Pressure transmitters are sensors that generate analog or digital signals based on the amount of pressure applied over liquids or gasses. Pressure transmitters include an electronic amplifier and a pressure transducer in a single package so that measured data can be sent to long distances without introduction of electrical noise or loss of accuracy. For their use in process automation industries, the transmitter harvests signals typically conformed to a 4 – 20 mil-ampere standard. Pressure transmitters find varied application in food & beverage, chemical, and automotive industry. Pressure sensors in the automotive industry are generally used for engine control such as manifold, fuel, oil, boost, and barometric pressure among others. Pressure sensors also find applications in systems such as power steering, transmission pressure, brake pressure, and nitrous pressure, and exhaust gas recirculation (EGR) among others.
The major players in this industry are:
ABB Group (Switzerland), The Emerson Electric Company (U.S.), Mitsubishi Electric Corporation (Japan), Schneider Electric (France), and Siemens AG (Germany) among others.
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Before the advances in integrated circuit (IC) technology, pressure transmitters were easily distinct from transducers because of their bulky size, which measured from five to ten inches in each direction. At that time, most pressure transducers were far smaller than the pressure transmitters. Nowadays, mini solid-state pressure-sensing devices comprising integrated circuit amplifiers are easily available for absorption into pressure transducers. Moreover, with widespread industrial and factory automation procedures, many pressure transducer outputs are being transmitted over reasonably extensive distances, and the transducer often combines the 4-20mA or other typical output ability for this extensive distance transmission purpose.
The current trend in the automation pressure transmitter market are smart product types that have digital communication interfaces. Owing to the above mentioned reason, the demand for traditional analog output pressure transmitters are expected to continue to decline over the forecast period from 2016 – 2024. The principal reason for this trend is the shift to digital networking in facilities, thus eliminating much wiring. Conversely, other benefits become accessible with the addition of intelligence in the transmitters such as remote calibration, self-calibration & ranging, and self-diagnostics.
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