Installing a 3-stage water filter is an excellent way to ensure that your drinking and cooking water is clean, pure, and healthy. A 3 stage water filter system typically includes a sediment filter, a carbon filter, and a final polishing membrane. The sediment filter removes particles such as silt and sand from the water before it passes through to the next stage. The carbon filter traps chlorine and other volatile organic compounds (VOCs) in the water.
Three Stages Of Water Filter
Stage 1:Sediment(SED): This filtration stage removes sediment, silt, dirt, and rust. The pleated design of the filter allows for greater surface area, increasing the filter’s useful life.
Stage 2:Granular Activated Carbon (GAC): This filtration stage removes chlorine, taste, and odor. The activated carbon adsorbs the harmful chemicals, giving you better-tasting and smelling water.
Stage 3:Activated Carbon Block( ACB): This filtration stage removes cysts, VOCs, THMs, and other contaminants. The compressed carbon block provides more excellent absorption and dirt-loading capacity than the GAC filter. This makes it more effective at removing even the smallest particles from your drinking water.
- Carbide drill
- Teflon tape
- Housing wrench
- Pipe cutter
How To Install 3 Stage Water Filter?
Please turn off the water supply to the system: It is essential to turn off the water supply to the system before starting any installation process.
Open the water tab where you want to install the filter: Locate the water tab to which you want to attach the filter. This is usually where your main water line enters the house. Turn off the main supply valve and open all taps in your home to relieve pressure from the pipes.
Relief the pressure and close the tab: Relief the water pressure for 1 minute by turning off the incoming valve at the main water supply to your home. Close the water tap.
Screw the fit water adapter: After the water adapter is placed in the fitting, secure it with a screw to ensure a tight seal. Use thread sealant tape to protect against leaks if the adapter has threads. Please make sure the adapter is properly tightened and sealed before using it.
Push the red tube: Grip the tube with your dominant hand, hold it at an angle, and push it to the end of the track. Make sure not to move too quickly, as this could cause damage. Once you reach the end, release your grip and let the tube slide back into its original position.
Open the end of fit valve fitting: To open the ends of a suitable valve fitting, start by unscrewing the two locking nuts at either end of the valve assembly. Using an adjustable wrench, gently loosen and remove each nut. Be careful not to force them off, as it may cause damage to the threads.
Screw on the compression nut: Hand-tighten it first to ensure everything is lined up properly, then use a wrench or adjustable pliers to tighten it securely. Ensure not to overtighten the nut, as this can damage the pipe and fittings.
Drill a 1/2-inch diameter hole in the sink: Measure and mark the desired spot where you want to drill the hole. Using a drill bit with a 1/2 inch diameter, carefully drill into the sink, keeping the bit steady and straight so as not to damage or break your sink.
Mount the faucet on the sink or countertop: Install the faucet body into the designated hole. Then, install the mounting nuts securely beneath the sink or countertop. Once these nuts are tight, you can attach the supply lines to the hot and cold sides of the faucet.
Lock the washer: When loading and unloading the washer, secure the lock. This will help prevent any accidental spills or damage to the washer while in use. It can also help ensure that no one else has access to your washing machine while you are not around.
Fix the faucet firmly on the surface: Once it is in place, ensure it is firmly fixed to the surface. Take the blue tube, and put it on the compression nut: take the blue tube and attach it to it. To do this, locate the nut onto the end of the tube so that it is tight enough. Once in place, use a wrench or adjustable pliers to tighten the connection by turning clockwise until the nut is securely attached.
Put the blue tube into the bottom of the faucet of the shank: Insert the blue tube from the bottom of the shank and connect it to a water supply line. Make sure that all connections are secure before turning on the water.
Ensure O-rings are installed inside the filter housing: O-rings help ensure a watertight seal between the filter housing and the canister, preventing water from leaking out of the filter.
Tighten all three housings with a wrench: Now that they are in place, it is time to secure them. Using a wrench, tighten each housing. Ensure not to over-tighten; if they are too tight, they can damage the appliance and cause leaks or other problems.
Connect blue tube from filter housing: Take the blue tube attached to the filter housing and connect it to the inlet of the booster pump. Make sure to secure it with a clamp.
Please ensure the tube is in the direction of water flow: All water softeners have a bypass valve with two tubes coming out of it. The tube in the direction of the incoming water should be connected to the “in” port on the softener.
