If you’ve ever converted a chlorine pool to salt and immediately regretted it, the problem usually isn’t the salt system. It’s the startup. We break down a practical, step-by-step salt pool startup process that helps you avoid the two headaches that wreck new installs: runaway pH and scale on the surface or inside the salt cell. We start with timing, especially for new plaster, quartz, and pebble style finishes. Plaster keeps curing for months and creates heavy acid demand early on, so turni...

Show Notes

If you’ve ever converted a chlorine pool to salt and immediately regretted it, the problem usually isn’t the salt system. It’s the startup. We break down a practical, step-by-step salt pool startup process that helps you avoid the two headaches that wreck new installs: runaway pH and scale on the surface or inside the salt cell.

We start with timing, especially for new plaster, quartz, and pebble style finishes. Plaster keeps curing for months and creates heavy acid demand early on, so turning on a saltwater chlorine generator too soon can make pH control feel impossible. I share the real-world waiting window I prefer, what happens if a homeowner pushes for day-one salt, and how that decision can show up later as scaling and constant corrections.

Then we get into the numbers that make a salt pool conversion smooth: getting total alkalinity near 80 ppm and pH around 7.4 to 7.6 before the generator ever comes online, and using LSI guidance with tools like the Orenda app. We also talk about borates at 50 ppm as a smart add-on for pH stability, plus the safest way to add salt: test first with a digital salt meter, use pool salt only, add less than the bag math suggests, and recheck after 24 hours so you don’t end up draining water to fix an overshoot.

Finally, we tackle cyanuric acid (CYA) reality. If you’re coming from trichlor, CYA may be sky high, and your free chlorine target must match it using proven ratios like Bob Lowry’s guidance. 

• waiting to turn on a salt cell on new plaster to reduce pH battles and scaling risk
• why saltwater chlorine generators raise pH through aeration and chemical reaction
• starting conditions that set you up for success: clear water, clean filter, balanced alkalinity and pH
• why high alkalinity buffers pH and makes acid less effective
• using LSI and tools like the Orenda app to avoid scale or corrosion
• adding borates to 50 ppm to stabilize pH and reduce drift
• using pool salt only to avoid staining from impurities
• testing salinity first with a digital salt meter and adding less salt than the ca

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