Hydro-Guard® CoLD R Series Filter Cartridges product photo Primary L

Hydro-Guard® CoLD R Series Condensate Filter

Continuous Length, Backflushable, Precoat, Condensate Filter


Hydro-Guard CoLD R filter elements are manufactured using the CoLD Melt™ fiber production process. The CoLD Melt process permits the creation of multiple filtration zones within a single filter cartridge. The reverse graded pore density, multi-zone design provides customers with even precoating, efficient backflushing, and long filter life. Many power plants around the world have switched from string wound technology to Hydro-Guard CoLD R products for improved condensate polishing.

 
Product Feature Product Benefit Customer Benefit
Continuous Length Element
  • Uniform resin precoat
  • Improved deionization performance
  • Optimized resin capacity utilization
Co-Located Large
Diameter Melt Fibers
  • Resists collapse or compression under increasing differential pressure
  • Rigid pore structure results in more consistent, reliable and reproducible filtration compared to string wound configurations
  • Reduced possibility of resin bleedthrough
  • Stable filtration performance over the life of the element
Reverse Graded Pore
Density Structure
  • Enhanced surface filtration
  • High-efficiency backflushing
  • Longer element service life reduces number of filter change-outs and filter disposal costs
  • Minimizes worker exposure in radioactive applications
All Polypropylene
Construction
  • Reduced extractables - free of adhesives, binders and surfactants
  • No rinse-up required
  • Incinerable
  • No filtration related chemistry excursions
  • Reduced start-up costs
  • Reduced filter disposal costs
 


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Datasheets

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Description

Continuous Length, Backflushable, Precoat, Condensate Filter


Hydro-Guard CoLD R filter elements are manufactured using the CoLD Melt™ fiber production process. The CoLD Melt process permits the creation of multiple filtration zones within a single filter cartridge. The reverse graded pore density, multi-zone design provides customers with even precoating, efficient backflushing, and long filter life. Many power plants around the world have switched from string wound technology to Hydro-Guard CoLD R products for improved condensate polishing.

 
Product Feature Product Benefit Customer Benefit
Continuous Length Element
  • Uniform resin precoat
  • Improved deionization performance
  • Optimized resin capacity utilization
Co-Located Large
Diameter Melt Fibers
  • Resists collapse or compression under increasing differential pressure
  • Rigid pore structure results in more consistent, reliable and reproducible filtration compared to string wound configurations
  • Reduced possibility of resin bleedthrough
  • Stable filtration performance over the life of the element
Reverse Graded Pore
Density Structure
  • Enhanced surface filtration
  • High-efficiency backflushing
  • Longer element service life reduces number of filter change-outs and filter disposal costs
  • Minimizes worker exposure in radioactive applications
All Polypropylene
Construction
  • Reduced extractables - free of adhesives, binders and surfactants
  • No rinse-up required
  • Incinerable
  • No filtration related chemistry excursions
  • Reduced start-up costs
  • Reduced filter disposal costs
 

Specifications

Performance Specifications


Maximum operating temperature
65 °C (150 °F)

Maximum differential pressure
2.07 bard (30 psid) @ 65 °C (150 °F)

Typical Flow vs. Differential Pressure for Application Sizing1

Typical Flow vs. Differential Pressure for Application Sizing
Unit conversion: 1 bar = 14.5 psi

1 Flow rate is for a 152 cm/60 inch 30 μm cartridge. For liquids other than water, multiply differential pressure by fluid viscosity (cP).

Product Specifications


Materials of construction
 
Filter media: Polypropylene
End caps: Polypropylene
Sealing: Thermal bond
Gasket/O-ring material: Sulfur-free EPDM (standard)
 

Type

Filter Cartridges

Ordering Information

Pall Part Number = HGCOLDR [1]-[2]-P-[3]-[4]-[5]

Table 1

 
Code Filter grades (μm)
5 5
30 30
 

Table 2

 
Code Cartridge lengths cm/in.
50 127/50
60 152/60
70 178/70
80 203/80
 

Table 3

 
Code Seal material
E Sulfur-free EPDM
 

Table 4

 
Code End configurations - bottom
COOP Fine threaded connection for bottom tube sheet vessels
M8TVO Extended neck, double O-ring seal for top tube sheet vessels
PAK-F One turn, easy install/remove connection with double seal integrity for bottom tube sheet vessels
PBQ Double-open-end filter for bottom tube sheet vessels
 

End configurations - bottom

End configurations - bottom

Table 5

 
Code End configurations - top
H 3& ⁄8 HEX - 2.5 inch elongated hex nut and cotter pin for connection with vessel lattice strips
S 3& ⁄8 STUD - 1.5 inch threaded stud and either nut or
cotter pin for connection with vessel lattice strips
FIN SPEAR - Bottom retaining devise for top tube
sheet filters
DOE Double-open-end filter for top tube sheet vessels
 

End configurations - top

End configurations - top

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