Recalibrating a Hayward Aquarite salt system is a relatively simple process that should be done every so often to keep your system running smoothly. Before you start the recalibration process, make sure that the Hayward Aquarite display reads NO SALT before you begin.
To recalibrate the Hayward Aquarite, start by pressing and holding the ON/OFF button in the control panel until the display reads C–7 or C–6. Release the ON/OFF button, and then push and hold the PRGM button until the display reads 0 PPM.
This indicates that the system is now “tuned” for 0 PPM of salt in the pool water.
Once the salt reading is zero, you will need to determine the proper salt reading for your particular pool. To do this, use a pool test kit to measure the amount of salt in the pool water. Your pool service technician can also tell you the desired salt reading for your pool.
Once you have this information, you can begin the recalibration process. Press and hold the ON/OFF button for around five seconds. The Hayward Aquarite display should read C–6. Now, using the INCREASE/DECREASE buttons, enter the desired salt reading.
Again, the proper salt reading for your pool can be found with a pool test kit or by asking your pool service technician. When you have entered the desired 60 PPM, press and hold the ON/OFF button until the display reads C–7.
Your Hayward Aquarite has now been recalibrated and is ready to keep your pool season going. Make sure to test the salt levels of your pool water occasionally, to make sure that the Hayward Aquarite is working as it should.
How do I reset my chlorinator?
To reset your chlorinator, you will need to follow these steps:
1. Turn off the power to the chlorinator.
2. Remove the lid from the chlorinator and locate the valve handle.
3. Turn the valve handle fully clockwise.
4. Turn the power back on.
5. Turn the handle back to its original position.
6. Close the lid to the chlorinator and ensure it is sealed tightly.
Your chlorinator should now be reset. It is important to ensure that the lid is properly secured, as a loose fitting lid will cause the chlorinator to malfunction. If you are having difficulty resetting the chlorinator, consult your chlorinator’s manual for further instructions.
How do I reset my Hayward check system?
To reset your Hayward check system, you’ll need to turn off the circuit breaker that supplies power to the device. Wait a few seconds and then turn the breaker back on. You can then reset your check system.
If you need to reset your check system, you can open a few valves around the system or start the pump to force them open. This will help clear any potential blockages. Also, check that the filters have been cleaned and the O-rings have been lubricated.
Once the debris has been flushed out and the system is working properly, you’ll need to reset the system. To do this, hold down the reset button for at least 30 seconds. This will reset the system and restore normal operation.
It is important to follow all safety guidelines when working with electricity. If you are unsure of how to properly reset your Hayward check system, it is recommended that you contact a professional.
How do you troubleshoot a Hayward salt cell?
Troubleshooting a Hayward salt cell involves checking various parts of the unit and adjusting levels as needed. First, check the power supply to the cell; if the power supply is interrupted, this can cause the cell to not operate properly.
Make sure the cell is plugged into a GFCI protected outlet that has not tripped.
Next, check the settings on the salt cell: the pH should stay between 7.2-7.6 and the salt should be between 2700-3400 ppm. You may need to adjust the settings if these levels are off or the cell does not seem to be operating correctly.
Additionally, inspect the cell for any damage or corrosion, and make sure to clean the cell with a soft brush if the plates are covered in debris. Make sure to clean out the cell regularly and run it only in freshly treated pool water.
If you have properly checked all settings, inspected the cell, and cleaned it off, it is important to inspect the Aquarite controller to ensure it is operational. Inspect each indicator LED, which should be green and should not be blinking.
If the LED is blinking or red, replace the circuit board. If the LED is green, reset the controller and the cell should start operating correctly.
If all the steps above are complete and the cell is still not functioning correctly, you may need to have a professional inspect and repair the cell.
How do I know if my Hayward salt cell is working?
If you have a Hayward salt cell installed in your pool system, there are a few steps you can take to make sure it is working correctly. First, check your salt cell visually to make sure there is no visible rust or damage to the cell.
Secondly, use a salt test kit to measure the salt levels in your pool. If your salt levels are too low, it indicates that the salt cell may not be producing enough chlorine. Additionally, you can use a digital meter or check the output of your cell with a controller.
If your cell is producing the expected chlorine levels for your specific water chemistry, then it is likely that your salt cell is functioning correctly. Lastly, if the chlorine levels in your pool are still not up to your desired level, you may need to perform maintenance on the cell, such as replacing gaskets or other parts, to ensure it is producing correctly.
What if my Hayward salt chlorinator reads high salt?
If your Hayward salt chlorinator reads high salt, the first thing you should do is double-check the salt levels using a different testing method, such as a handheld tester or a test strip. If it still reads high, then there are a few things you can do.
First, check your salt cells for any calcium buildup, as this can increase salt assessment readings. If there is calcium deposits, you may need to replace the cell entirely or have it professionally cleaned.
Second, check your pool flow rate. High levels of salt can occur if the water flow rate is too low, meaning not enough water is circulating through the system and the salt concentrations become concentrated.
Third, check to make sure that you have added the correct amount of salt or have not added too much. You may need to adjust the salinity level by adding more water or by adding less salt.
Finally, if the salt levels are still high despite your efforts, you may need to contact Hayward or a pool professional to investigate further.
