At Pall Corporation, we continually strive to improve our products and technologies to ensure that customers receive the very best in performance and value. We are now pleased to introduce a new addition to our industry-leading hydraulic and lubrication filter line - Ultipor Max filter elements.
Pall Ultipor Max filter elements fit directly in all Pall coreless 8304/8314 and 5000 series filter housings and represent an evolution of our proven Ultipor III filter element technology. The Ultipor Max element features a new composite/synthetic structure and lay-over pleat pleating. As a result, this element offers our customers longer service life with low initial pressure drop. To upgrade to this new element, simply select from the part numbers listed below.
Pall Ultipor Max filter elements fit directly in all Pall coreless 8304/8314 and 5000 series filter housings and represent an evolution of our proven Ultipor III filter element technology. The Ultipor Max element features a new composite/synthetic structure and lay-over pleat pleating. As a result, this element offers our customers longer service life with low initial pressure drop. To upgrade to this new element, simply select from the part numbers listed below.
Featuring
- High filtration efficiency rating ®x(c) 1000
- High strength construction
- Coreless, cageless, filter element construction
- Wide fluid and temperature compatibility
- Same form and fit as Ultipor III filter elements
- Multi-pass filter ratings (per ISO 16889)
See figure 1 - Element Collapse Pressure Rating (ISO 2941)
10 bard (150 psid) - Fluid Compatibility (ISO 2943)
Compatible with petroleum oils, water glycols, water- oil emulsions, high water containing fluids, industrial phosphate esters and carboxylic acid esters, and most synthetic hydraulic and lubrication fluids. - Flow vs. Pressure Drop (ISO 3968)
See table 1 - Flow Fatigue (ISO 3724)
Contact factory; filter element structure incorporates upstream and downstream medium support to achieve maximum fatigue cycle life. - Fabrication Integrity (ISO 2942)
Fabrication integrity is validated and assured during the manufacturing process by numerous evaluations and inspections including Bubble Point testing. - Temperature Range
Fluorocarbon seals: -29 °C (-20 °F) to +120 °C
(+250 °F) 60 °C (140 °F) maximum for HWCF or water glycol fluids - Quality Control
All filter elements are manufactured by Pall to exacting procedures and strict quality controls. Elements are checked against rigorous ongoing validation test protocols within Pall Corporation.
Element Pressure Drop
Multiply actual flow rate times factor in table below to determine pressure drop with fluid at 32 cSt (150 SUS), 0.9 S.G. Correct for other fluids by multiplying new viscosity in cSt/32 (SUS/150) x new S.G./0.9.
Note: factors are per 1000 L/min and per 1 USgpm.
Table 1: 8334 Series Filter Elements - bard/1000 L/min (psid/USgpm)
| Length Code | CN | CS |
| 39 | 0.4245 (0.0233) | 0.4118 (0.0226) |
Figure 1: Filtration Ratios per ISO 16889
Filter Cartridges
Filter Element P/N: HC8334F [Table 2] 39 Z X321
Note: Z indicates fluorocarbon seals are standard. Other options are available; contact Pall.
Table 2: Pall Media Grade
| Code | ßx(c) ≥ 1000 Based on ISO 16889 |
| CN | 7 |
| CS | 12 |
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