As every pool’s chlorine needs are unique. However, when using the IntelliChlor, a good starting point is to set the chlorine output between 10 and 20 percent of the recommended manual chlorine dose, which you can calculate by taking the volume of the pool and multiplying it by the desired amount of chlorine.
Keep in mind that you may have to adjust the output setting over time to find the ideal level for your pool. Additionally, you can use the IntelliCheck feature on the IntelliChlor to test your chlorine levels, which can help you determine if the chlorine setting needs to be adjusted.
What should my salt chlorinator be set at?
The specific settings for your salt chlorinator will vary depending on the type and size of your pool, as well as factors such as sunlight and temperature. Generally speaking, your salt chlorinator should be set at a level that maintains a range of 1.2 to 3.
2 parts per million (ppm) of free chlorine in your pool water. The ideal setting is typically between 2 to 3 ppm, but you should test and adjust your settings regularly to determine the right setting for your pool.
In addition, salt levels in pool water should remain between 2,500 to 4,000 parts per million. If you have questions, you should always consult an expert to ensure that you’re setting your salt chlorinator to the best possible levels for your pool.
How do you program IntelliChlor?
Programming the IntelliChlor requires a few steps to complete. Firstly, you will need to locate the control unit and locate the control board. Ensure that the board power is turned on and then locate the “Program” button and press it.
The control board should light up and display a menu of options. The menu should provide information on the type of program you will be using to program the IntelliChlor. Choose the appropriate program and press the “Program” button once again.
You will then be presented with an “Instruction Set” which can be used to configure the IntelliChlor. Once you have programmed the IntelliChlor to the necessary settings, press the “Program” button again to finish the programming process.
After the initialization is complete, the IntelliChlor is ready for use.
How do I reset my IntelliChlor salt cell?
Resetting an IntelliChlor salt cell is a relatively simple process. Here are the steps to follow:
1. Start by shutting off the power to the IntelliChlor cell. You can do this either by unplugging the power cord from your IntelliChlor unit, or by switching off the circuit breaker that supplies power to it.
2. Once the power has been shut off, you will need to disconnect the cell from its mounting bracket. This can be done either by lifting the cell free from the bracket, or by removing the four mounting screws that secure the cell in place.
3. Disconnecting the cell from the mounting bracket will allow you to access the power connections at the back of the unit. You need to disconnect both the red and black power wires from the unit. To do this, you will need to unscrew each of the two screws that secure the power wires in place.
4. Finally, you will need to reset the IntelliChlor cell. To do this, simply flip the switches on the side of the unit to the “Off” position to reset the device. Once this is done, simply reinstall the black and red power wires, and reconnect the cell to its mounting bracket.
Finally, you can turn the power back on, and your IntelliChlor cell should now be reset and functional.
How do I know if my Pentair salt cell is working?
To determine if your Pentair salt cell is working properly, you should first check to make sure that the electrical connections are secure. If the connections are loose, you should check and make sure the cell is receiving power before doing any further troubleshooting.
Next, you should check the status indicator lights of the cell. Most Pentair salt cells have a power light, a backwash light and a flow light. The power light should always be illuminated, unless the cell is switched off, and the backwash and flow lights should come on and off depending on the status of the system.
If the lights are not coming on, it may indicate that the cell is malfunctioning or that it is disconnected from power.
You should then check the levels of salt and chlorine in the pool water. If the levels of both are low, it is a sign that the salt cell is not working and producing chlorine. If the levels of chlorine are higher than the levels of salt, then it is likely that the salt cell is producing chlorine but that it is out of balance with respect to salt.
Lastly, you should inspect the salt cell itself. If there is any visible corrosion, discoloration, cracks or other signs of wear and tear, it is likely that the cell needs to be replaced. But it is likely to be less efficient than a functioning one.
Why is my Pentair salt Cell blinking red?
If your Pentair salt Cell is blinking red, it is likely indicating that it needs to be cleaned. The cells are equipped with sensors that will alert the user when it needs maintenance. When the cell is full of debris, the sensors detect a decrease in the amount of chlorine being produced, triggering the light to begin flashing.
Additionally, if the cell is not producing chlorine, there might also be a problem with the flow rate or pool pH levels. It’s important to check the water balance of your pool to ensure it is within the right parameters, prior to attempting to clean the cell.
To clean the cell, you should turn off the power supply to the cell and remove it from the system. Use only approved cleaning solutions to remove debris from the cell and scrub it down with a brush. Once cleaned, be sure to reinstall the cell and power it up according to Pentair’s instructions.
What does it mean when iChlor says cell?
When iChlor refers to a “cell”, they are referring to a type of chlorinator system developed by iChlor that uses a ‘cell’ to produce chlorine for swimming pool sanitation. This type of chlorinator system typically uses a type of salt cell to create chlorine which is then dispersed into the pool.
The cell needs to be periodically checked or cleaned and replaced when needed. This type of system allows for automatic chlorine generation and is typically lower maintenance and more efficient than other types of chlorinators.
How long does a Pentair Intellichlor last?
Pentair Intellichlor ic40 salt chlorine generators have a life expectancy of 10 years when properly cared for and maintained. The unit is engineered for longevity and reliability, and even with normal wear and tear a Pentair Intellichlor ic40 should last 10 years.
It is important to understand how to properly clean and maintain the unit on a regular basis to ensure the longevity of the salt chlorinator. Keeping the unit free of dirt or debris, cleaning or replacing cells and adjusting chlorine levels as needed will help extend its life.
Additionally, it is important to check the cell every couple of months to ensure there are no calcium deposits that need to be removed or that can be preventing the salt cell from properly operating.
If the cell has properly been cared for and maintained over the years, it should last around 10 years.
Why do salt cells stop working?
Salt cells stop working for various reasons, and can sometimes require regular maintenance and cleaning. Salt cells are electrochemical devices that use electrolysis to produce chlorine, and as such can be prone to calcium and mineral deposits building up on the electrodes, resulting in reduced output and eventual failure.
In addition, the cell may be damaged by poor water chemistry and insufficient maintenance, such as not checking the cell often enough and failing to clean it regularly. Improper sizing of the salt cell and clogged purge lines can also be factors that can lead to salt cell failure.
Finally, salt cells can also be damaged by running them at too high a current or at too high a cell voltage, which can overheat the plates and cause corrosion or damage.