Pressure is a useful measurement and can be used in a variety of applications, such as fuel line and air intake pressure. It can also be used for safety purposes, e.g. overpressure safeguarding and leak detection... You can even use it to measure a flow rate and tank level which is very common for cargo monitoring. Cargo monitoring is a very common use on most vessels. You can even use it to measure a flow rate and tank level which is very common for cargo monitoring.
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Pressure transmitter
VEGAWELL 52
VEGA suspended pressure transmitter with advanced ceramic membrane for measurement in liquids. Maximum cable length = 1000 m
Pressure transmitter
VEGABAR 86
VEGA suspended pressure transmitter with oil-free ceramic sensor. Maximum sensor length: Cable 250 m, tube 6 m
Pressure transmitter
VEGABAR 87
VEGA metal membrane pressure transmitter for aggressive media. Maximum sensor length: Cable 250 m, tube 6 m
Pressure transmitter
VEGABAR 81
VEGA pressure transmitter with diaphragm attachment for high temperature ranges (+400°C) or aggressive fluids.
Pressure transmitter
VEGABAR 82
VEGA pressure transmitter with dry ceramic measuring cell. A versatile pressure transmitter with many possibilities.
Pressure transmitter
VEGABAR 83
VEGA pressure transmitter where the measuring cell is with metal membrane made for the high pressure ranges (-1..1000bar).
Pressure transmitter
EJA510E / 520E - Absolute Pressure Transmitter
Standard pressure transmitter for absolute or relative pressure with digital silicon resonance sensor, which ensures high accuracy and great turn down. Measuring ranges from 100 mbar to 500 bar distributed over 4 measuring cells with accuracy ± 0.055% of span.
Pressure transmitter
EJX510A and 530A - Gauge Pressure Transmitter
High performance pressure transmitter with digital silicon resonance sensor which ensures high accuracy and great turn down. Measuring ranges from 80 mbar to 500 bar distributed over 4 measuring cells with accuracy ± 0.04% of span.
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Pressure
Pressure Basics
Pressure measurement is a widely used application on board. Pressure measuring techniques can be used to measure not only process or differential pressure but also to calculate level, volume, density or even mass flow in all areas of a process.
The measuring ranges of pressure transmitters start at a few mbar and extend to extreme pressures up to 1,000 bar. The range of pressure sensors can be used on all stages of media, from gas to liquid and even solids if needed.
Different applications require different sensor conditions, ranges and materials. The sensors have different measuring principles as well, often the pressure is converted to some intermediate form, such as displacement, by detecting the amount of deflection on a diaphragm, from this you can calculate the pressure. Other sensors can have a variety of different measurement principles such as bridge transducers (strain-gauge), variable capacitance or the common piezoelectric.
Guidance to the Correct Pressure Sensor
We have been supplying pressure sensors of almost all types for decades, and we know which type of instrument would be most appropriate for your application, based on your requirements to accuracy, conditions where it should be used and what your end-purpose with the sensor is. We will gladly assist you in choosing the correct instrument with the desired characteristics and features, and we aim to provide a satisfactory solution to your needs the first time. Regardless if your focus on accuracy, special ambient conditions, ease of installation or price. As we have all supporting functions in-house, we can even help you with installation, maintenance, repair or up-stream signals integration.
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