Pools come in each shape and size, and most require electrical wiring to keep up with water quality, power lights, and run siphons, and that’s just the beginning.
These electrical establishments should be finished by the electrical code as per the policy of your related area — and normally should be introduced by an authority.
There are a few well-known code concerns from the National Electrical Code (NEC). Locals must follow these rules accordingly.
Every electric installation company has to follow the rules and regulations of NEC for the installation of any electrical wiring system for electricity safety purposes. The reference is taken from the US NFPA 70 source.
The following rules should be considered while installing electrical lines in swimming pools:
Utility power cables that run over a pool should be no less than 22.5 feet over the water level or base of a plunging stage.
The communication link should be something like 10 feet over the water level or jumping stage.
For these standards, the water level is the most top-level point water can reach before it pours out of the pool. It is consistently desirable over introduce a pool well away from any electrical lines, or the other way around.
The water is one thing to stress over; another is the utilization of pool cleaning nets with extremely lengthy, metal handles that you lift high out of sight, which may unintentionally come into contact with those above lines.
Many electrical installation companies provide underground wiring services. Underground wiring can be installed in swimming pools for many reasons: to protect the pool from electrical disturbance.
- To prevent water bubbles from developing inside the pipes and block them from draining out of the pool;
- To protect external sources of electricity (the outside world);
- To protect the pipes, fittings, and other structures from potential future shock.
Underground wires and outlets are often used in pools to improve safety and efficiency in the event of accidental electrical overloads, including lights, pumps, fans, and faucets.
Although this can be a valuable safety tool, it is not recommended to use it if you know the risks involved in doing so.
Never attempt to use them without proper supervision. Use only one outlet at any time of day since high voltage, low current connections can be very dangerous in large pools.
When a water bubble forms inside the pipes, it can cut off electricity and potentially cause a serious accident. Also, the water can freeze solid, especially if it gets mixed with ice laterally in the pipes, making it difficult to move objects.
If you are installing underwater wires as a protective measure, remember to run a test before starting construction, and only allow access to water underneath that is above your depth and not below the normal water table/placement level of 1 inch to 10 feet, So, there should be no issues with freezing or thawing.
One way to protect underground water lines is by using an underwater receptacle. These are usually designed to handle electric power up to a voltage of about 4 volts.
These receptacles consist of wires that are installed near or along the pool bottom to facilitate ground connection.
The wires connect a power outlet and carry electricity across the wires, then go down through the floor into the pipe systems on either side.
This gives ground connection so the water will never get blocked or contaminated by electrical disturbance and will not become stagnant.
This type of setup is best suited to cover large swimming pools like lakes and other inland waters rather than swimming pools because there aren’t as many wires to keep the water level low.
In addition, underground receptacles are more expensive to own, install, and maintain than underground wires; they often have extra hardware needed to install and hard-liner pipes.
They also need to be replaced regularly or repaired if the wire breaks and needs repair. Underwater receptacles are available for all types of Swim Pool piping systems and are often used by contractors to provide underground plumbing services.
The pool must be maintained regularly to avoid overheating or short circuits when underground systems are being worked on.
Any failure in these components can cause damage to sensitive equipment. Most underground systems require some maintenance to keep them working properly, especially during operation, so regular inspection and upkeep are necessary.
If it goes wrong underground, it can destroy costly machinery, equipment, and materials.
Ground-Fault Circuit Interrupters (GFCI) protection.
To protect electrical circuits from ground faults, GFCI requires both grounding contacts and a current-carrying conductor.
The conductor must connect between the plug and the panel but still has some contact with the ground so it won’t act as a conductor if the panel is struck by an object or a person. Grounding contacts consist of lead and insulating material that blocks electrons from striking the panel.
A current-carrying conductor is usually made of copper, but sometimes it consists of carbon-fiber mesh, which provides better conductivity and resistivity in the soil or adjacent areas.
Make sure to check your pool and its surrounding area often to see if anything unexpected is happening.
Check your drains regularly and make sure that your pool drains on time and every time the pool is opened.
Monitor to ensure that your pool isn’t too crowded and you’re able to control the volume of water that starts coming in and stops coming out, especially in the early hours of morning or afternoon.
Make sure that your underwater wiring system is equipped with enough cables and connectors so they can withstand the force of your pool waters pushing through and preventing the flow of water from escaping from the pipes.