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Fulfl o TruBind 400 Filter Cartridge
SPECIFICATIONS
Materials of Construction: Recommended Vessels: Performance
Absorbent: Proprietary polymer Parker LTG10 and LTG20 polymeric TruBind absorbent cartridge effi ciency de-
Support Construction: 100% polyolefi n vessels and equivalent competitive vessels. pends upon the residence time of the
Seal Material: Polyethylene Foam fl uid within the cartridge, which is a function
of the volumetric fl ow rate.
Cartridge Dimensions (nominal) Technology 1. Hydrocarbon Removal Effi ciency: At
Lengths: Unlike competitive technologies in which an equivalent fl ow rate of 3.0gpm per
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9 ⁄ 16 in (249mm) hydrocarbons are removed through surface 10-inch cartridge the TruBind cartridge
19 ⁄ 16 in (506mm) adsorption onto the medium, TruBind typically reduces trace hydrocarbon
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Outside Diameter: cartridges utilize a proprietary modifi ed contaminant in excess of 95% in single
4 ½ in (114 mm) polymer that both absorbs and chemically pass mode. This effi ciency level can be
Inside Diameter: binds the hydrocarbon molecules into its maintained only to a net differential pres-
1 ⁄ 16 in (27 mm) interior matrices. The affi nity of the poly- sure of 10psi. Series or multipass fi ltra-
1
meric absorbent for hydrocarbon contami- tion can virtually eliminate hydrocarbon
Maximum Recommended Operating nant is so great that accelerated testing by contamination.
Conditions: the Toxic Characteristics Leachate Proce- 2. Hydrocarbon Absorbent Capacity:
Temperature: dure (TCLP) indicated the effl uent hydrocar- The TruBind cartridge medium has the
150°F (65°C) @20psid (1.4bar); bon level in water to be below current and potential to remove up to 500 grams
180°F (82°C) @10psid (0.7bar) proposed EPA limits. The modifi ed polymer (approximately one pint) of low density
Pressure: was formulated to control the speed of hydrocarbon contaminant. On this basis,
40psid (2.8bar) @ 75°F (24°C) hydrocarbon absorption by eliminating the the table below provides expected life
Flow Rate: potential for skin formation at the polymer/ data in hours orgallons at several trace
3.0gpm per 10-inch cartridge hydrocarbon interface. Consequently this contaminant levels based on a 3.0gpm
Change-out Pressure Drop (net): polymer, when incorporated into a radial- fl ow rate per 10-inch cartridge. Absor-
10psi (0.7bar) fl ow-design cartridge, insures maximum bent capacity will decrease as density of
Flow Factor: utilization of surface area. The nature of the hydrocarbon increases.
0.1psid per 1gpm at 1cks viscosity polymer makes it an effective absorbent for 3. Flow Rate Capability: A maximum
per 10 in cartridge free, emulsifi ed and dissolved oils, syn- fl ow rate of 3.0gpm per 10-inch length
pH Range: 2 - 12 thetic lubricants, grease and a multitude of cartridge is recommended for the most
organic solvents.
Bio-safety: effective removal of trace hydrocarbon
The TruBind cartridge is classifi ed contaminant.
as non-hazardous and incinerable.
Disposal must be dictated by local Use the following equations to calculate
regulations pertaining to the absorbed performance:
contaminant. Life (Hrs.) = 800/PPM
Removal Rate (Grams/Min) = PPM/90

Estimated
Hydrocarbon
Hydrocarbon Concentration removal per Estimated life Gallons fl uid cost per
(ppm) % by weight in hours treated gallon of
minute (grams)
treated fl uid
10 .001 0.11 80.0 14, 400 $.002
100 .01 1.10 8.0 1,400 $.025
1,000 .1 11.00 0.8 144 $.24
Note: Cost per gallon decreases signifi cantly with longer cartridges.

Ordering Information

TBC

Cartridge Code Outside Diameter Cartridge Length Support Core End Cap Configuration Seal Material
TruBind Cartridge Code in mm Code in mm A = Standard Wall DO = Double-Open-End A = Polyolefin Foam
4 4-1/2 114 10 9-13/16 249 Polypropylene Core (gasket seal) Gasket (standard for
20 19-15/16 506 “DO” seal design)

Specifi cations are subject to change without notifi cation. © 2010 Parker-Hannifi n Corporation
For User Responsibility Statement, see www.parker.com/safety domnick hunter Process Filtration - North America
All Rights Reserved
Fulfl o is a registered trademark of Parker-Hannifi n Corporation
DS_IP_TruBind 400 Rev. A

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