How to Reset Hayward Salt Cell?

Embarking on the journey of resetting your Hayward Salt Cell might initially feel like stepping into uncharted waters. Yet, fret not, for navigating through this process is akin to a conversation between friends – straightforward and reassuring.

Picture this: you start by flicking the switch to ‘off’, a simple gesture signaling the beginning of the reset. With a gentle twist back to ‘Automatic’, you’re set for the next phase. Now, it’s all about patience – give it a mere five to ten seconds, and you’ll hear that reassuring click, indicating stability.

As the salt level settles and the indicators align, a slight twist to ‘Super Chlorinate’, followed by a return to ‘Automatic’, is all it takes to keep things running smoothly. Expect a brief pause of around thirty seconds as the unit recalibrates itself, restoring its default reading.

Now, let’s delve deeper into the process. With a touch and hold of the “MENU/ENTER” button, you unlock the gateway to calibration settings. Navigating through options with the trusty “UP” or “DOWN” arrows, you find yourself at ‘Calibrate Salt’. A simple selection and confirmation later, you’re ready to fine-tune the salt display to your liking.

With precision and care, adjust the readings using the same arrows until they align perfectly with your desired levels. Then, with one final touch and hold of the “MENU/ENTER” button, you seal the deal, locking in your modifications and returning to the main display.

In the realm of salt cell calibration, uncertainty may linger, but armed with these simple instructions, rest assured, you’re in control. So fear not, dear friend, for resetting your Hayward Salt Cell is but a breeze with these friendly guidelines by your side.

How To Test My Salt Cell?

After learning how to reset and calibrate your Hayward salt cell, you may be wondering, “How can I effectively test my salt cell?” This essential procedure ensures the proper functioning of your salt cell, and we have outlined the step-by-step process below to help you conduct a thorough test:

• Begin by turning off the pump to ensure safety during the testing process.
• Carefully detach the salt cell from its position in the system. Prior to doing so, it’s advisable to take a photograph of the cell to avoid any confusion during reinstallation.
• If necessary, clean the salt cell according to the manufacturer’s recommended procedures to ensure accurate test results.
• Insert a dummy cell into the pipe where the salt cell was removed. This step allows you to restart the pump without disrupting the overall system.
• Submerge the salt cell into the pool water, making sure that no electrical connections come into contact with the water to prevent any potential electrical hazards.
• Turn on the pump and activate the salt system for testing purposes. For the initial test, set the output level to 100%.
• After completing the test, remember to return the output setting to its normal operational level.
• If your salt cell sensor is integrated into an Intellichlor system, gently press the paddle with your finger until it makes contact and closes the device.
• Once the control box is active, it will power the salt cell, and you will observe active bubbling occurring between the plate and the cell.

The Cause of Salt Cell Not Working 

Unraveling the mystery of a malfunctioning salt cell involves a more comprehensive approach, ensuring your pool’s water remains pristine and your chlorination system operates flawlessly. Regular maintenance is key, and vigilance in monitoring your salt cell’s performance is imperative. Delve into the nuances of diagnosing your salt cell’s health:

• Regular Cleaning and Inspection: The fundamental step to keep your salt cell in tip-top shape is a meticulous cleaning routine. But it doesn’t stop there; closely examine the production lights while your system is in operation.
• Power and Quality Check: When you notice a distinct absence of bubbling in your salt cell, it’s an indicator of potential issues. This may stem from insufficient power supply or a cell that has seen better days.
• Interpreting Bubbling Behavior: Observe the behavior of the bubbles generated by your salt cell. Minimal bubbling signifies a cell that is not operating optimally and warrants professional evaluation. Conversely, a robust display of bubbles is a reassuring sign of proper functionality.
• Zero Chlorine Production: The crux of the matter is chlorine production. If your salt cell fails to contribute any chlorine to your pool, it’s a clear indicator of a problem that needs immediate attention.

Hayward Salt Cell Installation

Are you ready to embark on the journey of installing your Hayward Salt Cell like a pro? We’ve got you covered with a comprehensive guide that not only ensures a seamless installation process but also provides valuable insights to help you maintain your salt cell system effectively.

• Strategic Control Box Placement: Begin by strategically positioning the control box within three feet of a GFCI outlet. This careful placement ensures that the connecting cable will easily reach its destination.
• Determine Cell Vessel Location: Before proceeding further, pinpoint the ideal location for the cell vessel connection. This step is crucial to ensure a hassle-free installation.
• Nut Assembly Installation: Refer to the manufacturer’s instructions to expertly install the nut assembly. Following these guidelines guarantees a secure and efficient installation process.
• Cell Vessel Installation: Now, it’s time to install your cell vessel. Carefully follow the recommended procedure to ensure a snug fit and reliable performance.
• Apply Cell Pin Protection: Remove the foam protector from the cell and generously cover the cell pins with the provided oil. This protective measure is essential for the long-term health of your salt cell.
• Check O-Ring Attachment: Before placing the cell into the vessel, double-check that the O-ring is securely attached. This small but crucial detail ensures a watertight seal and optimal functionality.
• Secure the Cell Cap: Attach the cell cap and tighten it securely with the retaining nut. This step guarantees that the cell remains in place and operates efficiently.
• Connect the Line Cable: Now, connect the line cable to the designated terminal. Ensure a proper connection to avoid any operational issues in the future.
• Flow Switch Calibration: After connecting the cell line cord, it’s time to calibrate the flow switch. This calibration step is vital for the accurate operation of your Hayward Salt Cell system.

By following these expert guidelines, you can confidently install your Hayward Salt Cell system, ensuring its longevity and efficient performance. Enjoy crystal-clear pool water and the peace of mind that comes with a professionally installed salt cell system.

Wise reviewer