Where Should You Place Weights on Your Pool Cleaner Hose?

Understanding Pool Cleaner Hose Weights

Pool cleaner hose weights are essential components that help keep your automatic pool cleaner functioning optimally. These weights counteract the natural buoyancy of the hose, ensuring the cleaner stays in contact with the pool floor and effectively removes debris.

Proper Weight Placement Based on Pool Depth

The placement of hose weights varies depending on the depth of your swimming pool:
• For pools 4 feet deep or less:
Use one weight positioned 4 to 12 inches from the cleaner’s head.
• For pools between 4 and 7 feet deep:
Use two weights. Place the first 4 to 12 inches from the cleaner and the second about 6 feet away from the cleaner’s head.
• For pools 8 to 12 feet deep:
Use three weights. Position the first 4 to 12 inches from the cleaner, the second at 6 feet, and the third 10 feet from the swivel end of the cleaner.

Fine-Tuning Weight Placement

After initial placement, observe your pool cleaner’s performance and make adjustments as needed:

If the cleaner leans forward (more than 45° angle), the hose is too light. Move weights closer to the cleaner.

If the cleaner leans backward (less than 45° angle), the hose is too heavy. Move weights further from the cleaner.

Make small adjustments of 1-3 inches at a time and retest the cleaner’s performance.

Benefits of Proper Weight Placement

Correct weight placement offers several advantages:

Improved cleaning efficiency
Better pool coverage
Reduced risk of the cleaner getting stuck
Extended lifespan of the pool cleaner

Additional Considerations

• Some pool cleaners may require additional weights for deeper pools. Consult your manufacturer’s guidelines or a pool professional if you have a pool deeper than 12 feet.
• Regularly check the condition of your hose weights and replace them if they show signs of wear or damage.
• Remember that weight placement is just one aspect of pool cleaner maintenance. Ensure you’re also following other care instructions for optimal performance.