PMA P40/P41 Pressure Transmitter Datasheet

The P40/41 series pressure transmitters are sensors for industrial pressure measurement with a linear characteristic. The measuring range is between 0.250 mbar and 0.400 bar and the maximum permissible overload is 4 times the nominal range. These sensors meet the requirements of fast response, anti-interference and low temperature drift.


PMA P40/P41 Pressure Transmitter Datasheet - cover page
Brand
PMA
Category
pressure transmitters
Document type
Datasheet
Language
German
Pages
4
File format
PDF
File size
203 KB
Published
10 July, 2012
Updated
30 September, 2023
MD5 checksum
DBF2E1C7F1830DC69CDEE2F1BA097D93

About this manual

This document provides technical data for the PMA P40 and P41 pressure transmitters, designed for industrial pressure applications. The P40 model features an internal sealing diaphragm, while the P41 features a flush-mounted sealing diaphragm. Both types support gauge and absolute pressure measurements with ranges from 250 mbar up to 400 bar. This manual is written in German.

What's inside

  • Profile
  • Description
  • Technical Data
  • Electrical Connections
  • Explosion Protection
  • Ordering Structure
  • Accessories
  • Plug-on Display

Specifications

Measuring range (P40)0...250 mbar to 0...400 bar
Measuring range (P41)0...1 bar to 0...400 bar
Conformity0,3 % (typical)
Output signal (Two-wire)4...20 mA
Output signal (Three-wire)0...10V, 0...5 V or 1...6 V
Overload limit4x nominal span, max 600 bar
Ambient temperature-25...+70 °C
Protection classIP 65 / Nema 4

Frequently asked questions

What is the difference between P40 and P41?

The P40 has an internal sealing diaphragm, while the P41 features a flush-mounted sealing diaphragm.

What are the available output signals?

The transmitters offer two-wire technology with 4...20 mA and three-wire technology with 0...10V, 0...5 V, or 1...6 V.

Is the transmitter suitable for hazardous areas?

Yes, they are suitable for use in explosion hazardous areas with ATEX approval II 1 G 1/2, EEx ib IIC T6.

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