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Comprehensive measurement solutions

ABB‘s measurement and analytical products provide world-class measurement solutions for any industry, utility or municipality. Latest innovations deliver technological solutions to make it easier for you to run your plant. ABB’s measurement and analytical products are based on common technology, providing a common look and feel and method of operation. This results in products that are easy to configure, easy to operate and easy to maintain.

Simplified Device Management and Industry-Standard Communication Protocols

ABB’s instrumentation integrates the latest diagnostic and smart technologies, designed to help you conduct your business more efficiently. It empowers you with the freedom to choose, allowing you to determine which communication protocols to utilize for accessing relevant information. You can select from a comprehensive suite of tools and flexibly apply various device lifecycle management strategies to maximize your return on investment.

Pressure transmitters for any applications

Temperature and humidity considerations

High-temperature environments can have adverse effects and, in some cases, lead to the premature failure of components. Furthermore, operating a device outside its specified range (parameters) may have a significant impact on its performance. In low-temperature environments, the viscosity of the filling fluid may increase, whereas in high-temperature environments, there is a risk that the fluid could vaporize. Fluctuations in ambient temperature and atmospheric pressure can also act as factors that influence measurement accuracy. These effects become particularly pronounced when the transmitter’s calibration span (measurement range) is set to a very narrow band relative to its maximum measurement limit. Atmospheric conditions—such as direct sunlight or strong winds—can cause the transmitter to heat up or cool down, potentially hindering the device’s proper operation. Moreover, prolonged exposure to high-humidity environments carries the risk of corrosion to the transmitter’s housing and mounting hardware. The transmitter’s housing is designed to protect the internal electrical components from moisture ingress caused by high humidity.

Wire, digital or wireless

For most applications where power supply is readily available, two-wire transmitters often represent the most practical choice.

Because current signals are immune to variations in transmission line resistance, they enable reliable long-distance signal transmission. However, in scenarios requiring the transmission of high-precision or massive datasets, the use of digital transmitters may constitute the optimal solution. Given that wiring and installation costs can account for nearly 50% of the total equipment cost, it is—whenever conditions permit—a prudent decision from both economic and technical perspectives to utilize wireless devices as much as possible.

Historically, the scope of wireless device application was largely confined to specific specialized domains within remote facilities—such as water supply systems or the oil and gas extraction industry.

Today, thanks to the advent of the WirelessHART protocol, the industrial sector now possesses a globally recognized standard; this standard enables wireless instrumentation to transmit a wealth of standardized information across an entire plant network.

Diaphragm seals

Direct-mount and remote diaphragm seals are utilized to isolate pressure transmitters from process conditions that would otherwise shorten their service life and/or severely compromise their performance.

Consequently, they represent an ideal choice for a wide range of pressure measurement applications—specifically those involving process fluids characterized by extreme temperatures, high corrosivity, heavy contamination, high viscosity, or the presence of substantial solid particulates. Such particulates could potentially clog, contaminate, or cause the process fluid to solidify within the impulse lines and the transmitter body. Furthermore, these seals offer an effective solution in applications requiring specific wetted materials—such as Diaflex, anti-stick and corrosion-resistant PFA coatings, or specialized alloys designed for use with highly corrosive fluids. For sanitary processes—such as those found in the pharmaceutical, food, and beverage industries—remote diaphragm seal transmitters also provide an ideal solution, as these sectors typically require that pressure measurement instrumentation does not come into direct contact with the product being measured.

The following products are custom-made. Most models are not listed. If you need any assistance, please consult our team

