P51-300-G-D-M12-20MA-000-000 Allicdata Electronics
Allicdata Part #:

P51-300-G-D-M12-20MA-000-000-ND

Manufacturer Part#:

P51-300-G-D-M12-20MA-000-000

Price: $ 103.38
Product Category:

Sensors, Transducers

Manufacturer: SSI Technologies Inc
Short Description: SENSOR 300PSI 7/16-20UNF 4-20MA
More Detail: Pressure Sensor 300 PSI (2068.43 kPa) Vented Gauge...
DataSheet: P51-300-G-D-M12-20MA-000-000 datasheetP51-300-G-D-M12-20MA-000-000 Datasheet/PDF
Quantity: 1000
5 +: $ 93.98620
Stock 1000Can Ship Immediately
$ 103.38
Specifications
Series: MediaSensor™
Part Status: Active
Pressure Type: Vented Gauge
Operating Pressure: 300 PSI (2068.43 kPa)
Output Type: Analog Current
Output: 4 mA ~ 20 mA
Accuracy: ±0.5%
Voltage - Supply: 8 V ~ 30 V
Port Size: Male - 7/16" (11.11mm) UNF
Port Style: Threaded
Features: Amplified Output, Temperature Compensated
Termination Style: M12, 4 Pin
Maximum Pressure: --
Operating Temperature: -40°C ~ 105°C
Package / Case: Cylinder
Supplier Device Package: --
Description

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A pressure sensor such as the P51-300-G-D-M12-20MA-000-000 is used in many applications to measure pressure, force or strain in a process or system, and it is a type of transducer. Pressure sensors are divided into two general types; contact pressure sensors and non-contact pressure sensors. Within these categories there are many different types of pressure sensors that work differently and have different features and strengths.

Contact pressure sensors are the most common type, and use a force-sensing diaphragm connected to a microelectronic strain gauge to measure changes in pressure. The diaphragm acts as a bridge between the application and the electronics, and the strain gauge detects the change in pressure on the diaphragm. The strain gauge is typically made of a thin strip of metal that is attached to the diaphragm, and when pressure is applied the strip changes shape, causing a change in resistance and creating an electronic signal that can be read by a controller or sensor.

Non-contact pressure sensors use sensing technologies such as optical, sonic, or capacitive. These sensors are typically used in applications where contact with the media is not possible or desirable. For example, optical pressure sensors use light waves to measure a physical change in a medium, such as the pressure inside a pipe or tank. The light is sent through the medium and reflected back to the sensor, where it is converted into an electrical signal that can be read by a controller or other device.

Pressure sensors can be used in a wide range of applications. Automotive applications such as engine control, suspension monitoring, airbag deployment, and fuel consumption monitoring all use pressure sensors to measure changes in the environment. Industrial applications such as factory automation, process control, and fluid level monitoring also rely on pressure sensors to accurately measure and adjust pressure in a system. In the medical field, pressure sensors are used to monitor a patient’s vital signs, such as blood pressure, respiration rate, temperature, and oxygen levels. In addition, pressure sensors are used in a variety of consumer products, from smart home devices to portable medical equipment.

The P51-300-G-D-M12-20MA-000-000 pressure sensor is an example of a non-contact pressure sensor, using an optical sensing technology to measure changes in pressure. The optical sensing technology uses light waves to measure a physical change in a medium, such as the pressure inside a pipe or tank. It is a type of digital pressure sensor, meaning that the output is in the form of digital data rather than an analog signal. This type of pressure sensor is ideal for applications that require a highly accurate and reliable signal, as it can provide a higher resolution and more precise measurement than analog sensors.

The P51-300-G-D-M12-20MA-000-000 is suitable for many demanding applications, such as industrial process control, fluid level monitoring, and medical diagnostic equipment. It is robust and long-lasting, with a wide temperature range and excellent noise immunity. In addition, it has a wide dynamic range that allows it to measure low pressure levels, and is very accurate in terms of its pressure range measurement.

The specific data is subject to PDF, and the above content is for reference

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