The Hayward Aqua Rite is an electronic chlorine generator that automatically converts salt into chlorine, producing up to 20 more chlorine than other similar systems. This system provides a luxurious experience for residential pools up to 40,000 gallons and offers soft, silky pool water that won’t irritate eyes, dry out skin, or cause fabric to fade. The Aqua Rite works best with approximately 3200 ppm salt, which is roughly equivalent to a teaspoon per gallon. It also works with salt, delivering luxuriously soft, naturally sanitized water that won’t irritate eyes, dry out skin, or cause fabrics to fade.
The Hayward W3AQR15 Aqua Rite In-Ground Pool Salt Water Chlorine Generator comes with Salt Chlorination Turbo Cell rated for 40,000, 25,000, and 15,000 gallons. Upsizing the cell is ideal to prolong its lifespan and ensure quick chlorine boost. The Aqua Rite™ works best with approximately 3200 ppm salt, but it can operate with salt.
The AquaRite® 900 series is an automatic chlorine generation system for pool or spa sanitation, operating on a low concentration of salt. The Hayward AquaRite® 900 series is suitable for treating most size residential pools up to 150,000 liters in a cool climate.
A replacement threaded cell collar is available for the Hayward Goldline AquaRite®, Swimpure Plus®, and Aqua Rite. The AquaRite+ is suitable for treating most size residential pools up to 150,000 liters in a cool climate. The Turbo Union, nut, and tailpiece is designed to use with the Hayward salt chlorine generator, with a 2-inch size and weight of 8 pounds.
The Hayward AquaRite is the top-selling electronic chlorine generator, eliminating the need to mix, measure, and mess around with liquid or tablet chlorine.
📹 Is My Hayward AquaRite Salt Chlorine Generator Working? | No Chlorine | Dead Cell Or Chemistry Issue
Is My Hayward AquaRite Salt Chlorine Generator Working? | No Chlorine | Dead Cell Or Chemistry Issue In this video I discuss …
How do you know if your Hayward salt cell is bad?
Salt cells in a pool may need replacement if they show signs of wear, lose plates, or the acid baths aren’t functioning. They typically last five to seven years, depending on the use conditions and maintenance frequency. Replacement costs range from $200 to $900, depending on the chlorinator model. This guide will cover three main aspects about salt cells: their lifespan, replacement costs, and maintenance requirements.
Why is my Hayward Aqua Rite salt reading incorrect?
To change the cell type of your Hayward AquaRite salt cell, follow these steps:
- Turn on the control box and press the diagnostic button 8 times.
- Flip the switch between “Super Chlorinate” and “Auto” until the correct T-Cell number is displayed.
- Return the switch back to “Auto”.
- Reset the control unit to use the new salt cell.
When choosing a salt cell type, ensure it fits your pool size. An undersized cell may not produce enough chlorine or wear out quickly due to overwork. It’s better to buy a salt cell too large than one too small.
In summary, changing the cell type in your Hayward AquaRite salt system is crucial for maintaining its function and producing chlorine.
What type of threads are on a pool pump?
There are two types of thread used in pump fittings: Buttress thread, originating from the hydraulic industry, and BSP thread. Buttress threads are coarser and suitable for pressure fittings, while BSP threads are finer. To distinguish between the two, look at the placement of the O-ring in the pump union. If the O-ring is present, it indicates a Buttress thread, which is the most common type. The O-ring is typically located in the pump union.
What is the recommended thread pool size?
When configuring thread pool size, it is important to consider the balance between concurrent processing and server resource optimization. A thread pool size of 10 is typically sufficient, with anything between 10-100 being acceptable. It is also crucial to configure the IIS App Pool Queue Length Limit appropriately to fine-tune the Thread Pool size.
If all process activities are short-duration, there may not be a need for many threads, as they would only use the maximum number of threads if a large number of activities were entered/activated nearly simultaneously. However, if there is a mixture of “long-running” and “short-duration” activities, increasing thread pool sizes may help because “short” activities that start in the middle of a long-running activity won’t have to wait for it to end before being processed.
In general, increasing the quantity or average duration of active activities within a given time period will increase the likelihood of some activities requiring concurrent processing and requiring a larger Thread Pool size. However, usage patterns may also affect these guidelines in certain environments.
Long-running activities, such as synchronous AgileParts, Web Service activities, and AgileShapes, may require server resources for a long enough time to overlap with other activities or processing.
What should the salt level be on the Hayward Aqua Rite?
To ensure accurate salt readings, ensure the pump is running, the turbo cell is clean, and the salt level in your pool water is within the recommended range of 2700 to 3400ppm. A salt level of 3200ppm is ideal. Slide the toggle switch on the Aqua Rite to “Off” and then to “Auto” and press the Diagnostic button five times in a row. If the system settles on or near a number close to your pool’s salt level, slide the power switch up to “Super Chlorinate” and back down to “Auto” to lock that number in as the new average salt reading.
