Is AI Better Than Me? & Other YT Questions Answered

Running a pool route means you learn fast that small details cause big headaches, and the best “pool service troubleshooting” starts with understanding how equipment is designed to fail. A great example is the Polaris Max and Polaris Atlas suction pool cleaner. The newer Halo engine is excellent at swallowing long string-like debris that used to stop older cleaners like the MX8 and MX8 Elite, which could get stalled by vine-like leaves and fibers. The tradeoff is surprising: a tiny pebble can jam the Halo and freeze the cleaner even when suction is strong. In pebble tech pools or new builds where loose aggregate is common, that jam can happen repeatedly. The practical fix is simple but important for pool maintenance: open the top, clear the obstruction, and get it running again while also setting expectations that “occasional pebble jams” are the cost of improved string-debris performance.  

Another common service call is “the pump was priming, then it loses prime every time,” often paired with someone trying to lower the water level by backwashing. Draining a pool by backwash is not always safe, especially with a DE filter using a push-pull piston backwash valve. Leaving that valve in backwash for 20 to 30 minutes can reverse flow long enough to puff up the grids like a balloon and damage them. If you need to drop water, a multiport valve with a true waste mode is the correct tool because it bypasses the filter. This is one of those pool equipment basics that saves real money: match the draining method to the valve and filter type instead of forcing a backwash cycle to do a job it was not designed to do.  

When a pump will not prime or it keeps losing prime, the lid O-ring is an easy suspect, but it is not always the real cause, especially on a newer Hayward pump. Air pockets can form, but a high-percentage fix is checking for debris stuck in the impeller. A practical field method is to shut off power, remove the pump basket, and use a flathead screwdriver to spin the impeller and dislodge debris until you hear the gurgle that signals flow returning. Then refill the basket with water, reseal the lid, and tighten it correctly. For sealing, use a proper pool O-ring lubricant like Aladdin Magic Lube rather than WD-40 or random household products. If the pool has an attached spa, priming in spa mode can be a clean diagnostic test: if spa mode still will not prime, the restriction is likely at the pump, often the impeller.  

Saltwater chlorine generator issues are another steady stream of questions, and the Jandy TrueClear salt cell makes one key diagnostic easier because you can literally see production. If you set output to 100% and run a variable speed pump at a sufficient RPM (commonly above about 1800 RPM), you should see small bubbles forming off the plates under the clear housing. No bubbles usually means no chlorine generation, and the controller may also display clues like check cell, low salt, or cold water. That “visual bubble test” is a fast way to confirm whether the cell is working before you chase chemistry ghosts. From there, water balance still matters, and borates are a popular add-on: at about 50 ppm, borates act as an algostat and add buffering alongside alkalinity and cyanuric acid, often slowing pH rise. You can add borates via boric acid powder or 20 Mule Team borax, then verify with borate test strips. Keep alkalinity in a reasonable range (often 80 to 100 ppm before dosing) and adjust pH with muriatic acid as needed, guided by LSI, to get stable, sparkling water with fewer weekly swings.