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Donaldson® P562254 IDI_149134

Donaldson P562254 Hydraulic Filter, Strainer (OEM)

Donaldson® STM Series P562254 Hydraulic Filter Strainer, 3/4-16 Port, UN Port Connection, 149 um at Beta 2, 5 gpm

Donaldson® STM Series P562254 Hydraulic Filter Strainer, 3/4-16 Port, UN Port Connection, 149 um at Beta 2, 5 gpm P562254

We offer a wide range of filters that are specifically designed to perform in a broad array of hydraulic applications. Our standard filters include technology that's designed to consistently meet required specifications and your expectations. Many filters offer a choice of standard or high performance alternatives. Choose the one that's right for your application based upon your fluid characteristics and your efficiency requirements.
Donaldson® Hydraulic Filter Strainer, Series: STM Series, 3/4-16 Port, UN Port Connection, Wire Mesh Media, 149 um at Beta 2, 50% at 149 um Efficiency, 5 gpm Flow Rate, 6 psi Bypass Pressure, 250 deg F Operating, Stainless Steel Housing, Zinc-Plated Housing, Tank Mounting, 1.15 in OD, 5.34 in Overall Height, For Use With: Reservoir

Bypass Pressure      :      6 psi
Efficiency      :      50% at 149 um
Flow Rate      :      5 gpm
Housing Finish      :      Zinc-Plated
Housing Material      :      Stainless Steel
Media Type      :      Wire Mesh
Micron Rating      :      149 um at Beta 2
Mounting Type      :      Tank
Operating Temperature      :      250 deg F
Outside Diameter      :      1.15 in
Overall Height      :      5.34 in
Port Connection Type      :      UN
Port Size      :      3/4-16
Series      :      STM Series
Suitable For Use With      :      Reservoir
  • Tank mounted strainers offer easy installation
  • Access to reservoir interior is not needed
  • You can mount these units through a sidewall or through the tank top and into a standpipe
  • pdfCatalog https://assets.unilogcorp.com/267/ITEM/DOC/Donaldson_P169012_Catalog.pdf
  • pdfSpecification Sheet https://assets.unilogcorp.com/267/ITEM/DOC/Donaldson_P562254_Specification_Sheet.pdf
  • linkVideo Link https://youtu.be/DouGwx_ia3o