The most common reason for a Pentair salt cell not producing chlorine is improper maintenance. Salt cells require regular cleaning and servicing to prevent calcium buildup and other contaminants from impacting their ability to generate chlorine.
Furthermore, incorrect salinity levels, incorrect pH levels, an aging cell, and inadequate flow due to clogged or broken internal components can all affect the cell’s ability to function properly. Checking the salt generator cell for proper operation is the first step in addressing these issues.
Disconnect power, inspect electrical connections to the cell, check flow, look for calcium buildup, and test the Salt Concentration. If all of these tests come back clear, you should then inspect the control circuits, check relay contacts and inspect the cell itself.
If nothing else fixes the issue and you still cannot get the salt cell to produce chlorine, you may need to replace the cell.
How do I know if my Pentair salt cell is working?
To know if your Pentair salt cell is working, you should first inspect the cell itself. Look for any corrosion, check the wiring and inspect the electrolytic plates. Also, take a look at the cell’s power source.
If the power cord is plugged in, the circuit breaker is on, and the outlet is working, then the cell should be receiving power.
Next, you should check the salt level in your pool. If the pool has a low salt level, then the salt cell may not be producing sufficient amounts of chlorine. If this is the case, you should clean the salt cell and replace any faulty components.
To confirm if the salt cell is producing chlorine, you should test the levels of chlorine in the pool water. Your pool should have a salinity level between 3,000 and 4,000 PPM in order for your salt cell to produce chlorine effectively.
If the chlorine levels are low, then your salt cell may need to be replaced or serviced.
Finally, you can also use a pool testing kit to test the pH levels of your pool water. The pH levels should be between 7.2 – 7.6. If the levels are too low, your salt cell may need to be replaced.
By conducting these tests and inspections, you can determine whether or not your Pentair salt cell is working correctly.
How do I reset my Pentair Intellichlor salt chlorine generator?
To reset a Pentair Intellichlor salt chlorine generator, you will need to shut off power to the unit for at least 30 seconds. Then turn the power back on and wait for a few minutes for the Intellichlor to re-start.
Once the unit has restarted, you will need to perform the on-screen calibration process. To do this, press and hold the “Calibrate” button until the system status panel reads “Calibrating”. Follow the on-screen prompts to properly calibrate the Intellichlor.
Now, press the “On/Off” button to turn the Intellichlor back on and now your unit should be reset and ready to go.
How long does a Pentair IntelliChlor last?
A Pentair IntelliChlor can last anywhere from 3-10 years depending on several factors, such as water chemistry, the size of the pool, the frequency of use, and maintenance. Pentair provides a three-year warranty for the IntelliChlor, and recommends replacing the cell every three to five years.
If the cell has been maintained properly and still produces low readings, then the cell can last up to 10 years. Regular cleaning of the cell and using proper chemical levels can help to increase the life of the unit.
How do you reset a salt chlorinator?
Resetting a salt chlorinator is a fairly simple process and can be done in a few steps, depending upon the make and model of the chlorinator. Generally, instructions can be found in the chlorinator’s user manual.
First, users should unplug the unit. Doing this will cut the power and protect you from any electric shocks when working with the chlorine cell.
Next, it is important to clean the chlorine cell and inspect it thoroughly for signs of corrosion. If any damages are found, the unit should be replaced.
Once the cell has been checked, users should replace the cell and reconnect the plug. Additionally, the chlorine levels in the pool must be tested and adjusted to ensure the chlorinator is properly functioning at the optimal setting.
Finally, the settings on the chlorinator should be adjusted and the chlorinator should be restarted to ensure the system is working properly. Once up and running, users should regularly test and adjust the chlorine levels to ensure they are stable and within the safe range.
What should my IntelliChlor be set at?
The setting on your IntelliChlor is highly dependent on your specific pool’s characteristics, environment, and personal preferences. Generally speaking, chlorine levels should fall between 1.0-3.0 ppm (parts per million).
The suggested starting point for IntelliChlor is to set the output to 25% of the manufacturer’s capacity rating for that model. For example, if an IntelliChlor chlorinator is rated for 6 gallons per minute (GPM) of chlorine output, the recommended output setting should be 1.5 GPM.
Once you have the initial setting established, you’ll want to periodically check the chlorine levels in your pool to maintain the ideal range of 1.0–3.0 ppm. Keep in mind that environmental factors such as temperature, pH, and bather load can interact with your settings and affect chlorine levels, so it’s important to adjust settings accordingly.
It’s also important to take note of any changes within the pool like increased filtration or new bathers and adjust the IntelliChlor accordingly.
By properly calibrating your IntelliChlor, you can ensure you have the right chlorine levels while minimizing the amount of chlorine being dispensed into your pool. You should always consult your pool professional or the IntelliChlor instruction manual for specific guidance and recommendations for your particular pool.
How often does the IntelliChlor check the salt level?
The IntelliChlor will automatically check and monitor the salt levels every six hours, although manual readings can also be performed. This automated process helps maintain a balanced pool and constantly reads the salt levels.
The IntelliChlor will compare the salt levels in with a stored value, and automatically adjust per your settings. As always, it is recommended to manually test and calibrate the salt levels once a week, to ensure optimal performance.
How do I fix a blinking light in my saltwater pool?
Firstly, it’s important to understand the cause of the blinking light in your salt water pool. In some cases, the light may be malfunctioning and need to replaced, but in other cases, the blinking could be a sign of an electrical issue that needs to be addressed.
If your light is malfunctioning, you will need to replace it. Dictionary replacement needs to be done correctly to ensure safety and prevent additional problems. Ensure that you turn off the power to the pool before attempting to replace the light yourself.
Otherwise, you should contact a licensed electrician to resolve the issue.
If the blinking light is a sign of an electrical issue, you will need to find the source of the problem. Check all the power source connections to make sure they are secure and properly connected. Additionally, inspect the circuit board, switches and timers to identify any damage or lack of connection to the power source.
If you are unable to find the problem yourself, it is advisable to contact a professional to inspect the system.
No matter the case, it’s important to handle the issue properly and quickly to avoid bigger problems from arising.
How do you know when to replace your salt cell?
Knowing when to replace your salt cell is an important consideration when it comes to maintaining your swimming pool. Firstly, you should determine the age of your cell, as salt cells generally need to be replaced every three to five years depending on the model and usage.
Secondly, you should check to see if the cell output is declining as this can be an indication of the cell’s degradation. Additionally, you should be mindful of any changes in pool chemistry, such as changes in pH, alkalinity, hardness, or chlorine levels, which may be due to a declining cell.
Lastly, it is important to look for signs of corrosion on the cell, as corrosion can render a salt cell ineffective. Regular maintenance and inspections of your salt cell can help you determine when it is time for a replacement.
Can a salt cell be repaired?
Yes, a salt cell can be repaired. Depending on the type of salt cell and the issue that needs to be repaired, there are several ways to do so. For example, if the salt cell has a broken power supply, then the power supply may need to be replaced.
Additionally, if the salt cell has a corroded coupling or other parts that need to be replaced, then the part may need to be removed, cleaned, and replaced. It is also important to make sure that the salt cell is properly maintained, as this can help to prevent problems from occurring in the first place.
Consequently, it is important to regularly check the salt cell and clean it, as well as performing any necessary maintenance or repairs.