Models 732.14, 762.14

Differential pressure gauge

For the process industry, high overload safety up to 650 bar

Selected documents
Sales contact

WIKA Instrumentation Taiwan Ltd.

+886 3 420 6052
+886 3 490 0080


  • For measuring locations with a high differential pressure overload and/or high working pressures (static pressures), also in aggressive environments
  • For gaseous, liquid, contaminated, viscous and aggressive media
  • Pump monitoring and control
  • Filter monitoring
  • Level measurement on closed vessels

Special Features

  • Differential pressure measuring ranges from -1 … +30 bar [-14.5 ... +435 psi] to 0 ... 40 bar [0 ... 580 psi]
  • High working pressure (static pressure) and high overload safety, selectable 40 bar [580 psi], 100 bar [1,450 psi], 250 bar [3,625 psi], 400 bar [5.800 psi] and 650 bar [9,425 psi]
  • The transmission fluid in the measuring chamber dampens the indicator in case of high changes of the rate of pressure
  • Model 732.14: Stainless steel version
    Model 762.14: Version with special materials (Monel, Hastelloy)


These differential pressure gauges are made of highly corrosion-resistant stainless steel. A high overload safety is achieved by the all-metal construction and the close-fitting design of the diaphragm measuring element.

The use of high-quality stainless steel materials and the robust design are geared to applications in the chemical and process engineering industries. Thus the instrument is suitable for liquid and gaseous media, also in aggressive environments.

The wetted parts for these instruments are also available in special materials such as Monel or Hastelloy.

Scale ranges of 0 ... 60 mbar bar to 0 ... 40 bar [0 ... 0.9 to 0 ... 580 psi] ensure the measuring ranges required for a wide variety of applications.

Wish list - Documents (0)

There are currently no documents on your wish list. You can add any document from the download area to your wish list. To do this, select the desired language using the flag symbol.

The maximum number of 20 entries was reached.

To receive your download link via e-mail, enter your address here:

The e-mail address is invalid.