Diesel engines — Fuel filters — Method for evaluating fuel/water separation efficiency

Available format(s)

Hardcopy , PDF , PDF 3 Users , PDF 5 Users , PDF 9 Users

Language(s)

English

Published date

05-04-2018

Publisher

International Organization for Standardization

ISO 16332:2018 specifies a fuel/water separator comparison test under defined and simplified laboratory conditions.

This test is intended for pressure side fuel/water separators as well as for suction side fuel/water separators. Pressure side fuel/water separators are tested with fine droplets and suction side filters are tested with coarse droplets using the same test rig layout.

The rated flow (in litres per hour) is intended for the range between 50 l/h and 1 500 l/h. By agreement between customer and fuel/water separator manufacturer, and with some modifications, the procedures can be used for fuel/water separators with higher or lower flow rates.

Committee	ISO/TC 22/SC 34
DevelopmentNote	Supersedes ISO/DIS 16332 & ISO TS 16332. (04/2018)
DocumentType	Standard
Pages	44
PublisherName	International Organization for Standardization
Status	Current

Standards	Relationship
BS ISO 16332:2018	Identical

ISO 13320:2009	Particle size analysis Laser diffraction methods
ISO 3968:2017	Hydraulic fluid power — Filters — Evaluation of differential pressure versus flow
ISO 12937:2000	Petroleum products — Determination of water — Coulometric Karl Fischer titration method
ISO 6889:1986	Surface active agents — Determination of interfacial tension by drawing up liquid films
ISO/TS 16332:2006	Diesel engines Fuel filters Method for evaluating fuel/water separation efficiency
ISO 3722:1976	Hydraulic fluid power — Fluid sample containers — Qualifying and controlling cleaning methods
ISO 80000-1:2009	Quantities and units — Part 1: General
ISO 1219-1:2012	Fluid power systems and components — Graphical symbols and circuit diagrams — Part 1: Graphical symbols for conventional use and data-processing applications
ISO 9101:1987	Surface active agents — Determination of interfacial tension — Drop volume method