Commercial Hn-3013-600 Gpd High Flow RO Membrane

China Commercial Hn-3013-600 Gpd High Flow RO Membrane, Find details about China Reverse Osmosis Membrane, Water Filter Membrane from Commercial Hn-3013-600 Gpd High Flow RO Membrane

Model NO.
HN-3013-600
Model NO.
HN-3013-600
HN - HYNAMO Membrane

HN Series Household/Commercia ROCommercial Hn-3013-600 Gpd High Flow RO Membrane
membrane elements

This standard specifies product specifications for reverse osmosis membrane elements for household and similar purposes (hereinafter referred to as reverse osmosis elements) .This standard applicable to reverse osmosis membrane elements that use municipal tap water or centralized water supply as raw water for use in homes and similar places.
 
 HN-3013-600 
Operation Pressure (psi)90
Highest Operation Pressure (psi)225
Application For Pure water producing 
Test Solution Concentration (ppm)250±50ppm
Recovery Rate % 50%±5
Stable Rejection Rate % 95
Flow Rate (GPD)600
Max. Pressure Difference (psi)15
Max. Feed Water SDI 5
Acceptance capacity of free Chlorine ≤0.1
PH Range of feed water as continious operation 2-11
  1. The water yield of a single membrane element may vary from ±15%.
  2. Water yield and desalination rate are based on the test conditions: 250ppm NaCl test solution, 25±1ºC, 50% recovery rate and the above rated test
  3. Operation Limit
Maximum Operating Temperature113ºF(45ºC)
Maximum Working Pressure150psi(10bar)
Maximum Feed Flow2.0gpm(7.6lpm)
Continuously operating PH range a2-11
Short wash PH range (30min) b1-13
Maximum feed water SDISDI 5
Tolerance Of Free Chlorine<0.1ppm
  1.  When PH is above 10, the Maximum Temperature of Continuous Operation is 35ºC.
  2. Under certain conditions, the presence of free chlorine and other oxidants in the water may cause serious membrane damage, which is not a product warranty range
Commercial Hn-3013-600 Gpd High Flow RO MembraneCommercial Hn-3013-600 Gpd High Flow RO MembraneCommercial Hn-3013-600 Gpd High Flow RO MembraneCommercial Hn-3013-600 Gpd High Flow RO Membrane