Donaldson 1C052264-63 Filter Housing, HD 0018, 925 PSIG, 3/4" NPT , Aluminum (OEM)

Donaldson® 1C052264-63 High Pressure Filter Housing, 3/4 in Port, FNPT Port Connection, Aluminum Housing

Donaldson® 1C052264-63 High Pressure Filter Housing, 3/4 in Port, FNPT Port Connection, Aluminum Housing 1C052264-63

Two-part housing with optimized construction offers low differential pressure at high flow rates. Different connections allow you to match your specific needs to any application. Donaldson® HD high pressure filter housings are designed for the purification of compressed air and gases in industrial operations. HD high pressure housings offer low differential pressure at high flow rates. A wide variety of filter elements are available to meet a broad range of application requirements. The HD high pressure filter housings are designed in accordance to ASME VIII, division 1.
Donaldson® High Pressure Filter Housing, Model: HD, 3/4 in Port, FNPT Port Connection, 928 psi, -15 to 176 deg F Operating, Perbunan Seal, Aluminum Housing, Anodized Housing, 72 mm OD, 8.94 in Overall Height

Housing Finish      :      Anodized
Housing Material      :      Aluminum
Model      :      HD
Operating Temperature      :      -15 to 176 deg F
Outside Diameter      :      72 mm
Overall Height      :      8.94 in
Port Connection Type      :      FNPT
Port Size      :      3/4 in
Pressure Rating      :      928 psi
Seal Material      :      Perbunan
  • Innovative filtration technology, high retention rate, low pressure loss
  • Filter housing made of aluminum, steel, designed for operating pressure up to 400 bar and operating temperatures from -10 to 80 deg C
  • For the purification of compressed air and gases according pressure equipment directive 2014/68/EU
  • Flow optimized design for low differential pressure
  • pdfCatalog https://assets.unilogcorp.com/267/ITEM/DOC/Donaldson_1C051166_Catalog.pdf
  • pdfSpecification Sheet https://assets.unilogcorp.com/267/ITEM/DOC/Donaldson_1C052264_63_Specification_Sheet.pdf
  • linkVideo Link https://youtu.be/6a-zT-o8VeY