Why is my Hayward salt system not generating chlorine?
There could be a few possible reasons why your Hayward salt system is not generating chlorine. First, you may need to check the salt level in your pool – the levels should be between 3000-4000ppm. If the levels are too low, this can cause issues with the chlorine generation process.
Additionally, you should check the settings of your system itself and ensure they are correct – the “output setting” and the “output %” settings should both be correct in order to generate the correct amount of chlorine.
Finally, you should check the flow rate of your filtration system – if there is not enough water passing through the cell, it could affect the chlorine production. If, after checking all of these points, your system is still not producing chlorine, it may be due to a problem with the cell itself, in which case you would need to contact Hayward for further assistance.
How do you recalibrate the salt level on a Hayward Pro Logic?
Recalibrating the salt level on a Hayward Pro Logic pool system requires a few simple steps. Firstly, it is essential to first physically measure the salt levels in your pool water to make sure that they are at the appropriate operational level.
This can be done by using a pool test kit or by using an electronic probe. Once the correct salt level is determined, the next step is to adjust the ‘salt’ control on the Hayward Pro Logic. This helps to regulate the amount of salt in the pool water, depending on what level is desired.
The ‘salt’ setting should be adjusted to either ‘high’ or ‘low’, depending on what level you measured from the water testing. Once the salt levels determine, the next step is to adjust the ‘salt’ setting to the desired level.
The final step is to turn the power to the Hayward Pro Logic on for at least 15 minutes to allow the system to recalibrate with the new salt level setting. After 15 minutes, the salt level should be complete recalibrated and ready for use.
How do you reset aqua rite electronic chlorine generator?
To reset an Aqua Rite Electronic Chlorine Generator, you will need to first switch off the power to the unit and remove the power cord. Wait 30 seconds and then reapply the power. This will cause the system to initiate a reboot.
It will take several minutes for the Aqua Rite to output the proper chlorine levels. Once the Aqua Rite is back up and running, you can adjust the chlorine set point according to the recommendations in the user manual.
If the system is still not operating correctly, perform a System Reset. To do this, press and hold the “Menu” and “Chlorine Out” buttons simultaneously for 10 seconds. The unit will then reset to factory default.
Finally, check the user manual for any further instructions for troubleshooting.
How long should a salt chlorinator last?
A salt chlorinator should last many years if maintained properly. The life of the salt chlorinator depends on how well it is maintained, the size and type of your pool, how hard your water is, and the quality of the product.
Proper maintenance includes keeping the parts of the salt chlorinator in good condition, as well as ensuring that the right amount of salt is added to the pool at the right time. Poor maintenance and improper water balance can cause the salt chlorinator to fail prematurely.
Generally speaking, you should expect to get a minimum of five years out of a quality-made salt chlorinator if properly maintained. If you have a larger pool with a higher salt concentration or a more complex water system, then you should anticipate a longer life span.
With regular maintenance and care, salt chlorinators can easily last 10-15 years or more.
How long does a Hayward salt system last?
A Hayward salt system, also known as an electrolytic chlorine generator, is designed to last many years when properly maintained. The longevity depends on the type, installation, and usage. Generally, these systems last between 5-8 years.
However, it is possible for them to last for up to 10 years with proper maintenance and care. To ensure the best performance and longest life possible, it is recommended to regularly check and clean the cell.
This should be done at least once a year, as dirt and debris build up over time and can prevent chlorine production. Additionally, replacing the cell every 4-6 years is recommended to ensure maximum efficiency.
Additionally, the pH levels of the pool should be regularly monitored and adjusted as needed. When all of these regulations are followed, a Hayward salt system can easily provide many years of protection and cleanliness.
What temperature does a Hayward salt cell stop working?
A Hayward salt cell will stop working when the temperature falls below 41°F (5°C). This is because the salinity levels fluctuate significantly as the pool’s temperature falls, which can cause damage to the cell.
For this reason, it is important to take precautions to protect your salt cell system during colder times of the year, such as installing a pool cover or additional insulation on any pipes exposed to the air.
Taking these steps can help prevent damage and ensure that your salt cell continues to operate smoothly when the temperature dips.
Why is my salt cell light blinking?
If your salt cell light is blinking, it could indicate a number of issues with your pool’s sanitization system. Most commonly, this blinking light suggests a problem with the salt’s flow, where not enough salt is entering the pool’s electrical circuit to properly generate chlorine.
In this case, the sensor is alerting you to the need for additional salt in the pool. Other causes of blinking salt cell lights can include improper cell cartridge placement, scale build up, or insufficient water flow.
If you believe the blinking light is a result of a low salt level, it may be necessary to perform a “little shock” to the pool to increase salt flow. The amount of salt necessary to adequately sanitize your pool can vary depending on size, shape, and depth of your body of water.
Additionally, other factors like air temperature, sunlight, as well as the amount of people and wildlife near your pool can all impact the effectiveness of your sanitizing system.
Therefore, if your salt cell light is blinking, it’s important that you take steps to identify the underlying issue. Check the pool’s chemical balance and verify that the salt cell has been installed and placed properly.
Should you find any issues, professionals with experience in satisfactory pool maintenance can provide additional guidance.