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Pressure Transducers are sometimes referred to as pressure transmitters; they are a type of sensor used to convert pressure into an analogue or digital electrical signal.
EPT3100
S401 10bar Subsea Pressure Transmitter
EPT12R Pressure Sensor
EPT31LE
Up to 5000 Bar
Low power consumption
EPT31HP
2000 to 5000 bar, Titanium design
EPT31H2 Pressure Transducer
Up to 1000 Bar, EC79 Approval for use with Hydrogen
SMO31H2 Pressure Transducer
Up to 1000 Bar, E1 Approval, EC79 Approval
SMO3100 Pressure Sensor
CIT3100
Pressure range 0-20 mbar up to 1 bar
Protection class IP65 / IP67
EPT31CN Pressure Transducer with CAN Signal
EPT1200 Pressure Transducer
EPT1400 Pressure Transducer
EPT1500
Titanium Pressure Transducer for high temperatures EPT12R
EPT2100
EPT2200
EPT2105
EPT3200
EPT9100
EPT7100
Up to 10 Bar, stainless steel, IP67
CIT-F
EPT-LM Level Meter
DPTL Differential Pressure
DLTI Differential Pressure Sensor
Pressure Transducers are robust sensors and are strong making them suitable for use in harsh environment conditions. They can be used in a range of applications including industrial applications. They offer excellent accuracy and high strength. Pressure Transducers are often resistant to water and dirt with high IP ratings, they also have a wide operating temperature range.
Our pressure transducers offer different pressure units. These will be more suited to different applications.
Absolute - measuring pressure in relation to a vacuum; reference point of zero
Gauge - measuring pressure in relation to the atmosphere they are in; also known as relative pressure
Vacuum – also known as negative pressure. Measuring pressure which is less than atmospheric pressure and is free from air
When a pressure transducer has pressure applied to the diaphragm it is calculated using a formula where Pressure (P), equals force (F) divided by area (A)
Or
P=F/A
The force of the applied pressure is divided by the area of the diaphragm to give the pressure. The pressure is usually applied by liquids or gases or vapours.
The most commonly used pressure measurements are Pascal, Bar or PSI, descriptions of these measurements are as follows;
Pa - [Pascal] in 1 Pa = 1(N/m²)
Bar - [Bar] in 1 bar = 105 ????
psi: (pound(-force) per square inch)
The pressure transducers that we can offer use Bar for their measurements. Each one has a different range which can be found on the product datasheet.
A pressure transducer has an internal diaphragm and a pressure port. Pressure is applied through the port, which causes the diaphragm inside to deflect. The deflection is measured and is then converted into several different output signals for example; voltage, current and digital. The pressure can therefore be monitored by electronic instruments and converted into a readable format for the operator.
Nearly all of the pressure transducers we can offer do not contain internal o-rings giving them higher accuracy and a longer life.
Different applications have different requirements and specifications for pressure transducers. To cover all bases, we have a range of configurable pressure transducers with different options for pressure range, port configuration, connections, pressure type and other specifications.
Our pressure transducers use a robust modular design; with a stainless steel housing and a welded housing to the pressure port itself. We have a range of sizes available as standard with the smallest starting at just 12mm in diameter for applications in restricted space.
We can offer pressure transducers with specifications including:
Pressure transducers are used throughout different industries including; Test and Measurement, Automotive, Medical and many other industries for applications requiring pressure measurement.
Our Pressure Transducers come from our sister company Variohm Eurosensor. In the past, these pressure transducers have been used in the following applications;
Our range of pressure transducers can be seen here. Full product details visit the product pages and download the datasheets.
Contact us for more information on Pressure Transducers.