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How To Bond An Existing Inground Pool [Easy Solution]

My in-house swimming pool needs bonding to achieve equivalent electrical potential. This too in all steel parts of the electrical hardware and non-electrical metallic objects of the structure. 

Without knowing the process it’s very hard for me to complete.

How to bond an existing inground pool?

I need to tie the electrical devices of the pool to a common grid. I have to make sure that all the electrical units are wired with heavy 8 gauge wire to the grid. The next step for me is to ground the grid into earth. Thus I ensure the equipotential bonding by grounding the grid equal potential. 

Need some more additional information to meet the end? 

Start together!

How to Bond an Existing Inground Pool: Solved

As I already have swimming at my place. I must know how to level the ground for the pool. This solution is in my hands now. But how to bond my pool is getting on my nerves. 

Bonding my pool is a precautionary step to avoid being electrocuted or badly wounded. 

I  must build a ground around your swimming pool by connecting a bonding wire to the steel plate, pool hardware, steel pool wall, as well as the water.

Maintaining the electric fields constantly lowers the risk posed by stray current flow in the pool or on the ground around the pool. 

Bonding all metallic hardware in and around the pool will alleviate the voltage slope from one part of the pool to the other. As well as from metallic hardware to the pool water.

Below are some particular examples of needing electric potential bonding.

I need electrical bonding in all of the pool’s steel sheets, the pool’s validation steel, no-niche lighting fixture husk, and mounting thresholds. Also, equipment’s steel components, controls, electrical devices, steel wires and conduits, steel tubing, and water heaters with a current rating of more than 50 amps. 

Procedure I Should Follow

To meet the end I need some specific direction to go with. Here the whole thing is presented:

  • I need to tie all the electrical devices of the pool to a common grid that surrounds the pool.
  • I have to make sure that all the electrical units are wired with heavy 8 gauge wire to the grid.
  • The next step for me is to ground the grid into the earth.
  • Thus I ensure the equipotential bonding by grounding the grid equal potential. 

Now I can complete the process.

Bonding Cords I Should Use

Pump installation timer for my pool is something I can complete in seconds. But in pool bonding cable measurement is still unclear to me.

This is very crucial to know. Without this, I won’t be able to reach the finish line. 

Non-conductive pool casings must have a #8 (or larger) strong copper wire entombed 4″ – 6″ below the completed degree. 

With such a bond cord positioned from 18″ – 24″ from within the pool wall from around the pool (electric potential bonding), that begins and yields at the pool compressor.

Now I know!

Mistakes I Avoid While Bonding The pool

I can make mistakes while meeting this process. The procedure would be so easy if I make fewer mistakes. Some common mistakes I can make. 

Grounding And Bonding

The first inaccuracy is a basic one, but it bears repeating: failing to distinguish between grounding and bonding cables. 

Bonding is the process of connecting all of the metallic pieces in order to reduce voltage distinctions. I am still confused between bonding and grounding

It is critical to understand the distinction when building a pool to guarantee the safety and durability of the hardware.

Complete The Entire Operation Properly

One more widespread blunder I can make when I fail to entirely ground and bond. Because grounding and bonding are frequently confused. 

Some builders may bond but not ground, or vice versa. Anything with a metallic structure within five feet of the pool water must be bonded. 

Some experts, for example, ground the pool hardware but not the steel barricades surrounding it. All pool-related metallic hardware must be grounded.

Proper Connectors

Another common error made by me is using the incorrect plugs and wires. Like household wiring color codes I need to figure out the correct bonding wires. 

When connecting the bonding and grounding wires, I must make the best correlation order. To ensure that the current has a clear route to travel through. 

The fasteners must be made of bronze or copper. And the rivet must be made of metal or alloy steel. 

Some best-branded rivets are suggested here:

Suggestion 1
Suggestion 2

I will get all these recommended rivets easily in my nearest hardware shop. 

This is essential to ensure that these elements do not oxidize and underperform over a period.

I should also use fasteners that are accepted for tangible casing or, if going into the ground, are branded for this sort of use (direct burial).  

The adapters should be labeled with the type of wires you’re using. There are two types of cords that can be used: stuck and strong.

If I am wrapping a strong cord around a rivet, ensure it’s encased clockwise. 

If I need to use a tiny cord, use a sturdy wire rather than a trapped cord because strand break wires are more subject to external damage.

That’s the whole thing about bonding the swimming pool which is already built. 


Question: What happens if my pool isn’t bonded?

Answer: If you do not bond your pool hardware, the machinery may become the electrode in a galvanic pair with the other metallic materials anywhere around your pool. If this occurs, the anode metals will degrade at a rapid rate, a condition known as electrochemical reactions.

Question: How do you conduct an electricity test on pool water?

Answer: A shock alert gadget can be used to check pool water for energy. It will alert you if there is electricity in the water. If it buzzes and blinks red, it indicates that there is electricity in the water and that you should not take a dip in it.

Question: Is it necessary for a pool pump to have its own controller?

Answer: Yes, a separate circuit is required. As a result, if the cord in the electrical cord is too thin, the cord will ultimately catch fire or combust, causing the compressor to stop working. 

Ending Note

I hope I can make it the final result of how to bond an existing inground pool. I should complete it with all the safety measures. As it includes electricity.

Any ignorance can turn out into serious trouble. 

Happy summer days in the pool!