Hayward DIY Cell Cleaning Cup | GLX-DIY-CUP

Hayward DIY Cell Cleaning Cup | GLX-DIY-CUP

Keep your Hayward salt chlorine generator running at peak performance with the Hayward DIY Cell Cleaning Cup (GLX-DIY-CUP). This essential tool is designed to simplify the process of cleaning your salt cell, ensuring it operates efficiently and lasts longer.

Key Features:

• Designed for Easy Maintenance: The GLX-DIY-CUP is a practical solution for DIY pool owners looking to easily clean their salt chlorine generator cells. It helps to remove scale buildup, algae, and other debris that can affect the performance of your salt system.
• Perfect Fit for Hayward Systems: Compatible with most Hayward salt chlorine generators, this cleaning cup is specifically designed for optimal performance and ease of use.
• Durable and Reusable: Made from high-quality materials, the cleaning cup is durable and can be used multiple times, offering long-term value for your pool maintenance routine.
• Efficient Cleaning: Regular cleaning of your salt cell with the DIY Cell Cleaning Cup helps prevent calcium buildup and ensures your system runs smoothly and efficiently.

Recommended Usage:

The Hayward DIY Cell Cleaning Cup is ideal for use with Hayward salt chlorine generators. Over time, calcium and other minerals can build up in the cell, decreasing its efficiency. This cleaning cup allows you to easily clean the cell, extending its life and keeping your pool's chlorination system working at its best.

Installation and Cleaning Tips:

1. Turn Off Power: Before starting, turn off the pool system and disconnect the power to ensure safety during the cleaning process.
2. Remove the Salt Cell: Carefully remove the salt cell from the system, following the manufacturer's instructions for disconnection.
3. Prepare the Cleaning Solution: Fill the DIY Cell Cleaning Cup with a mixture of water and a recommended cell cleaning solution (such as muriatic acid or a specialized cleaning solution). Be sure to follow the instructions for the appropriate ratio of solution to water.
4. Submerge the Cell: Place the salt cell into the cleaning cup, ensuring it is fully submerged in the solution. Allow it to soak for the recommended time (usually 15-30 minutes).
5. Rinse and Reinstall: After soaking, rinse the salt cell thoroughly with fresh water to remove any remaining cleaning solution. Reinstall the cell into your salt chlorine generator.

Why Choose the Hayward DIY Cell Cleaning Cup?

• Convenience: This cleaning cup makes the maintenance of your salt chlorine generator easy and efficient, saving you time and effort in keeping your system at its best.
• Enhanced Performance: Regular cleaning of the salt cell with this cup ensures that your generator works efficiently, preventing any performance issues related to calcium buildup or debris.
• Cost-Effective: Maintaining your salt cell properly with the DIY Cell Cleaning Cup helps avoid costly repairs or premature replacements, offering great value for your pool investment.
• Perfect for DIY Pool Owners: If you're a DIY pool owner, the GLX-DIY-CUP is an easy-to-use and affordable solution to maintain your pool’s salt system.

The Hayward DIY Cell Cleaning Cup (GLX-DIY-CUP) is the ideal solution for anyone looking to keep their salt chlorine generator in top condition. With its durability, ease of use, and compatibility with Hayward systems, this cleaning cup helps extend the life of your salt cell and ensures your pool remains clean and safe.

We want you to have quick and easy access to warranty information for all the brands we carry. Please click on the links below to view each manufacturer’s warranty page:

• Pentair Warranty
  
• A&A (Pentair In-Floor) Warranty
  
• Fluidra Warranty (Zodiac / Jandy / Polaris / Caretaker)
  
• Paramount Warranty
  
• BlueSquare Warranty
  
• Hayward Warranty
  
• All Other Manufacturer Warranties
  

Note: Warranty coverage, registration, and service terms are provided directly by the manufacturer. Please review the details carefully to ensure proper understanding of coverage and claim procedures.