Question

PROFIBUS PA transmitters typically implement a standardised "PA Profile Device": Differential Pressure (DP transmitter), Pressure (P), Temperature (T), Level (L) and Analytical (pH, conductivity), with harmonised function blocks and parameters.

PROFIBUSLearnProfilesMedium
Answer

True

PA Profiles standardise process transmitters around a common function-block model. A pressure transmitter exposes an Analog Input function block plus a Transducer Block with a standardised set of parameters; temperature transmitters add linearisation tables for the relevant sensor types; level transmitters add tank height setup; analytical devices cover pH, conductivity and dissolved oxygen. The practical payoff is interoperability: swapping an Endress+Hauser temperature transmitter for a Yokogawa one keeps the same function block, the same parameters and the same engineering, so the device is genuinely hot-swappable from the PLC's point of view.

Preparation tip

Before specifying a PA transmitter, confirm the exact PA Profile revision the device implements; profile revisions occasionally rename or reshape parameters, and mixing revisions creates subtle commissioning surprises.

Waitlist

PROFIBUS bank in preparation

The full PROFIBUS bank isn't available yet. Drop your email to get notified at launch and grab an early-bird discount.

Join the waitlist
Want more?

See the 9 other PROFIBUS practice questions

Related questions

Question from our independent practice bank. PROFIBUS is a registered trademark of PROFIBUS & PROFINET International, not affiliated with CertifBus.

Last updated: 19 May 2026

Join the waitlist
PROFIBUS waitlist