Culligan Water Softener Constantly Draining: (Fixed)

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Written By John Stephen
I’m John, the person behind the aquahow blog. I love to investigate water conditions and ways of building water filters. Mostly for my aquariums and home use.

You may have heard that your water softener works several times before, but it constantly regenerates at night.

It ‘sit’s noon now, and you’ve heard water coming out of your water softener since this morning. So,

why does the Culligan water softener constantly draining?

Water continues to flow from the water softener due to the main soft piston not progressing through the regeneration process, water leaking into the primary piston seal drain, or the valve on the control head not opening or closing properly.

A water softener does not know if water is continuously flowing through it.

So when a part fails to work correctly or a water seal no longer stops flowing, water can continue to flow through the softener until you identify the problem and fix it.

Did you have a loss of power to the system?

Most water softeners work by using a computer to tell the water softener which cycle to go to and when to stop.

However, if your home has a power outage in the middle of a regenerative process, your water softener will not be able to tell you that it should no longer use water.

When this occurs, your water softener may continue to drain until the power is restoring to the computer.

Or the system is plugging into a bypass wall, and no water will flow through any of the units.

Check electrical power to the water softeners’ electrical outlet.

If your water softener is always dry and you see that the computer display is empty, the system will have no power.

You can quickly test a water softener electronics store to see if it has electricity by fitting an appliance you already know works properly.

First, try a lamp, fan, or radio that you have already connected to another outlet, and then you are sure it will work, then try it at the outlet where your water softener is installing.

Suppose the lamp, fan, or radio works when you enter the water softener outlet.

In that case, we know that the power outage is not from your home’s electrical system and should be on a water softener or a computer that activates the water softener.

Make sure a switch does not control the electrical outlet.

Although it does not often happen, sometimes the e-shop equipped with a water softener can be closed with a standard light switch.

However, if you were new to your home or had someone unfamiliar with switching to your home water softener shop, it would likely be deactivated when the water softener is regenerated.

Suppose this happens, the water softener will continue to drain until the switch is activated again, and the computer will tell the system to proceed to the next regeneration cycle.

To check if a switch near the outlet controls the outlet, insert a lamp or other electrical device into the outlet and close all nearby switches.

If the lamp stays on, the power outlet is not controlling by any of the switches you have tested.

The electrical ballast may have gone bad.

If you have already checked that the power outlet is working correctly, you should check the power or electrical wiring for the water softener.

Using a standard power meter, you can check if your water softener gets power through the power supply.

If you are not comfortable and satisfy with electricity, leave this to your water treatment professional.

It could be a computer malfunction.

Losing power to your water softener computer means that it does not change anything that the water softener does when it loses power.

If the water softener regenerates when the computer loses power, it will continue to regenerate.

A power outage or a spike can cause the proper program that controls how long to restore the computer to fail or fail.

Also, it allows you to regenerate your water softener more often than you need to, then you will feel like it is constantly regenerating.

The seals on the main pistons of your water softener may fail.

Many standard water softener control valves use cylindrical pistons to allow water to flow through various openings to make the cycles required for the regenerative process.

It is a heavy-duty piston with a heavy water-free seal that surrounds it to control the water passing through it.

But in the end, these seals are no longer submerged and allow water to flow into channels that should not access.

So, for example, if these seals do not allow water to flow into the drainpipe of the softener control valve, the water will continue to flow through the drain.

Your control valve may be holding the main piston.

The channel that moves the main piston back and forth fits snugly around the piston to create a waterproof fit.

Because it fits so tightly, the formation of iron or other minerals in the duct or piston seals can cause piston congestion or, in other words, clogging.

It often happens when the water softener regenerates.

Also, the piston is in place, and the piston is not in the workplace where the water does not flow.

How to track down the water softener constantly draining problem: The Overflow Checklist

During the normal operation of the regenerative cycle of the water softening system, the water fills the brine tank about halfway through.

And then, the brine is drawn back into the purification tank.

When the brine is not drawing to regenerate a softening system, the water level may be the same in each regression cycle. When the water softener is full of water, and the brine starts to leak out of the tank, check for simple solutions before solving other causes.

Make sure the brine line properly fits to float inside the brine. Also, remove the lid from your brine tank and the cap from the brine well inside the tank. Especially, confirming the brine line is securely fastening to the safety float.

Water or air leaks can cause your water softener system to malfunction and the brine tank to overflow.

Another possible cause for the brine tank to overflow is obstructions.

Find out about salt freezing in the tank.

The freezing of the salt restricts the flow of water entering the brine tank to absorb the salt and the flow of water out of the brine tank.

Next, check that drain is not blocks or submerges in such a way as to impede the flow of brine across the brine line.

The drain line flow control valve may also obstruct. It is widespread in homes with high iron levels and requires periodic cleaning to maintain water movement.

If your brine line floats control covers in salt, take it out, wash it and check if it is working properly.

Salt freezing restricts water flow into the brine tank and the brine tank to absorb the salt.

Clogging may occur where the brine line connects to the water softener valve. Debris can enter the brine tank and suck through the valve.

When this occurs, the valve can no longer draw brine. An excellent cleaning will keep the pipes clear and supply the suction needed to draw the brine.

If the brine tank overflows during the last regeneration and stops overflowing, this indicates a problem with the brine valve.

Finally, check that your brine-level control float cap is still securely attached.

These caps can lose with the normal vibration of a working softener system, and from time to time, the brine will fall into the tank.

If your safety valve fails, water can continue to accumulate in the brine tank, causing the water to rise.

A common cause of excess water in the brine tank is an injector blockage.

The injector has a small hole that creates a suction or venturi to draw the brine.

If the hole becomes clogged, it should be removed and cleaned.

According to the high iron content in the water, the injector needs to clean frequently.

If you can’t block the injector, this is a relatively small and inexpensive part to replace.

If you have checked the brine tank and the lines, the problem may be with the seal and spacer or piston.

When a softener goes through the regenerative phase and does not draw brine, a torn seal or plug injector prevents the softener from pulling or even refilling during the brine draw phase.

When determining the reason for a brine tank overflow, always be careful when disassembling and cleaning the movable parts of your water softener.

Move each part back to its correct position and make sure it is securely reconnecting.

Restoring the washed parts in the exact order in which they were removed will further deactivate your softener.

Although water softeners may seem complicated, you can save time and money by learning how to solve some of the most common problems responsible for overflowing brine tanks.

In addition, learning how to remove, inspect and replace the essential components of your unit will help prevent unwanted service calls and extend the life of your softening system.

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