sensor, ensuring high accuracy, great turndown and excellent long-term stability. Measuring ranges from 1 mbar to 140 bar distributed over 4 different measuring cells with accuracy ± 0.04% of span.
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Supplier
About YOKOGAWA
Yokogawa has become the preferred supplier of Coriolis Mass Flow Meters and pressure sensors for Insatech and many of our customers.
Case Story
Uni-Tankers Documents the Impact of Optimization Initiatives
In 2011 Insatech Marine initiated a collaboration with Uni-Tankers as their advisor and component supplier. Uni-Tankers is known for their innovative approach to ship operations and their constant pursuit of optimizations, like using special paint on the hull and many other optimization projects – and the only way to get insights into the effect of these initiatives is to measure fuel consumption.