Your iChlor output should be set to the level recommended by your pool manufacturer. Generally speaking, this output should be set to between 1.0 and 1.5 lbs. of chlorine per 10,000 gallons of poolwater.
However, if you are using your iChlor for saltwater pools, the output should be adjusted to a much lower level, usually between 0.2 and 0.4 lbs. per 10,000 gallons. Additionally, factors such as amount of sunlight and usage of the pool can also impact the recommended output and should be taken into consideration when setting the iChlor output.
Finally, it is important to regularly check your chlorine levels to ensure your pool is properly sanitized and your iChlor output is correct.
How many hours a day should a salt water pool pump run?
The exact amount of time that a salt water pool pump should run each day will depend on the size of the pool, the filter size and the filter type, as well as the type of sanitization system utilized in the pool.
Generally speaking, most salt water pool pumps should run 8-12 hours per day in order to circulate the water sufficiently, making sure to carefully filter out debris and adequately sanitize the water.
If the pool is exposed to direct sunlight, the circulation pump should usually be left on for slightly longer than the minimum time (10-12 hours) in order to minimize algae build-up. Additionally, if the pool is heavily used, it may also be beneficial to run the pump for slightly longer than usual to ensure the pool stays clean.
Why is my chlorinator making too much chlorine?
It’s possible that your chlorinator is making too much chlorine due to a number of factors. If your water temperature is higher than normal, then it will increase chlorine output. To compensate, reduce the flow through the chlorinator or reduce the feed rate of chlorine.
Additionally, if the chlorine output has been increased recently to keep up with higher bather loads, back off the setting to make sure it’s not overdoing it. In some cases, a malfunctioning or malfunctioned chlorinator can cause an increase in chlorine output as well.
This could be due to a problem with the controller or sensor. In these cases, you may need to have a professional look at the chlorinator to diagnose the issue.
How do I use my Hayward automatic chlorinator?
Proper use of your Hayward Automatic Chlorinator is essential to having a safe and enjoyable pool experience. Here are the steps to follow to use your chlorinator correctly and efficiently.
1. Start by attaching your chlorinator to the pool filter system hook-up, either using the 1.5” port or the 1” port. If using 1.5”, it is important to make sure the o-ring between the chlorinator and the port is in place and that valves and other lines in the system are closed.
If using 1”, connect the chlorinator directly to the pump’s inlet.
2. Insert the desired amount of chlorine tablets into the chlorinator’s tablet basket. Depending on the size and usage of your pool, the number of tablets can vary from 10-20 tablets.
3. Install your outlet connection to either the skimmer or the main drain. After installation, open the appropriate valve and close the other valve. Make sure your pool return line is open before allowing water to flow into the pool.
4. Set the dial to the desired chlorine level. The chlorinator needs to be kept between 1-3 ppm for optimal performance.
5. Lastly, once the water has circulated through the chlorinator and reached the required chlorine level, press the ‘on/off’ switch on the device to begin chlorination. The chlorinator will now automatically dispense the desired amount of chlorine, keeping the water safe and sanitary.
Following these steps will help you use your Hayward Automatic Chlorinator correctly, and ensure that your pool is a safe and pleasant environment for swimming.
How do I know if my Hayward chlorinator is working?
To determine if your Hayward chlorinator is functioning properly, you should first check the filter gauge and ensure that the system is operating within the acceptable range. Next, you should check the pump to make sure it is functioning properly.
Additionally, inspect the timer to ensure that the system is set to activate when desired and that the timer is working correctly. You should also inspect the chlorine level to ensure that it is where it should be.
Lastly, you may want to check the flow rate of the system to make sure that it is sufficient and to confirm that the system is working as it should be.
How long do Intellichlor cells last?
Intellichlor cells have an anticipated life of 3-5 years, but the specific time frame they will last depends on a variety of factors. These factors include the volume of water that passes through the cell, the level of calcium hardness in the water, the cycling rate of the cell, the quality of the water supply, and the total levels of dissolved solids in the water.
The cell should be checked periodically for any signs of wear or damage and replaced as necessary. Proper maintenance of the cell and checking the cell status at least once a year can help keep the cell functioning for a longer period of time.
How long should a Pentair salt cell last?
The average lifespan of a Pentair salt cell is around 7-8 years, although this can vary depending on usage, water condition and maintenance. Proper maintenance and checking of your cell’s levels can help to extend its life by several years.
Pentair also recommends that your cell be replaced after every 12,000 operational hours as a precaution. Regular testing of your water’s salinity and cleaning of the salt cell are good practices to extend the life of your Pentair salt cell.
Additionally, you can purchase a Pentair salt cell warranty, which will ensure the longevity of your system and give you peace of mind.
Will a bigger salt cell last longer?
Generally speaking, yes, a bigger salt cell will last longer than a smaller one. Generally, the longer the salt cell, the more chlorine you can generate with it over time. A bigger salt cell can also heat up more salt solution, allowing it to generate more chlorine quicker.
Additionally, bigger salt cells can contain more media, so it can last longer and produce chlorine for a longer period of time. However, the size of the salt cell isn’t the only factor that can affect the longevity.
Other important factors include the water chemistry of your pool, the maintenance you provide your salt cell, and any built-in safety features your salt cell might have.
How do you replace a saltwater pool cell pilot?
Replacing a saltwater pool cell pilot can be a little bit of a tricky process, but not impossible. The key is to make sure you have the right type of parts, and you understand the process before starting.
First, you need to turn off the power to the cell and make sure that it is properly disconnected from the water. This will ensure that there is no electricity or water energizing the cell, causing any potential issues.
Next, you’ll need to unscrew the cell from the device and apply plumbers’ grease to the connections. The grease helps ensure that the connections are sealed properly, and will allow water to move through the cell safely.
Once the plumbers’ grease is applied, you will need to attach the new cell in the same way that you detached the old cell. Make sure that the parts are sealed tightly, and that the connections are secure.
Once the cell is in place, you will need to turn the power back on. This will energize the cell and initiate the new saltwater process. Make sure that the settings and timer are in the appropriate position to ensure smooth operation of the cell.
Finally, you should check the cell with a meter to ensure that all connections are properly working, and then check the water chemistry of the pool to ensure that it is balanced and the pool is safe for swimming.