UNE-EN 14898:2007

Foreword
1 Scope
2 Normative references
3 Terms and definitions
4 System design requirements
  4.1 Materials of construction
  4.2 Working condition
      4.2.1 Working temperature
      4.2.2 Working flow
  4.3 Filter cartridge replacement
  4.4 End connections
  4.5 Backflow prevent
  4.6 Exchange indicator
5 Performance requirements
  5.1 Pressure strength of the filter housing
  5.2 Dynamic pressure test of housing
  5.3 Dynamic pressure test of cartridge
  5.4 Pressure drop
  5.5 Substance reduction performance
      5.5.1 Performance claims
      5.5.2 Chlorine reduction
      5.5.3 Organic chemical reduction
      5.5.4 Odour and flavour reduction
      5.5.5 Inorganic chemical reduction
6 Test methods
  6.1 Static pressure test of filter housing
      6.1.1 Principle
      6.1.2 Procedure
  6.2 Dynamic water pressure test of housing
      6.2.1 Principle
      6.2.2 Procedure
  6.3 Dynamic pressure test of cartridge
      6.3.1 Principle
      6.3.2 Procedure
  6.4 Pressure drop
      6.4.1 Principle
      6.4.2 Procedure
  6.5 Chlorine reduction
      6.5.1 Test equipment
      6.5.2 Reagents
      6.5.3 Analytical methods
      6.5.4 Test conditions
      6.5.5 Procedure
      6.5.6 Sampling
      6.5.7 Acceptance criteria
      6.5.8 Expression of results
  6.6 Chemical and odour/flavour reduction
      6.6.1 Test equipment
      6.6.2 Reagents
      6.6.3 Analytical methods
      6.6.4 Test conditions
      6.6.5 Procedure
      6.6.6 Sampling
      6.6.7 Acceptance criteria
      6.6.8 Expression of results
7 Technical documents, marking, labelling and packaging
  7.1 Technical documents
  7.2 Marking
  7.3 Labelling
      7.3.1 Filter housing
      7.3.2 Filter cartridge
  7.4 Packaging
Annex A (informative) Example of test rig for substance
                      reduction testing
Annex B (informative) Example test report
Annex C (informative) Substance-specific reduction claims
Bibliography

Describes requirements relating to the construction, performance and methods of testing for active media filters for drinking water installations inside buildings, with a maximum working pressure of at least 1000 kPa and a maximum working temperature of less than 30 degree C.