AquaLit
Pool Care & Automation
Automate more of the work behind keeping your water sanitized and balanced — available with traditional chlorine or salt chlorination.
Yes — a traditional chlorine pool can be automated without converting to salt. True chemistry automation uses sensors to measure the water and a controller to decide when correction is needed, then doses liquid chlorine and acid accordingly. That is different from a tablet feeder, which delivers chlorine on a mechanical setting regardless of demand, and different from a salt system, which generates chlorine but does not by itself decide how much your water needs.
There are two viable paths, and both can end up with automated pH control. Which one suits you is a question of convenience, budget and how you feel about handling chemicals — not a question of which is objectively better.
You keep a conventional chlorine pool and add automation in stages. Each stage is a real improvement on its own, so you can stop wherever the value stops making sense for you.
Important distinction: automatic chlorination is not the same as chemical automation. A feeder feeds. A salt cell generates. Only a sensor-and-controller system decides.
A saltwater pool is still a chlorine pool. Dissolved salt in the water passes through a cell that generates chlorine electrically, so you stop buying and loading tablets. It is a convenience decision more than a cost decision.
We will also tell you the tradeoffs: higher initial equipment cost, the cell eventually needs replacing, cells scale, pH management is still required, and there are compatibility and corrosion considerations. See our full saltwater page.
Whether you sanitize with liquid chlorine or a salt cell, pH still drifts — and in salt pools it tends to rise. An acid dosing system with pH sensing handles that correction between service visits rather than letting it wander until someone notices.
| Tablet feeder | Salt system | Sensor-driven dosing | |
|---|---|---|---|
| What it does | Dissolves tablets at a set rate | Generates chlorine from dissolved salt | Measures water, then doses |
| Responds to actual demand | No | Only via output setting you choose | Yes — that is the point |
| Handles pH | No | No (and pH tends to rise) | Yes, with acid dosing added |
| Chemical handling for you | Loading tablets | Adding salt occasionally | Refilling tanks periodically |
| Adds CYA over time | Yes, with trichlor | No | No, with liquid chlorine |
| Ongoing consumables | Tablets | Salt; cell replacement eventually | Liquid chlorine and acid |
None of these removes the need for water testing. Sensors drift and need verification — that is part of what our service visits are for.
No. This is one of the most common misconceptions we hear. A traditional chlorine pool can be fully automated with sensors, a controller, a liquid chlorine tank and feed pump, and an acid tank and dosing pump for pH.
Salt is a different way of producing chlorine, not a prerequisite for automation.
ORP stands for oxidation-reduction potential. It measures the sanitizing power of your water rather than the concentration of chlorine directly. It is a very useful control signal for automation, because it reflects how effectively the water is actually sanitizing.
It is not a substitute for a chlorine test. Interpreting ORP correctly requires context — pH, cyanuric acid and temperature all affect it — which is part of why human oversight still matters.
When it is installed properly, yes. Correct tank placement, chemically appropriate tubing and fittings, proper injection points, flow interlocks so dosing cannot occur without circulation, and correct controller limits all matter.
This is not a DIY installation. Liquid chlorine and muriatic acid are hazardous chemicals and the equipment must be configured so a sensor fault cannot cause runaway dosing.
The system stops dosing that chemical, and your water starts drifting. Good installations include level monitoring or a schedule so refills happen before that point. Chemical replenishment is part of what we handle for service customers.
Yes. Sensors drift, probes need cleaning and calibration, and some parameters — total alkalinity, calcium hardness, cyanuric acid — are not measured by typical automation at all.
Automation reduces how often somebody has to correct the water. It does not remove the need to verify it.
Start with measurement. Monitoring is the cheapest meaningful step, and it tells you whether you have a chemistry problem or a circulation problem before you spend anything on dosing equipment.
Choose between the two paths on how you feel about handling chemicals, not on which sounds more modern. Salt is a convenience decision. Sensor-driven dosing is a control decision. Both are legitimate; they solve different problems.
Call or text for a free pool assessment. We look at the pool, the equipment already on your pad and how you actually use the backyard — then tell you what is worth doing and what is not.
Tell us what you have and how you use the pool. We'll walk the equipment pad, ask what you ultimately want controlled, and give you an honest recommendation — including the upgrades we'd skip.