If the numbers stop changing significantly below your actual salt level, contact a service center for assistance. To locate authorized service centers, visit hayward. com and click on the Dealer Locator link. The Aqua Trol® works best with approximately 3200 ppm salt, which is roughly a teaspoon per gallon.
What is the best salt level for Hayward?
The ideal salt level for a pool is between 2700-3400 ppm, with 3200 ppm being optimal. Before adding salt, test the water and adjust the amount according to the chart. Low levels can reduce the efficiency of the salt chlorinator, causing low chlorine production. High levels can cause the chlorinator to shut down and give the water a salty taste. Salt is constantly recycled, and loss of salt throughout the swimming season should be minimal. Water loss is primarily due to splash out, backwashing, or overflowing due to rain. It is important to balance water before adding salt chlorination.
What size thread is a Hayward chlorinator?
Hayward CL100/CL200 are permanent feeders for PVC pipe or hose, with 1. 5″ female threads for connecting to hose adapters or 1. 5″ male adapters. They can be purchased with optional Hayward SxS Unions connectors. In-line chlorinators should be installed after the filter and heater, at ground level to prevent back flow. If a heater is used, a one-way check valve should be installed between the heater and the feeder to prevent damage from corrosive chlorine gas. To install, turn off the pump, open the air bleeder, cut a section of pipe, thread 1. 5″ adapters, use PVC primer and glue, and fill with 3in chlorine tablets.
How many amps does a salt chlorinator use?
A power pack is a device that converts 240 Volt AC power to around 8 Volts DC to produce sodium hypochlorite. It is used to control the operation of the cell, provide a means of interconnecting the pool pump, and house auxiliary equipment. Most domestic swimming pools need a minimum of 80 grams of hypochlorite equivalent each day with 8 hours of filtration to remain clean, clear, and properly disinfected. The smaller the transformer, the higher the operating temperature within the power pack.
A 160 VA transformer operating at near 20 Amps and 8 Vac tends to operate at about 130 degrees Celsius. Higher temperatures cause greater wear and tear on cables, wires, and other circuitry components, making them more prone to failure.
How to change aqua rite from metric?
To change the salt cell panel’s metric to standard mode, open the panel door, press and release “Diagnostics” once, and flip the switch from “auto” to “super chlorinate” and back to “auto” quickly. The number switch will change from metric to standard. If the LCD is working, the salt level is still present, but it may be in a different mode. Aqua Rite and its clones have a metric mode, which displays 3. 10, 2. 90, and other metric versions of salt levels. To change the metric mode to standard (US), follow these steps:
- Open the panel door.
- Press and release “Diagnostics” once.
- Flip the switch from “auto” to “super chlorinate” and back to “auto” quickly.
- The number switch will switch from metric to standard.
How many amps does a Hayward salt cell use?
The mean amperage of a cell when chlorine is generated is contingent upon the cell’s dimensions. In the case of the T-15, this figure ranges from 3. 1 to 8. The observed amperage values for the T-9, T-5, and T-3 cells were 2. 3, 1. 9, and 1. 3 amps, respectively, with a standard deviation of 0. 5, 0. 7, and 0. 4, respectively. In the absence of chlorine generation, the amperage remains at zero.
What are the electrical requirements for the Hayward AquaRite?
The AquaRite is equipped with the capability to be connected directly to 120/240VAC power sources, obviating the necessity for a timer or relay. Optional controls from Hayward, Pentair, and Polaris utilize a 4-wire connection, which can be up to 500 feet apart, and can be employed with any outdoor-rated 4-conductor cable.
📹 Hayward AquaRite Turbo Cell – Review and Tips for Success
Folks have requested a review of my Salt Chlorine Generator. I said that I would make one after one year of operation and now, …
Hey ! When we going to get the shovelhead back together and show us how it came out . Thank you for the helpful articles . My T-15 salt cell has lasted me 10 years already, I think because when I wash it I mix one quart of acid with four quarts of water in a weaker solution that recommended . One circuit boar replacement and three thermistors in twenty years . I ll keep my salt system .
Thanks for the article. I just had my Chlorine generator installed today in CT. Will open the pool in a few weeks, but was happy to hear what you had to say regarding the ease of maintenance. We always have a period in the summer that we are dealing with algae and cloudiness due to chlorine getting out of whack… 👍
Thanks for the nice article update. I’ve watched a couple of yours since my Hayward T 15 generator started to go after we opened the pool this week. That cell lasted 8 years but our water comes from Lake Huron, so it’s softer and we only run the pool from June to Sept. . My issue is mostly getting to the T 15 with the right tools and some Advil. Frankly I believe the people that opened our pool ran some water through the Turbo Cell but not much more. Your epilogue stated that maintenance will be for sure simpler and probably cheaper is “spot on”.