P51-1500-A-R-MD-4.5OVP-000-000

Series:	MediaSensor™
Part Status:	Active
Pressure Type:	Absolute
Operating Pressure:	1500 PSI (10342.14 kPa)
Output Type:	Analog Voltage
Output:	0.5 V ~ 4.5 V
Accuracy:	±0.5%
Voltage - Supply:	5V
Port Size:	Male - M12 x 1.0
Port Style:	Threaded
Features:	Amplified Output, Temperature Compensated
Termination Style:	MD, 4 Pin
Maximum Pressure:	--
Operating Temperature:	-40°C ~ 105°C
Package / Case:	Cylinder
Supplier Device Package:	--

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Pressure Sensors, Transducers

P51-1500-A-R-MD-4.5OVP-000-000 pressure sensors are designed to measure the relative and absolute pressure of gaseous and liquid media. These sensors are capable of taking accurate measurements in a variety of demanding applications and environments. With multiple output options including analog, digital, and wireless, these sensors are ideal for applications where accuracy and reliability are essential for a safe and efficient operation.

Application Field

P51-1500-A-R-MD-4.5OVP-000-000 pressure sensors are used in a variety of application fields including:

• Automotive and industrial applications such as fuel and oil delivery systems, brake systems, and airbags
• Medical devices used to measure blood pressure, alcohol levels, and oxygen levels
• Marine engines and vessels for monitoring fuel and hydraulic systems pressure
• HVAC systems, refrigeration equipment, and other consumer appliances
• Aviation systems including altimeters, navigation systems, and fuel systems
• Meteorological research and other scientific fields

P51-1500-A-R-MD-4.5OVP-000-000 pressure sensors are also used in process automation and control systems, from simple pressure and flow measuring elements to complete systems for controlling pressure, flow, and temperature.

Working Principles

P51-1500-A-R-MD-4.5OVP-000-000 pressure sensors are based on a differential sensing principle. The sensing element consists of two sensing elements, an outer and an inner, which are separated by an air gap. This gap prevents the accurate measurement of the differential pressure from one side to the other. When pressure is applied to one side, the inner sensing element is deformed, or deflected, due to the pressure. This deflection causes a change in the resistance of the sensing element which is sensed by a Wheatstone bridge circuit. This bridge circuit then converts this voltage change to a proportional change in pressure, which is what is measured by the sensor. To increase the accuracy of these sensors, digital signal processing allows for accurate calibration of the data, reduction in noise, and improved linearity.For wireless communication, the pressure sensor may be connected to a networkable transmitter which uses a variety of data transmission protocols for transmitting data to a remote location for monitoring and control.

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