GB/T 17488-2008
Hydraulic fluid power.Filter elements.Determination of resistance to flow fatigue using particulate contaminant (English Version)

Standard No.
GB/T 17488-2008
Language
Chinese, Available in English version
Release Date
2008
Published By
General Administration of Quality Supervision, Inspection and Quarantine of the People‘s Republic of China
Latest
GB/T 17488-2008
Replace
GB/T 17488-1998
Scope
This standard specifies the test method for determining the anti-flow fatigue characteristics of hydraulic transmission filter elements. By adding specific particulate contaminants to the test system, the filter element is subjected to a predetermined maximum differential pressure, and the filter element is subjected to a fatigue test at a consistent alternating flow rate. This standard establishes a uniform method for determining the ability of filter elements to resist damage caused by alternating pressure differentials caused by flow fluctuations.

GB/T 17488-2008 Referenced Document

  • GB/T 14041.1 Hydraulic fluid power.FiIter elements.Part 1: Verification of fabrication integrity and determination of the first bubble point
  • GB/T 14041.2 Hydraulic fluid power Filter elements Part 2 : Verification of material compatibility with fluids
  • GB/T 14041.3 Hydraulic fluid power.Filter elements.Part 3:Verification of collapse/burst pressure rating*2011-01-14 Update
  • GB/T 17446 Fluid Transmission Systems and Components Glossary*2024-03-15 Update
  • GB/T 786.1 Fluid power systems and components—Graphical symbols and circuit diagrams—Part 1: Graphical symbols*2021-05-21 Update
  • ISO 1219-2 Fluid power systems and components - Graphical symbols and circuit diagrams - Part 2: Circuit diagrams*2012-09-01 Update

GB/T 17488-2008 history

  • 2008 GB/T 17488-2008 Hydraulic fluid power.Filter elements.Determination of resistance to flow fatigue using particulate contaminant
  • 1998 GB/T 17488-1998 Hydraulic fluid power--Filter elements--Verification of flow fatigue characteristics
Hydraulic fluid power.Filter elements.Determination of resistance to flow fatigue using particulate contaminant



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