Back to NX Filtration
NX Filtration logo

Datasheet summary

WMC225 HYDRAcap60 UF module

Engineering summary from PDF text extraction for WMC225 HYDRAcap60 UF module. Verify every value with the OEM datasheet.

Summary

Product identification

The WMC225 HYDRAcap series are hollow fiber ultrafiltration modules designed for water treatment, as well as industrial and municipal wastewater reuse. These modules are effective in removing turbidity, suspended solids, viruses, and bacteria, and offer outstanding pH and chlorine resistance.

Available module types and product codes:

  • WMC225 HYDRAcap60+: SETUF0033
  • WMC225 HYDRAcap60: SETUF0032
  • WMC225 HYDRAcap40: SETUF0030

This summary is based on Release TDS015 – WMC225 HYDRAcap series, Rev. 04 – 20250611.

Membrane characteristics

  • Membrane material: Modified PES
  • Membrane fiber inner diameter: 0.8 mm (0.031”)
  • Pore size: 0.02 μm
  • Molecular Weight Cut Off (MWCO): 150 kDa (Note: MWCO is an estimation as it depends on size, shape, charge and polarity of the compound being tested, as well as test conditions. Measured with dextran.)
  • Filtration mode: Inside-Out; Vertical
  • Operation mode: Dead-end or cross-flow
  • Typical flux: 50 – 100 l/m²/h (30 – 60 gfd)
  • Backwash flux: 100 – 250 l/m²/h (60 - 150 gfd)

Operating limits

  • Max. system pressure: 3 bar (44 psi)
  • Max. filtration transmembrane pressure: 1.5 bar (22 psi)
  • Max. backwash pressure: 3 bar (44 psi)
  • Max. active chlorine concentration: 500 ppm @ pH>10
  • Max. cumulative active chlorine exposure: 250,000 ppm-hours @ pH>10
  • Max. particle size: 200 μm
  • Max. TSS: 200 ppm
  • Max. turbidity: 100 NTU
  • Max. Temperature during operation & cleaning: 40°C (104°F)
  • pH range during operation: 2-12
  • pH range during cleaning: 1-13

Mechanical / hydraulic

Materials of Construction

ComponentWMC225 HYDRAcap60+WMC225 HYDRAcap60WMC225 HYDRAcap40
HousingPVC-UPVC-UPVC-U
InternalsMBS, PP, NorylMBS, PP, NorylABS, PP, PVC-U
PottingEpoxy resinEpoxy resinEpoxy resin

Module Specification

ParameterWMC225 HYDRAcap60+WMC225 HYDRAcap60WMC225 HYDRAcap40
Membrane Surface Area56 m² (605 ft²)46 m² (500 ft²)30 m² (320 ft²)
L2.01600 mm (63”)1600 mm (63”)1092 mm (43”)
L2.11680 mm (66.13”)1680 mm (66.13”)1172 mm (46.13”)
L2.21710 mm (67.32”)1710 mm (67.32”)1202 mm (47.32”)
D2.060.3 mm (2.37”)60.3 mm (2.37”)60.3 mm (2.37”)
D2.160.3 mm (2.37”)60.3 mm (2.37”)60.3 mm (2.37”)

Weight Information

ParameterWMC225 HYDRAcap60+WMC225 HYDRAcap60WMC225 HYDRAcap40
Empty weight Module including assembly components36.5 kg (80 lbs)34 kg (75 lbs)25 kg (55 lbs)
Filled module with assembly components87 kg (191 lbs)84 kg (185 lbs)57 kg (126 lbs)

Shipping Information

ParameterWMC225 HYDRAcap60+WMC225 HYDRAcap60WMC225 HYDRAcap40
Shipping weight per module43.5 kg (96 lbs)41 kg (90 lbs)29 kg (64 lbs)
Shipping weight per crate (12 modules)505 kg (1113 lbs)475 kg (1047 lbs)360 kg (794 lbs)
  • Crate dimensions WMC225 HYDRAcap40: 100 x 125 x 173 cm; 40 x 50 x 68 in (L x W x H)
  • Crate dimensions WMC225 HYDRAcap60/60+: 100 x 125 x 191 cm; 40 x 50 x 75 in (L x W x H)

Assembly components such as product end adapters, O-rings, plugs, end caps, plastic clamps, washers, hex bolts, and hex nuts are listed in the official PDF.

Storage Information

New modules in original packaging can be stored for a maximum of 1 year from the shipping date in a dry place, protected from sunlight or any heat source, at temperatures between 1 and 40°C (33 and 104°F). The ex-factory storage solution consists of 84wt% water, 15wt% glycerin, and 1wt% sodium metabisulfite.


Disclaimer: This summary is based on extracted text and may not include all figures, footnotes, or the latest revisions from the complete OEM PDF datasheet. Contractual data must always match the specific OEM PDF revision used for the project.

Official datasheet (PDF)

PDF datasheet

Curated from selected public technical reference material for discovery and preliminary comparison. This summary is not a substitute for a current certified manufacturer datasheet. Verify revisions and design limits before use.