pool repair
Salt Chlorine Generators do require some
maintenance and repair. The salt cell will eventually lose performance and the
controller circuit boards can develop problems over time.
New technology in salt systems may also
sway your decision to repair or replace your salt chlorinator. Newer models
self-clean and self-diagnose and other advanced features.
Chances are, at some point you will face an
expensive repair to your salt system, I’m talking about either a new salt cell,
or a new control board. Both of these repairs can approach half the cost of a
new system.
How do you know if you have a salt
chlorinator problem? Usual symptoms are low chlorine output, as determined by
your water tests, indicator lights or error codes flashing on the control box,
or no lights at all.
Salt Chlorinator repair are that the cost to repair the control
unit can be as much as half the cost of a complete new system, including the
salt cell.
Troubleshooting a Salt Chlorinator
First:
Check power. If your salt cell is plugged into a GFI outlet, make
sure that the test button is not popped, or tripped. If your salt system is
hardwired, variations in voltage could cause the controller to go a little
haywire.
Second:
Maintain the proper salt level in the pool. Using salt test strips
is recommended, even if your unit displays a digital salt level – it could be
wrong.
Check the water flow:
Dirty pump baskets, clogged impellers or filters can reduce water
flow to such a low point, that very little chlorine is produced. Check the pump
timer too, for the same reason.
Check your water balance:
Especially your pH, and your Cyanuric Acid levels. High
pH and low CYA can make it hard for chlorine to be effective. Keep a pH level
of 7.2-7.6, and your level of CYA (or Stabilizer), at
30-50 ppm, to reduce the workload on your salt cell. Using the salt cell too
much increases scale, and may cause premature cell failure.
New
Salt Systems can reverse polarity to slough off accumulated scale. Other units
may have an indicator light to let you know when the cell needs to be manually
cleaned. Older salt systems have neither, and require periodic inspection and
cleaning.
Buy New or Repair
Old?
Back to the original question. Well, if my troubleshooting tips
didn’t help you, the next step might be to assess the likely parts needed to
repair the salt system, so you can determine the probable repair costs, to
weigh against the cost of a new salt chlorine generator.
If the salt system is still within the warranty period, by all
means, get on the phone with the manufacturer’s support reps, for some advanced
troubleshooting, or warranty service.
Most salt cells last 3-5 years, depending on the salt system, and
situational factors. The control boards used can last 3x as long, even in the
outdoor environment, or they could fall victim to insect, power or moisture
issues.
If you’ve invested too much money into your current salt system, and
are finding it unreliable, perhaps switching brands would be appropriate. Or,
if your system is over 10 years old, you may enjoy the features and benefits
available on our newest salt systems for pools.
HOW CAN I TELL IF MY SALT WATER CHLORINATOR IS WORKING
PROPERLY?
The easiest way to ascertain if the chlorinator is working is to
make sure the cell is clean by checking the needle or production lights.
Ensure there is enough salt in the pool.
On the chlorinator box there should be a light or dial that
indicates it is working.
Test the water that water has recently left the chlorinator - it
ought to have an extremely high chlorine perusing. (Recollect that in the event
that it is incredibly high it might dye the test tablet so you may need to
weaken the water you are trying). In the event that there is no chlorine
perusing, the chlorinator won't be working.
If you have been dosing with chlorine you won’t know. So, wait until
you have a nil reading of chlorine and then perform the test.
Most salt water cells last somewhere in the range of 3 and 5 years,
contingent upon the nature of the framework and how very much kept up it has
been while the force sheets can last altogether more than this.
In case you're experiencing difficulty with your chlorinator, bring
or send the entire framework into us and we will run a chlorinator wellbeing
check to assist you with deciding the probably cost of chlorinator fixes.
And if you do require a new system, we have some excellent new
chlorinators that make use of the latest technology.
5 Suggested Salt Water Pool Maintenance Practices
Working with salt water chlorinators is from multiple points of view
is a delight; you get supported undeniable degrees of santization without
managing the disagreeable smell and compound bothering of managing chlorine as
an actual item. In any case, this sadly doesn't nullify the requirement for
some essential support to the pool.
1. Cleaning salt cell plates
The salt cell in particular is prone to residue build-up. This is as
a result of attraction of free ions to the charged plates resulting in
accumulation of the minerals. If left unchecked, continuous deposition will
render the plates useless and as a result the entire unit will not function as
expected. It is therefore very important to ensure that the plates are cleaned
on a regular basis.
2. Pool shocking
This is a salt water pool upkeep practice where a high grouping of
chlorine is brought into the pool by expanding the measure of salt added. This
is valuable for disposing of aggregated miniature organic entities that become
lenient to the pool's common salt fixations.
