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Air Pressure Sensors

A reliable source for Air Pressure Sensors information and leading Air Pressure Sensors Companies & Manufacturers.

Air Pressure Sensors

Air pressure sensors measure the force of air as exerted on the device and then convert the information into a readable display. Transducers are similar; they are designed to convert one form of energy into another, while sensors are explicitly intended to measure and provide a reading of the measurement. Sensors are often composed of transducers, so the terms are sometimes used interchangeably. Read More…

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Leading Manufacturers

Logan, UT  |  888-525-7300

Automation Products Group is an ISO 9001 certified manufacturer specializing in liquid level sensors and pressure transducers. This includes how they are designed and manufactured. Since the early 70's, we have built an extensive line and are experts in using the products for virtually any function. For all your needs, be sure to contact us for a quote on your next project.

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Automation Products Group, Inc. $$$

Franklin, MA  |  800-396-4726

Since 1953, Dynisco has been a premier provider of pressure transducers, pressure transmitters, miniature pressure transducers, torque transducers — melt and industrial — used for both high- and low-temperature applications. With our ISO 9002 certification you can be assured of our quality products.

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Dynisco, LLC $$$

Berwyn, PA  |  800-522-6752

TE Connectivity is an OEM manufacturer of RTD probes, thermocouples, thermocouple assemblies and thin film temperature sensors. We have served the refrigeration, packaging equipment, power generation, aerospace, consumer appliance, semiconductor and fiber optics industries since 1976.

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TE Connectivity $$$

Amherst, NY  |  248-668-6900

Kistler’s core competence is the development, production and use of sensors for measuring pressure, force, torque and acceleration. Kistler offers a comprehensive range of sensors and systems for engine development, automotive engineering, plastics and metal processing, installation technology and biomechanics.

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Kistler Instrument Corp. $$$
placeholder image Automation Products Group, Inc. Dynisco, LLC TE Connectivity Kistler Instrument Corp.

They are frequently encased in stainless steel and found in nozzles or connectors, although separate electronic instruments are common as well. Air pressure sensors are important because an incorrect pressure can cause injury to nearby personnel or damage surrounding materials and equipment. If a mechanic is unsure how much pressure is in a tire, for example, he could overfill it and cause it to burst, or he could under-fill it and cause excessive wear to the car. Air pressure sensors are used to monitor pneumatic air pressure in heating, ventilation and air conditioning systems, pneumatic compressors, gas cylinders and other systems that rely on maintaining certain pressure levels. They are also useful for determining the air pressure of a given room, because air flows from areas of high pressure to areas of low pressure. Hospitals monitor air pressure to minimize the risk of spreading infection and disease.

Air pressure sensors are small enough to fit in an open hand; some are the size of a fingernail. They rely on the use of a silicon chip, also called an integrated circuit. The pressure of the air bends the chip according to how much force is being exerted. The bend causes the charge in the integrated circuit to change, which the sensor detects and uses to determine the air pressure. It transmits the information to a gauge or display.

Some sensors have audible alarms to alert the operator that the pressure is either too high or too low, while other systems, such as those found in cars, have a light to inform the driver if tire pressure is incorrect. Air pressure sensors are sometimes combined with other useful devices such as pressure regulators and calibrators. Pressure regulators control the amount of pressure running through a system and can be altered to increase or reduce the pressure based on the reading the sensor provides.

Calibrators are used to determine if the sensor is making accurate readings. These instruments receive input from the system and compare that with the reading on the sensor to make sure that everything is functioning correctly and accurately. It is a safety hazard if air pressure is unregulated or misread.

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