Model PG23LT

Bourdon tube pressure gauge, stainless steel

For extremely low ambient temperatures down to -70 °C, with case filling

Selected documents
Sales contact Questions? Find a contact in your vicinity.


  • For outdoor use with ambient temperatures down to -70 °C [-94 °F]
  • For gaseous and liquid aggressive media that are not highly viscous or crystallising, also in aggressive ambience
  • Oil & gas, chemical and petrochemical industries

Special features

    • Special instrument design for extremely low ambient temperatures down to -70 °C [-94 °F]
    • Ingress protection IP66 and IP67
    • Completely from stainless steel
    • Measuring ranges from 0 ... 0.6 to 0 ... 1,000 bar [0 ... 10 to 0 ... 15,000 psi]
    • Optionally as safety version "S3" per EN 837-1


The model PG23LT high-quality pressure gauge has been designed specifically for extremely low ambient temperatures down to -70 °C [-94 °F]. The stainless steel Bourdon tube pressure gauge finds applications in particularly cold regions such as Russia, Canada, Scandinavia or China.

The PG23LT is used primarily in the oil and gas industries and in the petrochemical industry. The typical measuring points are located on pipelines or in pumping stations for oil and gas transportation.

As a result of the special low-temperature design of the instrument, the use of special seals and the case filling, the model PG23LT is suitable for outdoor applications down to an ambient temperature of -70 °C [-94 °F]. The same instrument design fulfils the requirements for both IP66 and IP67 ingress protection for pressure ranges greater than 0 … 40 bar.

The proof of the instrument's suitability for ambient temperatures down to -70 °C [-94 °F] was provided in the in-house laboratory and can optionally be confirmed by a 2.2 test report.

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.