3-Stage 20"x4.5" Whole House Big Blue Water Filtration System for Iron/Manganese/Sulfur/Hydrogen Sulfide with ¾" or 1" NPT Ports
Are you concerned with the quality of the water at your cottage or lake house? Get clean and clear water for your whole house by removing iron, sulfur, dirt, discoloration, odors and bad taste with our 3-stage Whole House system, perfect for homes, cottages and offices.
Select one of the following options during your checkout:
- ¾" Ports (Inlet/Outlet Sizes): Flow Setup Direction is Left to Right (Left Inlet - Right Outlet)
- ¾" Ports (Inlet/Outlet Sizes): Flow Setup Direction is Right to Left (Right Inlet - Left Outlet)
- 1" Ports (Inlet/Outlet Sizes): Flow Setup Direction is Left to Right (Left Inlet - Right Outlet)
- 1" Ports (Inlet/Outlet Sizes): Flow Setup Direction is Right to Left (Right Inlet - Left Outlet)
The clear housing is on the Inlet Side, allowing you to inspect the sediment filter.
Note: Please make sure you have selected the correct option before checkout.
Our Whole House water filtration systems are designed to deliver safer, cleaner, water to every faucet and shower head in to the whole house without reducing down water pressure. By using oversized filter cartridges and housings this system to maintain the strongest water pressure possible. In addition these larger housings and filters require less frequent services, which saves you time, money, and effort.
Pre-loaded Filter Cartridges:
- 1st Stage: 5 Micron Polypropylene Sediment Filter 104112
- 2nd Stage: Refillable Iron Manganese Filter 104121
- 3rd Stage: (CTO) Carbon Block Filter 104114
Vertical Hydraulic Gauge
Having a pressure gauge is helpful in monitoring your incoming water pressure, internal unit pressure & when to replace the filters. It's best to replace the filters when you see changes in reading start, an increasing pressure drop is a good indication that the cartridges are starting to clog with particulate or the filter's media is exhausted as the water inside the system can’t pass through the filters normally.
- Sediment (silt, dirt, rust ETC.)
- Hydrogen Sulfide
- Bad tastes & odors
- Giardia Cysts
- VOCs (volatile organic compounds)
- THMs (Trihalomethanes)
- MTBEs (Methyl tert-butyl ethers)
- 1 x 20"x 4.5" Clear Big Blue Double O-ring Filter Housing with Pressure Release Button
- 2 x 20"x 4.5" Big Blue Double O-ring Filter Housing with Pressure Release Button
- 2 x 60mm Liquid Pressure Gauges (Range 10Kg/PSI)
- 1 x 5-micron PP Sediment Filter
- 1 x Refillable Iron/Manganese Filter
- 1 x Coconut Shell Carbon Block (CTO) Filter
- 1 x Heavy-duty PVC Ball Valve + 1 x Hex nipple
- 1 x Filter Housing Wrench.
- 1 x 3-stage Wall Mounting Metal Bracket
- 1-year manufacturer's limited warranty
About Our Iron/Manganese Filter
Manganese Sand is an efficient and economical media for the reduction of dissolved iron and manganese compounds from raw water supplies. It may be used in either gravity fed or pressurized water treatment systems like our whole system. Manganese Dioxide acts as an insoluble catalyst to enhance the reaction between dissolved oxygen (D.O.) and the iron compounds. In ground waters, the dissolved iron is usually in the ferrous bicarbonate state due to the excess of free carbon dioxide, this is generally not filterable.
Manganese Dioxide acts as a catalyst between the oxygen and the soluble iron compounds, enhances the oxidation reaction of Fe++ to Fe+++ and produces ferric hydroxide which precipitates and may be easily filtered. The physical characteristics of Manganese Dioxide provide an excellent filter media which is easily cleaned by back washing to remove the precipitant. Manganese Zeolite is not consumed in the iron removal operation and therefore offers a tremendous economic advantage over many other iron removal methods.
Other advantages of Manganese Dioxide include; long material life with relatively low attrition loss, a wide temperature performance range and extremely high removal efficiency. Negligible labor costs are involved because Manganese Dioxidedoes not require chemicals for regeneration, only periodic back washing is required.
This system reduces the possibility of damage to pipes and water heaters and reduces up to 3 ppm dissolved iron. It also helps to eliminate the orange and brown stains often found in toilets, sinks, etc.
Recycling of regenerant and rinse water will conserve KMNO4 and rinse waste water. This system is designed to provide an easy and effective method of reducing iron from water, and greatly improves the taste of your water as well.
- Sediment Filter Life: Approx. 6 - 12 months
- Approximate Iron filter for 4 users if is 320 days , or 80,000 gallons of use (which is first) if you iron level is 1PPM , if you iron level is 2 PPM then the filter life will be 40,000 gallon.
