Description
Fulflo basket strainers effectively remove large-sized particles ranging from US Mesh 20 to 100 (840μm to 149μm) from liquids with viscosities of up to 15,000 SSU. Parker basket strainers are useful as pre-filters for the collection of gross contaminants.
Features:
- Available in two standard sizes to fit Fulflo FB & SB bag filter vessels
- Each 316 stainless steel basket strainer features a permanent handle for easy installation, removal and cleaning
- Fulflo strainer bag vessels designed for maximum operating pressures of up to 150 psi (9.0 bar) and high flow rates
- Cleanable permanent media
- Optional ratings available down to 550 mesh (25 micron)
- Five standard ratings available from 20 to 100 mesh
- ISO 9001 registered company
Applications:
- Discharge Water Filtration
- Process Water Filtration
- Coolants Filtration
- Cutting Oils Filtration
- Ink Filtration
- Lubricant Filtration
- Paint Filtration
- Resin Filtration
- Solvent Filtration
- Bulk Chemical Filtration
- Filtration for Parts Washing Systems
- Filtration of Adhesives
SPECIFICATIONS
Maximum Operating
Pressure Differential
150psid (10.3 bar)
Length: (Basket Only)
Single = 14-¾ in. (37 cm)
Double = 27-¾ in. (70 cm)
Length: (Including Handle)
Single = 18-¾ in. (47 cm)
Double = 31-¾ in. (80 cm)
Outer Diameter:
Single = 7-7⁄16 in. (19 cm)
Double = 7-7⁄16 in. (19 cm)
Basket Capacity:
Single = 2.2 gal (8.3 liters)
Double = 4.3 gal (16.3 liters)
Weight:
Single = 5.4 lbs. (2 kg)
Double = 9.4 lbs. (4.3 kg)
Mesh Surface Area:
Single = 2.3 ft2 (2139 cm2)
Double = 4.2 ft2 (3906 cm2)
Pressure Drop Determination for Fulflo Basket Strainers
- From the pressure drop chart below, determine the pressure drop through the vessel using the known flow rate and inlet/outlet size. The chart is for water flowing through a vessel containing a clean 20 mesh basket.
- To determine the pressure drop for a vessel with other strainers, multiply the above value by the appropriate correction factor in the following table (water only):
- Correction factor for liquids other than water:
- Multiply pressure drop for water, determined by completing steps 1 and 2, by the specific gravity of the liquid.
- Multiply results of “a” by the viscosity and mesh correction factor in the table below.