Jude1945
Be careful when testing for chlorine. No chlorine will have a clear reading but too much chlorine will cause bleaching of the test reagent confusing you to think you have no chlorine in the pool, try doing a dilution test where you dilute half pool water and half tap water, If coloured results appear with dilution you know you have too much chlorine.
Swimming with too much chlorine can cause skin rashes irritations, discolouring of swim wear rotting the stitches, and blacken jewellry.
Wiki User
∙ 14y agoMaybe too much chlorine bleaching out strips try diluting a sample to see if you can get colour in the strips , try half pool water half tap then quarter pool and three quarters tap if colours appear then you have too much chlorine, also check your pH is below 7.8 as above this chlorine doesn't work properly
Chlorine test strips are used for testing the amount of chlorine in water. These are used in daycare kitchens, hospitals, and in most types of food service.
If your pool is clear but not registering chlorine, it could be due to low chlorine levels, insufficient circulation of the water, or high levels of combined chlorine. Check the chlorine levels with a reliable test kit, ensure proper circulation through running the pump and filter system adequately, and consider shocking the pool to break down combined chlorine compounds. If the issue persists, you may need to clean or replace the chlorine sensor or consult a pool professional for further assistance.
To test for chlorine in water, you can use chlorine test strips or a chlorine test kit. Follow the instructions provided with the strips or kit to collect a water sample and perform the test. The test will indicate the presence and concentration of chlorine in the water.
Test strips is used to test concentration of chlorine sanitize. The test is dipped into the sanitize.
A chlorine test kit is typically used to test the concentration of chlorine sanitizer in water. This kit contains test strips or reagents that change color in the presence of chlorine, allowing users to determine if the concentration is at the recommended level for effective sanitization.
You can get chlorine test strips at most pool supply stores, home improvement stores, or online retailers. They are readily available and easy to use for testing the chlorine levels in pools and hot tubs.
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The discrepancy could be due to differences in the testing method and the accuracy of the testing equipment. Pool stores typically use more precise testing methods and equipment compared to home test strips, leading to more accurate results. It's also possible that the home test strips are expired or not being used correctly, affecting their accuracy.
You have plenty of options ranging from inexpensive Test Kits and Test Strips through relatively expensive test kits. I recommend what is known as a 4-in-1 Test Kit - which includes tests for chlorine, pH, Acid demand and Total Alkalinity. Not expensive, available at any Pool Shop or harware store (Ace, Home Depot etc). One brand is All-Clear. I believe this type of Test Kit to be more reliable than Test Strips, although the strips are inexpensive and very convenient. Chlorine tests are essential for monitoring chlorine levels - whether chlorine is added manually or automatically with a saline (salt-water) system.
You can buy chlorine test strips at pool supply stores, home improvement stores, online retailers, and some hardware stores. They are typically located near the pool and spa supplies section.
Stabilizer, in a chlorinated pool, normally refers to the chemical that slows down the rate at which the chlorine leaves the pool. Chlorine is only working while it is leaving the pool, referred to as Free chlorine, as opposed to Total Chlorine. Stabilizer normally takes the form of Cynuaric Acid and is found in all the chlorine products except powdered chlorine. The aim is to ensure it does not leave the pool too quickly. This is why only powdered chlorine should be used for 'shocking' the pool. It provides a high dose of chlorine which dissipates relatively quickly. Pools should be shocked on a regular basis to effectively restart the water balancing process. It is not unusual for the Ph to take a dive after shocking. The main reason for shocking is to get rid of the bacteria which has mutated and become used to the continuous level of chlorine that is not showing much change in level over a period of time. For those of us that use test strips it is referred to as stabilizer or Cynuaic Acid, and a normally good result is in the area of 30-50 ppm. By definition, if it is measured too low then chlorine levels will drop to quickly and tablet consumption may also be increasing to keep up. The other factors affecting the way chlorine leaves the pool is temperature, water agitation and sunshine. Cynauric Acid is cumulative to the pool and the only way it gets out of the pool is by regular back washing, it does not evaporate away. It should also be noted that a high level of Cynauric Acid will stop chlorine leaving the pool and therefore the pool is not being sanitised. It is the answer to the question; 'Why is my pool going green, I have good levels of Chlorine'? - Answer, as above, it's in the pool but cannot get out. Do a partial water change to lower the level of Cynauric Acid and shock it.