
Supor® Beverage Filter Cartridges
CTRG AB3 SBB C7 WH4 SUPOR
1/EA
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Description
The
The cartridge is constructed from one layer of
This filter is integrity testable. An in-situ and non-destructive integrity test can provide assurance of filter performance within minutes. Integrity tests help manufacturers avoid costly issues such as product contamination, product losses, reprocessing and production delays, as well as satisfying auditor requirements.
Learn more about the importance of Integrity Testing and microbial filtration.
Features | Benefits |
Proprietary |
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Cartridges resistant to numerous sanitization cycles |
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Hydrophilic membrane |
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Validated with wine spoilage microorganisms |
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Individually serialized cartridges |
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Integrity testable |
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Multiple adaptor options |
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Materials Construction
Filter Medium* | Polyethersulfone (hydrophilic) |
Support and Drainage | Polypropylene |
Core, Cage, End Cap and Fin End | Polypropylene |
Adaptor | Polypropylene with an internal stainless steel reinforcing ring |
O-ring Seal | Ethylene propylene rubber or Silicone elastomer |
Microbial Removal Rating
Test Organism | Log Reduction Value (LRV) |
Serratia marcescens (ATCC 14756) | >10 |
Oenococcus oeni (ATCC 23279) | >8^ |
Saccharomyces cerevisiae | Yeast free* |
Dekkera bruxellensis(ATCC 64276) | Yeast free* |
^For O. oeni challenges were performed at a level of ≥105 per cm2 of effective filtration area on new and unused filters.
* Filters provided a yeast free effluent when challenged.
Quality
- Cartridges produced in a controlled environment
- Manufactured according to ISO 9001:2008 certified Quality Management System
Food Contact Compliance
Please refer to the Pall website for a Declaration of Compliance to specific National Legislation and/or Regional Regulatory requirements for food contact use.
Materials Construction
Filter Medium* | Polyethersulfone (hydrophilic) |
Support and Drainage | Polypropylene |
Core, Cage, End Cap and Fin End | Polypropylene |
Adaptor | Polypropylene with an internal stainless steel reinforcing ring |
O-ring Seal | Ethylene propylene rubber or Silicone elastomer |
Technical Information
Operating Characteristics in Compatible Fluids1
Maximum Differential Pressure (ΔP) | Operating Temperature |
5.5 bard (79.8 psid) (forward pressure) | 25 °C (77 °F) |
4.0 bard (58.0 psid) (forward pressure) | 80 °C (176 °F) |
1.0 bard (14.5 psid) (reverse pressure) | 40 °C (104 °F) |
300 mbard (4.4 psid) (forward pressure) | during in-situ steam sterilization |
Sterilization and Sanitization
Media | Temperature | Cumulative Exposure Time/Cycles2 |
Steam | 125 °C (257 °F) | 125 20-minute cycles |
Hot water | 90 °C (194 °F) | 100 hours / 200 30-minute cycles |
Peracetic acid* (PAA) (325 ppm) | Ambient | 1000 hours |
Potassium metabisulphite (1110 ppm) | Ambient | 1000 hours |
*Product containing 325 ppm PAA and 1275 ppm H2O2 to give 1600 ppm of total peroxides
Chemical Cleaning (static soak conditions)
Media | Tempreture | Cumulative Exposure |
Caustic 2% | 50 °C (122 °F) | 200 hours |
Caustic 2% | 80 °C (176 °F) | 100 hours |
Pressure Drop vs. Liquid Flow Rate
30 liters per minute @ 100 mbar 5.4 US gpm @ 1 psi Typical initial clean media differential pressure (ΔP) per 250 mm (10”) cartridge for water at 20 °C (68 °F); viscosity 1 centipoise. For 508, 762 mm and 1016 mm configurations divide the differential pressure by 2, 3, and 4 respectively.