266MRT, 266GRT and 266ART Pressure transmitters with seals

266MRT CCSA3A1V1E1W1L1B1S2T1N2C1U1

266MRT CCSA3A1V1E1W1L1B1S2T1N2C1H3U2

266MRT CCSA3A1V1E1W1L1B1S2T1N2C1H4U2

266GRT CRRA1E1W1L1B6S2M1T1I1NMC1Y1U1

266GRT CRRA1E1W1L1B6S2M1T1I1NMC1Y1H3

266GRT CRRA1E1W1L1B6S2M1T1I1NMC1Y1U2

266ART CRRA1E1W1L1B6S2M1T1I1N2C1Y1U1

266ART CRRA1E1W1L1B6S2M1T1I1N2C1Y2U2

266ART CRRA1E1W1L1B6S2M1T1I1N2C1Y4H3

266GST and 266AST Gauge and absolute pressure transmitters

266GST CSBNA1D1E1W1L1B6S2M1T1I1NMP1C1H3U1

266GST CSBNA1D1E1W1L1B6S2M1T1I1NMP1C1H4U2

266GST CSBNA1D1E1W1L1B6S2M1T1I1NMP1C1H3U2

266AST CSBNA1E1W1L1B6S2M1T1N2P1C1Y1H3U1

266AST CSBNA1E1W1L1B6S2M1T1N2P1C1Y1H3U2

266AST CSBNA1E1W1L1B6S2M1T1N2P1C1Y1H3U3

266DRH, 266HRH and 266NRH Pressure transmitters with seals

266DRH BSSRRA7DEV1E1W1L1R1B1S2M1T1I1N2C1Y1YAH3FBZ1

266DRH BSSRRA7DEV1E1W1L1R1B1S2M1T1I1N2C1Y1YAH3FAZ1

266DRH BSSRRA7DEV1E1W1L1R1B1S2M1T1I1N2C1Y1YAH3FGZ1

266HRH FRRA7E1W1L1R1B6S2M1T1I1NMC1Y1YAH3FBZ1

266HRH FRRA7E1W1L1R1B6S2M1T1I1NMC1Y1YAH3FAZ1

266HRH FRRA7E1W1L1R1B6S2M1T1I1NMC1Y1YAH3FGZ1

266NRH FRRA7E1W1L1R1B6S2M1T1I1N2C1Y1YAH3FBZ1

266NRH FRRA7E1W1L1R1B6S2M1T1I1N2C1Y1YAH3FAZ1

266NRH FRRA7E1W1L1R1B6S2M1T1I1N2C1Y1YAH3FGZ1

266HSH and 266NSH Gauge and absolute pressure transmitters

266HSH ESBA7VAE1W1L1R1B6S2M1T1I1NMP1C1Y1YAH3FBZ1

266HSH ESBA7VAE1W1L1R1B6S2M1T1I1NMP1C1Y1YAH3FAZ1

266HSH ESBA7VAE1W1L1R1B6S2M1T1I1NMP1C1Y1YAH3FGZ1

266NSH FSBA7VAE1W1L1R1B6S2M1T1I1N2P1C1Y1YAH3FBZ1

266NSH FSBA7VAE1W1L1R1B6S2M1T1I1N2P1C1Y1YAH3FAZ1

266NSH FSBA7VAE1W1L1R1B6S2M1T1I1N2P1C1Y1YAH3FGZ1

266DSH and 266MST Differential pressure transmitters

266DSH ASSA1A7V1E1W1L1R1S2M1T11N2P1C1Y1H3FBZ1

266DSH ASSA1A7V1E1W1L1R1S2M1T11N2P1C1Y1H3FAZ1

266DSH ASSA1A7V1E1W1L1R1S2M1T11N2P1C1Y1H3FGZ1

266DSH ASSA1A7V1E1W1L1R1S2M1T11N2P1C1Y1H3FMZ1

266DSH ASSA1A7V1E1W1L1R1S2M1T11N2P1C1Y1H4FBZ1

266DSH ASSA1A7V1E1W1L1R1S2M1T11N2P1C1Y2H3FBZ1

266MST AYSA3A1D1V1E1W1L1B1S2M1T1N2P1C1Y1H3U1

266MST AYSA3A1D1V1E1W1L1B1S2M1T1N2P1C1Y1H3U2

266MST AYSA3A1D1V1E1W1L1B1S2M1T1N2P1C1Y1H3U3

PXS100, PXF100, PXP100, PXD100 Gauge and absolute pressure transmitters

PGS100 CS9A1AAYMAD3E7HAMGOP1AGBUNLSUCFLTUM1CS9A1A

PGS100 CS9A1AAYMAD3E7HAMGOP1AGBUNLSUCFLTUM1CS9A2A

PAS100 CS9A1AAYMAD3E7HAMGOP1AGBUNLSUCFLTUM1CS9A2A

PAS100 CS9A1AAYMAD3E7HAMGOP1AGBUNLSUCFLTUM1CS9A1A

PGF100 CS9A1AUYMAD3E7HAMGOP8AGNLSUCFLTUM1RFFS9A1AFYM

PGF100 CS9A1AUYMAD3E7HAMGOP8AGNLSUCFLTUM1RFFS9A1AFYN

PAF100 CS9A1AUYMAD3E7HAMGOP8AGNLSUCFLTUM1RFFS9A1AFYP

PAF100 CS9A1AUYMAD3E7HAMGOP8AGNLSUCFLTUM1RFFS9A1AFYU

PGP100 FS9A1AFYMAD3E7HAMGOAGBUNLSUCFLTUM1

PGP100 FS9A1AFYMAD3E7HAMGOAGBUNLSUCFLTUM2

PAP100 FS9A1AFYMAD3E7HAMGOAGBUNLSUCFLTUM1

PAP100 FS9A1AFYMAD3E7HAMGOAGBUNLSUCFLTUM2

PGD100 CS9A1RRYMAD3E7HAMGOAGBUNLSUCFLTUM1

PGD100 CS9A1RRYMAD3E7HAMGOAGBUNLSUCFLTUM2

PAD100 CS9A1RRYMAD3E7HAMGOAGBUNLSUCFLTUM1

PAD100 CS9A1RRYMAD3E7HAMGOAGBUNLSUCFLTUM2

266CRH, 266CRT, 266JRH and 266JRT Multivariable pressure transmitters

266CRH C2SA3A1V1E1W1L1B1M1T1I1N2C1Y1H1U8

266CRH C2SA3A1V1E1W1L1B1M1T1I1N2C1Y1H2U8

266CRT C2SA3A1V1E1W1L1B1M1T1I1N2C1Y1H1U8

266CRT C2SA3A1V1E1W1L1B1M1T1I1N2C1Y1H3U8

266JRH C2SA3A1V1E1W1L1B1M1T1I1N2C1Y1H1U8

266JRH C2SA3A1V1E1W1L1B1M1T1I1N2C1Y1H3U8

266JRT C2SA3A1V1E1W1L1B1M5T1I1N2C1Y1H1U8

266JRT C2SA3A1V1E1W1L1B1M5T1I1N2C1Y1H4U8

266CSH, 266CST, 266JSH and 266JST Multivariable pressure transmitters

266CSH A1SA3A1V1E1W1L1B1M1T1I1N2P1C1Y1H1U8

266CSH A1SA3A1V1E1W1L1B1M1T1I1N2P1C1Y1H3U8

266CST A1SA3A1V1E1W1L1B1M1T1I1N2P1C1Y1H1U8

266CST A1SA3A1V1E1W1L1B1M1T1I1N2P1C1Y1H3U8

266JSH A1SA3A1V1E1W1L1B1M1T1I1N2P1C1Y1H3U8

266JSH A1SA3A1V1E1W1L1B1M1T1I1N2P1C1Y1H1U8

266JST A1SA3A1V1E1W1L1B1M1T1I1N2P1C1Y1H1U8

266JST A1SA3A1V1E1W1L1B1M1T1I1N2P1C1Y1H3U8