Profile® Coreless Filter Elements product photo Primary L

ProfileĀ® Coreless Filter Elements

The large diameter filter element features low differential pressure polypropylene, nylon or polyphenylene sulphide (PPS) medium, meaning fewer elements are required for a given flow rate. Filter vessels are correspondingly smaller, resulting in lower capital and installation costs, as well as reduced operating costs.

Convenience

The Profile Coreless filter element fits over a 316L stainless steel core, which is retained inside the filter housing. At changeout, the element is simply pulled up over the core which is then ready to accept the replacement element. By retaining the metallic core, the Coreless design significantly reduces the amount of waste material to dispose of, providing a lower cost, more environmentally-friendly option.

Efficiency

Profile Coreless filter elements use the advanced and proven benefits of Profile medium’s unique depth filter technology. The combination of a continuous graded pore prefilter section and a high performance inner section is an ideal combination, giving low clean differential pressure, high liquid flow rates and long service life.

Quality

The Profile Coreless filter element is manufactured to a very high standard of quality assurance and cleanliness, and in accordance with BS EN ISO 9001:2008.

Features

  • Large diameter cartridge utilizing low differential pressure media.
  • Separate stainless steel core retained in the filter housing.
  • Proven depth filter technology / continuous graded pore structure.
  • Polypropylene, nylon or polyphenylene sulphide (PPS) filter media.
  • Fully disposable design.

Benefits

  • Smaller systems with low capital cost, low installation costs and reduced operating costs.
  • Providing high liquid flow rate capability, ease of fitment, low operating costs and increased cost efficiency.
  • Reliable, consistent and verifiable filtration performance.
  • Compatible with a wide range of applications.
  • Less waste materials, lower cost of disposal and more environmentally-friendly.


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Description
The large diameter filter element features low differential pressure polypropylene, nylon or polyphenylene sulphide (PPS) medium, meaning fewer elements are required for a given flow rate. Filter vessels are correspondingly smaller, resulting in lower capital and installation costs, as well as reduced operating costs.

Convenience

The Profile Coreless filter element fits over a 316L stainless steel core, which is retained inside the filter housing. At changeout, the element is simply pulled up over the core which is then ready to accept the replacement element. By retaining the metallic core, the Coreless design significantly reduces the amount of waste material to dispose of, providing a lower cost, more environmentally-friendly option.

Efficiency

Profile Coreless filter elements use the advanced and proven benefits of Profile medium’s unique depth filter technology. The combination of a continuous graded pore prefilter section and a high performance inner section is an ideal combination, giving low clean differential pressure, high liquid flow rates and long service life.

Quality

The Profile Coreless filter element is manufactured to a very high standard of quality assurance and cleanliness, and in accordance with BS EN ISO 9001:2008.

Features

  • Large diameter cartridge utilizing low differential pressure media.
  • Separate stainless steel core retained in the filter housing.
  • Proven depth filter technology / continuous graded pore structure.
  • Polypropylene, nylon or polyphenylene sulphide (PPS) filter media.
  • Fully disposable design.

Benefits

  • Smaller systems with low capital cost, low installation costs and reduced operating costs.
  • Providing high liquid flow rate capability, ease of fitment, low operating costs and increased cost efficiency.
  • Reliable, consistent and verifiable filtration performance.
  • Compatible with a wide range of applications.
  • Less waste materials, lower cost of disposal and more environmentally-friendly.
Specifications

Materials of Construction

 
Filter Element Polypropylene, Nylon or Polyphenylene Sulphide (PPS)
Core Assembly 316L Stainless Steel
 

Technical Information

Operating Characteristics in Compatible Fluids1

 
Maximum Differential Pressure Operating Temperature
Polypropylene Nylon Polyphenylene Sulphide (PPS)
4.0 bard (58 psid) 30 °C (86 °F) 32 °C (89.6 °F) 20 °C (68 °F)
1.0 bard (14.5 psid) 82 °C (179.6 °F) 130 °C (266 °F) 204 °C (400 °F)
 

Core Assembly Seals (removable option only)

 
Seal Material
Ethylene Propylene Rubber (EPR)
Fluorocarbon Elastomer
FEP encapsulated Fluorocarbon Elastomer
Nitrile
 
1 Compatible fluids are defined as those which do not swell, soften or attack any of the filter components


Flow Rates


* For clean water at ambient temperature for liquids of viscosity other than 1cP multiply the ¢P by the viscosity in cP.






Type
Cartridges and Elements
Use
Purification
Ordering Information
This information is a guide to the part number structure and possible options. For availability of specific options, please contact Pall. Refer to Pall for housing details.

Element Part Number: E 60 [Table 1] [Table 2]

Core Assembly (removable option) Part Number: EHS 60 [Table 1] [Table 3]

Table 1: Nominal Length

 
Code Description
2 508 mm (20 in.)
4 1016 mm (40 in.)
 

Table 2: Media Options

 
Polypropylene2 Nylon2 Polyphenylene3 Sulphide (PPS) Removal Rating in Liquids (μm) Removal Rating in Gases at 0.3 μm4
Y050 5
Y100 N100 FPS100 10 99.997 % (Y100)
99.999 % (FPS100)
Y200 N200 FPS200 20
Y400 N400 40 99.995 % (Y400)
FPS500 50 99.869 % (FPS500)
         
YE5 Coarse grade media for use in E-coat paint baths
YM5 NM Coarse grade media for use in mica paint applications
YN5 Coarse grade media for use in mica paint applications
 
2 Beta 5000, 3 Beta 1000 efficiency rating, 4 Determined in laboratory trials using sodium chloride aerosols at 300 Sm3 / hr,
5 Profile Coreless paint application filter elements are not given removal ratings.


Table 3: Core Assembly Seal Options

 
Code Description
J Ethylene Propylene Rubber
HB Fluorocarbon Elastomer
H1 FEP encapsulated
Flurocarbon Elastomer
H13 Nitrile
 

Replacement Core Assembly Seals

 
O-ring Seal Part Number
Ethylene Propylene Rubber (EPR) CA53418 and ORJPW-111P
Fluorocarbon Elastomer LS00372 and LS00429
FEP encapsulated Fluorocarbon Elastomomer CC62592 and CC62591
Nitrile LS0043 and LS543
 
Application
Fuel Gas Treatment, Fuel Gas Treatment
Segment
Combined Cycle Plants
Gas Turbines