3. Repair or replacement of malfunctioning units
This comes in especially handy when the unit has been in use for a
long time. This is because continuous use leaves many parts of the unit prone
to irreversible damage. This maintenance practice is more often than not run on
parts of the cell itself or the system’s wiring circuit.
4. Pool water pH monitoring and regulation
Of all the significant support rehearses, this is perhaps the most
significant. It is the most solid indicative apparatus as it permits you to
measure the whole unit's presentation. Accordingly, it is done on a more
customary premise with some in any event, doing it once per day. A few units
even screen pH levels for you and will infuse corrosive into the water in like
manner to keep up right pH levels. In case you're uncertain how to test your
water at home, take some example water alongside subtleties of your pool to
your nearest pool shop or handyman store and they ought to have the option to
test it for you and offer you a few and guidance on how the water is looking.
5. Skimmer box cleaning and pool vacuuming
Our last tip on salt water pool maintenance practices is to keep
debris out of the water as much as possible as leaves and other organic
material contain acids which can alter the pH level of the water and also
introduce contaminants to the pool. Clean your skimmer box on a daily basis if
possible and vacuum as regularly as you can.
Reduce pool Salt Chlorinator repair system with maintenance.
Maintaining a pool salt water system requires special care and
product knowledge. Salt generators produce chlorine which continually sanitizes
the pool water. The constant chlorine production ensures that the water remains
clean and clear. The salt cells that are responsible for converting salt to
chlorine need to be cleaned every three months. The salt cells become clogged
with calcium build-up, dirt, and debris. Chlorine production reduces when the
cell isn’t cleaned.
How Long Do Salt
Chlorinators Last?
Like any electronic device, salt chlorinators do not last forever.
They also do require some maintenance here and there. After a couple of years,
you might need to replace them. Salt
chlorinators can last between 3-7 years. Higher priced salt chlorinators generally last longer. Other
ways to increase your salt generators life is by using the proper salt and
maintaining it well. A malfunctioning salt chlorine generator can rapidly
become a homeowner’s nightmare.
Potential Problems with the Salt Chlorinator repair Cell
One of the considerations when deciding whether to look chlorinator
cell repair or potentially investing in a new system, particularly if your
chlorinator is quite old, is the development of new technology and availability
of self-cleaning systems. Look for systems that have reverse polarity, which
effectively means the ability to reverse the flow of electricity over the
plates to slough off the calcium build up.
Potential Problems with the Chlorinator Control Unit
If your chlorinator control unit appears to have died, first check
the power to the unit. (yes, we know it may sound obvious but you’d be
surprised the number of people who bring in the unit and then realise that the
power had tripped on their circuit at home.)
If the power is fine, then it is more likely to be a fundamental
issue with the function of the controller. A common cause can be pesky
creatures getting inside the box and chewing through wires! Obviously in this
scenario, you will need to either replace or repair the controller.
Again some key considerations when looking at Salt Chlorinator repair are that the cost to repair the control
unit can be as much as half the cost of a complete new system, including the
salt cell. If there is a chance that you are likely to experience problems with
the salt cell say in the next 12 months because of the overall age of your
system, or you have already spent money on repairs recently, it may well be
time to ‘bite the bullet’ and invest in a complete new system.
Repairing a Salt Cell step by step:
Chlorine generators are the most recent development in pool support
innovation. They work by going salt water through an electrically charged salt
cell to create chlorine. The chlorine is separated into the water to keep the
pool perfect and satisfying for swimming In many conditions, salt cells
experience issues because of a development of calcified salt, which is
genuinely clear to cure. With the correct directions you'll fix the salt cell
yourself and get a good deal on a help charge.
Step1:
Turn off your pool pump, unplug the
chlorine generator, unplug the salt cell from the chlorine generator and turn
off all the necessary valves.
Step2:
Grip the right side collar of the salt cell with a pair of water
pump pliers and loosen it by rotating it towards yourself until hand tight.
Repeat on the left side collar.
Step 3
Unscrew one collar at a time by hand while supporting the salt cell
with your free hand. Pull the salt cell away from the plumping and set it
aside.
Step 4
Scrape out calcium build up from both ends of the salt cell using a
metal scraper. Scrape any calcium build up that might be present in the piping
where the salt cell connects to the pool system.
Step 5
Mix one gallon of water with 1/4 gallon of muriatic acid in a large
plastic container. Coil a few wires around the salt cell and slowly submerge it
into the solution.
Step 6
Soak the cell for several minutes. Pull the cell out of the solution
with the wire and rinse it off thorough with a high pressure garden hose.
Step 7
Fit the salt cell back onto the system and plug everything back in.
Open all necessary valves and start the pool pump. Wait a few minutes and check
if the salt cell error LED found on the salt generator control panel turns off.
If you want to repair or services of his pool so, contact us or
visit our website below:
http://www.poolrobotrepair.com.au/