Endress+Hauser PMD75-ACA8HB1DAAU Pressure Transmitter

The Endress+Hauser Deltabar PMD75-ACA8HB1DAAU is a differential pressure transmitter designed for accurate pressure measurement in industrial environments. This model belongs to the Deltabar series from Endress+Hauser, known for its robustness and precision. Technical specifications include a measurement range setting, various process connections, and a 4-20mA output with HART communication for integration into higher-level systems. Its accuracy and long-term stability make it an ideal choice for demanding applications. Areas of application include monitoring filtration conditions, level measurement in containers, and flow measurement. This device supports process optimization and plant safety across various industries, including chemical industry and energy generation. Inquire now.

Similar products

More parts from Endress+Hauser and from the Sensors & Measurement category

All products from Endress+Hauser (243 products) →Sensors & Measurement category →

Trademark notice: All brand names, manufacturer designations and part numbers mentioned are the property of their respective owners and serve solely to identify the products offered. Such reference does not establish any partner or authorised-dealer status beyond any business relationship that actually exists.

Contact form

Technical data

KTB ID:

1686538

Manufacturer part number (MPN):

52017192

Manufacturer information

Hauptstraße 1, 4142 Münchenstein, Switzerland

Description

Endress+Hauser is a global leader in the manufacturing of measurement devices and process automation solutions, headquartered in Switzerland. The company was founded in 1953.

Metadata

ENDRESS+HAUSER diff. pressure transmitter;PMD75-ACA8HB1DAAU, 52017192;Deltabar

Category

Druckmesstechnik

Category

Druckmesstechnik

Endress+Hauser PMD75-ACA8HB1DAAU

Deltabar

Pressure transmitter

Differenzdruck

Measuring device

Process technology

Industrial measurement

Buy

Spare part

Looking for support?

Call us or write us a message.