Pressure Sensors

Pressure sensors are devices that sense the applied pressure of gases or liquids. The output of the measurement is then converted into an electrical signal which reflects the amount of pressure applied.


There are various different technologies used within pressure sensors. Depending on the requirements, this can influence their sensing accuracy and reliability. When the mechanical displacement within the sensor is turned into an electrical output signal there are 5 ways this can happen.


Resistive - These types of sensors use the change in electrical resistance of a strain gauge connected to the diaphragm.


Capacitive - Are highly sensitive and are able to measure low-pressure under 10 bar while still withstanding large overloads.


Piezoelectric - These sensors use substances like Quartz to generate a charge on the surface when pressure is applied. Piezoelectric pressure sensors are ideal for measuring fast changing pressures.


Optical - These use interferometry to measure pressure changes in optical fibre. They are not disturbed by EMI and can be used in noisy or medical environments.


MEMS - This stands for micro-electro-mechanical system and contains capacitive or piezo pressure sensing mechanisms on silicon at micron level resolution.


Types of Pressure Sensors


Within the sensors, there are various properties which can be used to classify them. This includes what pressure range they measure, their operating temperature range or the pressure type they measure.


Absolute Pressure Sensor - This type of sensor measures pressure relative to the perfect vacuum (zero reference point).


Gauge Pressure Sensors - These are often used to measure atmospheric pressure and are sometimes referred to as relative pressure sensors.


Sealed Gauge Pressure Sensor - Similar to a gauge pressure sensor except they measure pressure relative to a fixed pressure, not the current ambient atmospheric pressure which can vary.


Differential Pressure Sensors - These can be used to measure the difference between two different pressures (differential pressure) which can be connected to either side of the sensor. They are often used to measure pressure drops, fluid levels and flow rates.


Pressure Sensor Applications


Pressure sensors are used in many applications in a large range of industries. These include medical, aviation, automotive and marine.

