Donaldson K041772 Hydraulic Filter Assembly (OEM)

Donaldson® FIK K041772 In-Tank Filter, 1 in Port, NPT Port Connection, 36 um at Beta 1000, 170 gpm

Donaldson® FIK K041772 In-Tank Filter, 1 in Port, NPT Port Connection, 36 um at Beta 1000, 170 gpm K041772

FIK in-tank filters are economical, space saving units offering a variety of options including aluminum or plastic access covers, mounting option, breathers and accessories. Strong, durable die cast aluminum head and a steel or plastic canister construction for heavy-duty applications.
Donaldson® In-Tank Filter, Series: FIK, 1 in Port, NPT Port Connection, Cellulose Media, 36 um at Beta 1000, 170 gpm Flow Rate, 145 psi, 22 psi Bypass Pressure, -4 to 194 deg F Operating, Die Cast Aluminum Head, Nitrile Seal, 8.79 in Overall Height

Bypass Pressure      :      22 psi
Flow Rate      :      170 gpm
Head Material      :      Die Cast Aluminum
Media Type      :      Cellulose
Micron Rating      :      36 um at Beta 1000
Operating Temperature      :      -4 to 194 deg F
Overall Height      :      8.79 in
Port Connection Type      :      NPT
Port Size      :      1 in
Pressure Rating      :      145 psi
Seal Material      :      Nitrile
Series      :      FIK
  • Strong, durable, die cast aluminum head and steel or plastic canister construction
  • The head (and the inlet) sit above the tank, while the housing remains inside the tank, offering design-in flexibility
  • FIK filters offer three service indicators to choose from - pressure gauge, visual indicator and electrical indicator
  • FIK filter assemblies are shipped from the factory with cellulose or Synteq™ synthetic filter media and replacement cartridges are offered in a range of media types and performance ratings
  • Built-in by pass valve in the cartridge
  • Improved seal design
  • pdfCatalog https://assets.unilogcorp.com/267/ITEM/DOC/Donaldson_K030319_Catalog.pdf
  • pdfSpecification Sheet https://assets.unilogcorp.com/267/ITEM/DOC/Donaldson_K041772_Specification_Sheet.pdf
  • linkVideo Link https://youtu.be/DouGwx_ia3o