ACCUGAF Filter Bag

Brand: Eaton Corporation

With efficiencies greater than 99%, each ACCUGAF filter bag model provides cost-effective filtration solutions for demanding applications.

The five models ensure that users can efficiently remove particles ranging from 1 – 25 μm while delivering a long service life.
Features
  • ACCUGAF polypropylene filter bags are fabricated from hydrophobic microfiber filter material, which require pre-wetting with an aqueous solution (full details about wetting and installation are provided with every box of ACCUGAF filter bags)
  • Highly efficient melt-blown filter material in polypropylene or polyester with graded density profiles to maximize dirt-holding capacity and prolong service life
  • No additives such as resins, binders or surface treatments
  • Double downstream cover layer virtually eliminates fiber migration
  • Unique UNI-WELD process for bottom seam provides a stronger, more flexible weld seal
  • Fully-welded construction with patented SENTINEL seal ring provides 100% bypass-free filtration
  • The pressure-activated SENTINEL seal ring provides a flexible, chemically resistant seal which adapts to any bag filter housing
  • Eaton strongly recommends the use of an insertion tool that facilitates the insertion of the filter bag into the bag filter housing and ensures the correct alignment of the filter bag inside the restrainer basket

Specifications

Material of Construction

  • Melt-blown Polypropylene or Polyester

Cover Layer

  • Polypropylene or Polyester Mesh

Seal Ring

  • Welded Polypropylene or Polyester SENTINEL Seal Ring

Retention Rating

  • 1.5, 3, 5, 10, 25 µm @ > 99% efficiency

Size

  • Ø 7 x 17” L (180 x 435 mm)
  • Ø 7 x 32” L (180 x 810 mm)

Filter Area

  • 2.6 ft² (0.24 m²)
  • 5.2 ft² (0.48 m²)

Operating Temperature

  • Polypropylene: Max 194° F (90° C)
  • Polyester: Max 302° F (150° C)

Differential Pressure

  • Max 36 psi (2.5 bar)

Recommended Change-Out Pressure for Disposal

  • 11.6 to 21.7 psi (0.8 to 1.5 bar)

Flow Rate

  • 35 GPM (8 m³/h)
  • 66 GPM (15 m³/h)

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