- Carbon Filter Life: Approx. 20,000 Gallons
- Maximum Operating Pressure: 90 PSI
- Operating Temperature Range: 40-100°F (5-40°C)
- Dimensions: 27.5 height x 24.5" width x 8" depth
- Weight: Approx 50 lbs.
- Feed Water pH range: 4.0-10.0
- Preferable feed water pressure range: 20-90PSI to get the best filtration results keeps it less than 60PSI.
- Maximum Feed Water TDS‡: 2000 ppm
- Pressure Drop @10GPM: Less than 1 PSI
- Estimated Flow Rate:
- 1-20* GPM for 1" Inlet/Outlet
- 1-15* GPM for ¾" Inlet/Outlet
‡ Total Disolved Solids.
* Pressure drop will be determined based on feed water pressure, filter cartridge, fluid viscosity, filter life and conditions.
- Electroplating, etching & image development process in PCB industry
- Filtration of electroplating fluid in conventional electroplating industry
- Pre-filter of DI & RO water filtration system for industry
- Filtration of low viscosity fluids of chemical
- Filtration of water for manufacturing processes & recycled water
Approximate Life of Iron/Manganese Filter Cartridge:
Filter life depends on the contamination level (iron equivalent) and amount of water consumed on a daily basis. You can use the following chart to estimate how long a filter will last in your case.
"Iron Equivalent" is calculated as follows: (Iron level) + (2 x Manganese level) + (3 x Hydrogen sulfide level)
If you are not sure about your Hydrogen sulfide level (it is hard to accurately test for) and you have a noticeable rotten egg odor, assume a Hydrogen sulfide level of 0.5 ppm. If the rotten egg odor is severe, assume a level of 1.0 ppm.
Example: Test results are 0.8 ppm iron, 0.2 ppm manganese, and you have a rotten egg smell in your water.
Iron Equivalent = (0.8) + ( 2 x 0.2) + (3 x 0.5) = 2.7
Estimated Life of WH5 Iron filter Cartridge:
|Iron Equivalent Level in Water||Total Gallons Water Used||250 GPD (946 LPD)(four people)||125 GPD (473 LPD)(two people)||75 GPD (284 LPD)(one person)|
|5 ppm||16,000 gal(60,570 L)||64 days||128 days||256 days|
|4 ppm||20,000 gal (75,710 L)||80 days||160 days||320 days|
|3 ppm||26,000 gal (98,420 L)||104 days||208 days||416 days|
|2 ppm||40,000 gal (151,420 L)||160 days||320 days||640 days|
|1 ppm||80,000 gal (302,830 L)||320 days||640 days||1280 days|
|0.5 ppm||160,000 gal (605,670 L)||640 days||1280 days||+2,000 days|
Specifications & Operating Conditions:
|Recommended Flow Rate:||up to 4 Gallons Per Minute (15 LPM)|
|Maximum Flow Rate:||6 Gallons Per Minute (23 LPM)|
|Max. Recommended Pressure:||90 psi (6.2 bar)|
|Recommended Operating Temp. Range:||40-100F (4.4 to 37C)|
|Recommended pH level:||
7.0 to 8.5 for iron and hydrogen sulfide reduction
8.0 to 8.5 for manganese reduction
Not recommended where pH level is less than 7.0 without prior pH correction
|Maximum Recommended "Iron Equivalent":||3 ppm (mg/l) - see above|
NOTE: Some water supplies contain tannins with the iron, if you have only tannins without iron in your water supply, please let us know so we can include a different media filter type.
Tannins are astringent, bitter-tasting plant polyphenols that bind and precipitate proteins. The term tannin usually refers to the source of tannins used in tanning animal hides into leather. However, in this case we are referring to the brown discoloration in water, often caused by decaying organic matter. Tannins in well waters form from humic acid, a complex mixture of many different acids containing carboxyl and phenolate groups produced by biodegradation of dead organic matter. Tannins can also be found in peat, coal, many upland streams and ocean water.
Tannins can be removed by self-cleaning automatic tannin filters. These filters remove tannins by using anion ion-exchange media. These units regenerate using rock salt (sodium chloride) in much the same way water softeners function. Frequently, we'll see shallow-dug wells (less than 50ft deep) that fill with run-off water, develop high levels of tannins during heavy rainy periods. Ideally sealing off the well from surface run-off would solve the problem, but a tannin filter is often an excellent, relatively low-cost alternative.
Occasionally these tannins are accompanied with iron (Fe) or manganese (Mn). Water high in iron or manganese can sometimes be reddish, rust colored, brown, tan, black, or even greenish in color. Chlorination or ionization water treatment, followed by an iron filter like our Manganese Sand Whole House Filter can be very effective at removing both tannins and these oxidized iron particles.