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Rincian Komponen Brand Stock Pressure Reading Type Minimum Pressure Reading Maximum Pressure Reading Accuracy Output Type Media Measured Process Connection Analogue Output Electrical Connection Response Time Maximum Current Supply Voltage Maximum Operating Temperature Interface Housing Material IP Rating Minimum Operating Temperature Maximum Pressure Setting Series Maximum Operating Temperature Mounting Type Minimum Pressure Setting Hazardous Area Certification
PRESSURE TRANSMITTER 250 BAR 0,54,5V DC Telemecanique Sensors 7 - 0bar 250bar ±0.5 % Analogue Air, Fresh Water, Hydraulic Oil - 0.5 → 4.5 V 3 Pin DEUTSCH Connector DT04-3P <=2 ms 7 mA 5 V dc +100°C - Fluorocarbon FPM, Stainless Steel AISI 316L IP65, IP67, IP69K -40°C 250bar XMEP +100°C Thread Mount 0bar -
Telemecanique Sensors Pressure Sensor Differential Telemecanique Sensors 5 Differential - - ±1 % Analogue Fluid G1/4 4 → 20 mA EN 175301-803-A Male Connector 5 ms 20 mA 24 V dc +80°C - Ceramic, Nitrile (NBR), Stainless Steel IP65 0°C 16bar XMLK +80°C - 0bar -
PRESSURE TRANSMITTER 250 BAR 420MA G1/4 Telemecanique Sensors 3 - 0bar 250bar ±0.5 % Analogue Air, Fresh Water, Hydraulic Oil - 4 → 20 mA 4 Pin M12 Male Connector <=2 ms 23 mA 12 → 24 V dc +100°C - Fluorocarbon FPM, Stainless Steel AISI 316L IP65, IP67, IP69K -40°C 250bar XMEP +100°C Thread Mount 0bar -
PRESSURE TRANSMITTER 60 BAR 420MA G1/4A Telemecanique Sensors 2 - 0bar 60bar ±0.5 % Analogue Air, Fresh Water, Hydraulic Oil - 4 → 20 mA 4 Pin M12 Male Connector <=2 ms 23 mA 12 → 24 V dc +100°C - Fluorocarbon FPM, Stainless Steel AISI 316L IP65, IP67, IP69K -40°C 60bar XMEP +100°C Thread Mount 0bar -
PRESSURE TRANSMITTER 100 BAR 0,54,5VDC G Telemecanique Sensors 1 - 0bar 100bar ±0.5 % Analogue Air, Fresh Water, Hydraulic Oil - 0.5 → 4.5 V 3 Pin Male Connector AMP SUPERSEAL 1.5 <=2 ms 7 mA 5 V dc +100°C - Fluorocarbon FPM, Stainless Steel AISI 316L IP65, IP67 -40°C 100bar XMEP +100°C Thread Mount 0bar -
PRESSURE TRANSMITTER 100 BAR 420MA G1/4 Telemecanique Sensors 1 - 0bar 100bar ±0.5 % Analogue Air, Fresh Water, Hydraulic Oil - 4 → 20 mA 3 Pin DEUTSCH Connector DT04-3P <=2 ms 23 mA 12 → 24 V dc +100°C - Fluorocarbon FPM, Stainless Steel AISI 316L IP65, IP67, IP69K -40°C 100bar XMEP +100°C Thread Mount 0bar -
PRESSURE TRANSMITTER 100 BAR 420MA G1/4 Telemecanique Sensors 1 - 0bar 100bar ±0.5 % Analogue Air, Fresh Water, Hydraulic Oil - 4 → 20 mA 4 Pin M12 Male Connector <=2 ms 23 mA 12 → 24 V dc +100°C - Fluorocarbon FPM, Stainless Steel AISI 316L IP65, IP67, IP69K -40°C 100bar XMEP +100°C Thread Mount 0bar -
PRESSURE TRANSMITTER 250 BAR 0,54,5V DC Telemecanique Sensors 1 - 0bar 250bar ±0.5 % Analogue Air, Fresh Water, Hydraulic Oil - 0.5 → 4.5 V 4 Pin M12 Male Connector <=2 ms 7 mA 5 V dc +100°C - Fluorocarbon FPM, Stainless Steel AISI 316L IP65, IP67, IP69K -40°C 250bar XMEP +100°C Thread Mount 0bar -
PRESSURE TRANSMITTER 250 BAR 0,54,5VDC G Telemecanique Sensors 1 - 0bar 250bar ±0.5 % Analogue Air, Fresh Water, Hydraulic Oil - 0.5 → 4.5 V 3 Pin Male Connector AMP SUPERSEAL 1.5 <=2 ms 7 mA 5 V dc +100°C - Fluorocarbon FPM, Stainless Steel AISI 316L IP65, IP67 -40°C 250bar XMEP +100°C Thread Mount 0bar -
PRESSURE TRANSMITTER 250 BAR 420MA G1/4 Telemecanique Sensors 1 - 0bar 250bar ±0.5 % Analogue Air, Fresh Water, Hydraulic Oil - 4 → 20 mA 3 Pin DEUTSCH Connector DT04-3P <=2 ms 23 mA 12 → 24 V dc +100°C - Fluorocarbon FPM, Stainless Steel AISI 316L IP65, IP67, IP69K -40°C 250bar XMEP +100°C Thread Mount 0bar -
Telemecanique Sensors Pressure Sensor Differential Telemecanique Sensors 1 Differential - - ±1 % Analogue Fluid G1/4 4 → 20 mA EN 175301-803-A Male Connector 5 ms 20 mA 24 V dc +80°C - Ceramic, Nitrile (NBR), Stainless Steel IP65 0°C 6bar XMLK +80°C - 0bar -
Telemecanique Sensors Pressure Sensor Differential Telemecanique Sensors 1 Differential - - ±1 % Analogue Fluid G1/4 0 → 10 V M12 Male Connector 5 ms 6 mA 24 V dc +80°C - Ceramic, Nitrile (NBR), Stainless Steel IP65 0°C 10bar XMLK +80°C - 0bar -
Comp SCX press sensor,0-100psi,diff
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Honeywell 0 Differential 0psi 100psi ±1 % Wheatstone Bridge Pneumatic Fluid - 0 → 100 mV Solder Tag 100 μs - 20 V dc +85°C - Plastic - -40°C - - +85°C - - -
Comp SCX press sensor,0-1psi,diff
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Honeywell 0 Differential 0psi 1psi ±1 % Wheatstone Bridge Pneumatic Fluid - 0 → 18 mV Solder Tag 100 μs - 20 V dc +85°C - Plastic - -40°C - - +85°C - - -
Comp SCX press sensor,0-5psi,diff
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Honeywell 0 Differential 0psi 5psi ±1 % Wheatstone Bridge Pneumatic Fluid - 0 → 60 mV Solder Tag 100 μs - 20 V dc +85°C - Plastic - -40°C - - +85°C - - -
Compensated press sensor,SDX01D4 0-1psid
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Honeywell 0 Differential 0psi 1psi ±0.2 % Wheatstone Bridge Gas - 0 → 18 mV PCB 100 μs - 20 V dc +85°C - Plastic - -40°C - - +85°C - - -
Compensated press sensor,SDX01G2 0-1psig
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Honeywell 0 Gauge 0psi 1psi ±0.2 % Wheatstone Bridge Gas - 0 → 18 mV PCB 100 μs - 20 V dc +85°C - Plastic - -40°C - - +85°C - - -
Compensated press sensor,SDX15G2 0-15psi
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Honeywell 0 Gauge 0psi 15psi ±0.2 % Wheatstone Bridge Gas - 0 → 90 mV PCB 100 μs - 20 V dc +85°C - Plastic - -40°C - - +85°C - - -
MEMS Gauge Pressure Sensor +/-50kPa SOP6
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Omron 0 - - - - - - - - - - - - - - - - - - - - - - -
MEMS Gauge Pressure Sensor 0-37kPa SOP6
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Omron 0 - - - - - - - - - - - - - - - - - - - - - - -
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