Connect the red tube to the side of the first housing: Once the first housing is ready, attach one end of the red tube to the side. Use a wrench to tighten it in place firmly. Connect the other end of the red tube to the second housing. Make sure that both ends are tightly secured by using wrenches and hose clamps as necessary.
Open the water tap: Open it when you need to use it. Make sure the tap is turned off entirely when finished using it. This will help conserve water and save energy.
Flush 2 gallons of water: If you have a 2-gallon water tank and want to flush it out thoroughly, you can open the valve and let the water run until it is empty. This may take some time, but it is an effective way of ensuring that your water tank is clean and free from bacteria or other contaminants.
Check all connections for leakage: To make sure that your water tank is properly sealed, you should check all connections for any signs of leakage. If any leaks are present, you will need to repair them before continuing with the flushing process.
How To Change The Direction Of The Flow?
Unscrew the filter housing from the top caps: Unscrew the filter housing from the top caps and lift it off the mounting.
Unscrew the pressure gauge by hand: Loosen it and remove it from its mount. Then, take off the old filter if present.
Disconnect the housing caps from the metal bracket: Once the filter housings are mounted, it’s time to install the filters. Start by loosening and disconnecting the two housing lids from their metal brackets. A small plastic nut should be located at the back of the bracket that holds it in place. To loosen this nut, use an adjustable wrench or pliers.
Rotate black housing caps 180 degrees: Rotate the black housing caps on the first and second filter housings 180 degrees in opposite directions. Doing so allows for easy access to the canisters inside.
Right caps should be on the left: Once the 3-stage water filter is set up, it’s essential to double-check that all fittings and caps are on the right side. The caps should be on the left side of the filter unit for optimal performance. If they are placed incorrectly, it can lead to reduced water pressure or a blocked filtration system.
Reattach housing caps using a screw: After you have inserted the filter cartridges and any additional components into the housing, make sure all pieces are fully secure. You can reattach the caps to each housing end using screws.
Screw the pressure gauge by hand: Screw the pressure gauge onto the 3-stage filter. Make sure that it is properly tightened to avoid any leaks.
Make sure the filters are in the correct order: The first filter will usually be a sediment filter, followed by a carbon filter, and finally, a reverse osmosis membrane. If the instructions with your filters do not specify otherwise, these three stages should permanently be installed in this exact order.
Is filtered water soft?
No, filtered water is not soft. Filtered water does not contain the minerals and other compounds that make it softer than regular tap water.
Will 3 stage water filter work on 1/2 inch pipe?
Yes, 3 stage water filters typically come with adapters that will fit a 1/2-inch pipe. However, check your filter’s specifications before installation to ensure it is compatible with a 1/2-inch pipe.
Does it filter calcium?
Most 3-stage water filters can filter out calcium and other minerals, though some may require the addition of a separate filter media. Check your filter’s specifications before installation to ensure it is equipped with the correct filter media for your needs.
Will it work on well water?
Yes, 3 stage water filters are designed to work with municipal and well water systems. However, if you have a good system, it is important to ensure the filter is compatible by checking the specifications before installation.
What is the flow rate of 3 stage water filter?
The flow rate of a 3-stage water filter will depend on the specific model. Generally, they will offer a flow rate similar to standard tap water pressure.
How often do I need to replace the cartridges?
The frequency of cartridge replacements will depend on the specific model and how often you use the filter. Generally, a 3-stage water filter should replace its cartridges every 6-12 months.
Installing a 3 Stage Water Filter is important to maintain clean and safe drinking water. It can be relatively simple to install if you take the time to read the instructions, understand what each stage of filtration does, and follow all safety precautions. A 3 stage water filter can provide clean and healthy drinking water for years.
Meet Nigel Pearson, a water filter enthusiast with a background in molecular biology. He’s all about making sure we have safe drinking water, and he’s got a bunch of interests that tie into it – think science, technology, plants, and genetics.
Imagine someone who loves learning how living things work on a tiny level – that’s Nigel. He’s studied how genes and molecules come together to make life happen. But what really caught his attention is how living things adapt to their surroundings.
Nigel didn’t stop at just learning about this stuff – he decided to use his smarts to help solve a big problem: how to get clean drinking water for everyone. He writes cool blog posts that explain tricky science things in simple words. You’ll get to read about stuff like how plants can help clean water, or how new inventions are changing the way we purify water.
But it’s not just about science and tech for Nigel. He truly cares about people and their need for safe water. Every blog post he writes shows how much he wants to make a difference. By sharing his knowledge, she wants to get more people thinking and caring about clean drinking water.