F5510 Differential Pressure Gauge

The Ashcroft® F5510 differential pressure gauge is used for monitoring differential pressure between two separate pressure sources. Designed for harsh services, this model provides high reliability and safety. A perfect solution for challenging application and installation requirements.

Key Features:
  • Robust housing
  • Select wetted materials from Stainless Steel 316L or Hastelloy C
  • High static pressure PN100
  • External zero adjustment
  • Flow measurement dial (optional)
  • NACE compliant (optional)
Specifications: 
  • Accuracy: ±2.5% of span; optional ±1.6% of span
  • Pressure Ranges: 0 ... 1 bar to 0 ... 16 bar
  • Dial size: 100 mm (4'')
  • Case: stainless steel

The F5510 differential gauge is ideal where safe and reliable pressure measurement is essential:

Process Market:
  • Chemical and Petrochemical industry
  • Machine and apparatus construction
  • Food and beverage industry
  • Pulp and paper industry

 

  • ATEX
  • CE
  • EAC
 

Related Products

The Ashcroft® 1115A and 1115P capillary lines are utilized when instruments need to be removed from direct contact with the installation point due to elevated process temperature, pressure spikes or design specifications.

1115A and 1115P Capillary Line Assemblies

The Ashcroft® 1115A and 1115P capillary lines are utilized when instruments need to be removed from direct contact with the installation point due to elevated process temperature, pressure spikes or design specifications.

The Ashcroft® 202 and 203 diaphragm seals or isolation devices protect pressure measuring instruments.

202-203 Flanged Diaphragm Seals

The Ashcroft® 202 and 203 diaphragm seals or isolation devices protect pressure measuring instruments.

Tools

  • Distributor Locator

    Locate an authorized Ashcroft distributor in your area.
  • Materials Selector

    Use the selector to review compatible wetted materials and requirements of your application.
  • Unit Convertor

    Need to convert measurement units? Check out our quick and easy approach to pressure, temperature and flow unit conversions.

Frequently Asked Questions

Get quick answers to common questions. Choose your topic:

See all FAQs »