API/IP 1581 5th Edition Qualification for Category M, Type S

FAUDI Aviation GmbH & Co. KG

Already in June 2005, FAUDI Aviation fulfilled a successful test according to 5th Edition Category M, Type S for horizontal End opposed vessels (German Military style) including FSII as Additive.

API/IP 1581 5th Edition Qualification for Category M, Type S

Already in June 2005, FAUDI Aviation fulfilled a successful test according to 5th Edition Category M, Type S for horizontal End opposed vessels (German Military style) including FSII as Additive.

With this achievement FAUDI Aviation is offering Filter/Water Separators for stationary and mobile applications. The Flow rate range is starting at 250 lpm (66 USGPM) up to 5000 lpm (1321 USGPM).

FAUDI Aviation - an approved, qualified and preferred specialist with over 60 years experience in Military Aviation applications.

Filter/Water SeparatorOur complete Product Range of Aviation Fuel Filters and Filter Systems remove water, solids and surfactants from Jet Aviation Fuels.

Technical Details

  • for stationary and mobile applications
  • according to API 1581 5th Edition Cat. M, Type S
  • for Jet A1, JP 1, JP 4, JP 8, kerosene
  • max. flow rates up to 5000 l/min
  • max. 15 ppm free water in the outlet stream
  • max. 0,26 mg/l (average) particles in the outlet stream
  • Model No. Coalescer Separator Max Flow Rate Volume Weigth app.

Marking Sample

Flow Process Description

The process of filtration und separation takes place in two element stages. In the first stage, known as the Coalescer stage, during flow through the element from the inside to outside solid particles are retained by the star-shaped folded paper layers. At the same time emulsion separation begins in the pleated paper section. Next the fuel-water mixture flows through the Coalescer part of the element. Due to its hydrophobic and hydrophillic properties very small and fine water droplets coalesce by retardation, acceleration and deflection of the liquid flow to form larger proplets. Afterwards they drop into the water sump because of their higher specific weight.

The second stage Separator elements separates the smallest water droplets which have been swept along in the Filter/Water Separator by velocity. These are retained at the hydrophobic coated surface of the Separator elements and then also collect as a sediment in the water sump.

Model No.CoalescerSeperator Max Flow Rate VolumeWeight app.
  ModelQtyl/minUSGPMlkg
FWE- 1Y.1-842/560.644-107/D125066174344
FWE- 2Y.1-842/588917491500132163392
FWE- 3Y.1-842/589013731750198224444
FWE- 4Y.1-842/5890137311000264285492
FWE- 5Y.1-842/589388471125033340544
FWE- 7Y.1-842/5941706411750462441602
FWE- 8Y.1-842/5941706412000528582662
FWE- 9Y.1-842/5942847512250594638697
FWE- 11Y.1-842/5888545112750727748749
FWE- 13Y.1-842/5891124013250859937816
FWE- 17Y.1-842/594159021425011231111892
FWE- 20Y.1-842/594116791500013211344930


Filter/Water Separator

Model No.DN          
 DINANSIØ abcdefgØ hki
FWE- 16022501801518250800---300219150710
FWE- 2652.5355195169525010153253002192001230
FWE- 3803400225177525010803554753242501230
FWE- 41004450225179725010803854753243001230
FWE- 51004500225181525010904204753243501230
FWE- 71255550247188025011254404753244001230
FWE- 81255600247187525011204654753244501230
FWE- 91255650305199525012304904753245001295
FWE- 111506700300201525012405304753245501445
FWE- 131506750300203525012305554753246001470
FWE- 172008850300205525012305954753247001495
FWE- 202008900375221025013806204753247501520

 

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