The Importance of Properly Grounding and Bonding Your Pool

As the summer sun beckons, families across the nation flock to their backyard oasis—the swimming pool. A place of relaxation, laughter, and memories, the pool is a cherished haven. However, beneath the sparkling waters lies an essential aspect that demands careful attention: proper pool grounding.

Imagine the scenario: a tranquil swimmer enjoying the cool waters, surrounded by the very conduits that enable the pool's functionality. Without proper grounding and bonding, the pool environment can become a potential danger zone. It serves as a safeguard against electrical hazards, ensuring the well-being of swimmers and all who enjoy the poolside.

Preventing Electric Shock:

Grounding effectively eliminates the risk of electric shock by providing a safe pathway for errant currents to dissipate harmlessly into the ground. Water is a conductor, and even minor faults in electrical equipment can potentially electrify the pool water. Proper grounding channels these currents away from swimmers, preventing the risk of serious injury or worse.

Mitigating Voltage Differences:

Metal components within and around the pool—such as ladders, rails, and diving boards—can carry differing electrical potentials, leading to hazardous voltage differences. Grounding equalizes these potentials, significantly reducing the risk of electric shock incidents arising from simultaneous contact with various components.

The Process of Grounding a Pool

Assessment and Design:

An assessment of the pool area is conducted to identify all metal components requiring grounding. This includes pool walls, ladders, handrails, and more.

Creating the Bonding Grid:

The copper bonding wire is utilized to connect all metallic components, forming an equipotential bonding grid. Copper bonding lugs ensure secure connections.

Addressing Metal Plumbing:

If the pool has metal plumbing pipes, they are connected to the bonding grid using pipe clamps, further enhancing safety.

Main Electrical Panel Connection:

The bonding grid is connected to the main electrical panel's grounding bus bar, establishing a link to the Earth's ground.

Ground Rod Installation (if necessary):

Ground rods may be installed per local codes to enhance grounding effectiveness.

Inspection and Testing:

Connections are thoroughly inspected, and conductivity is verified using multimeters. The resistance between bonded components is ideally less than 1 ohm.

Consequences of Inadequate Grounding

Failure to properly ground a pool can have dire consequences:

Electric Shock Hazards:

Inadequate grounding increases the likelihood of electric shock incidents, endangering swimmers and anyone in the pool vicinity.

Legal and Financial Ramifications:

Neglecting proper grounding can lead to non-compliance with safety regulations, resulting in legal liabilities and potential financial penalties.

Safety Compromises:

In the absence of proper grounding, swimmers are exposed to unnecessary risks, eroding the very essence of a safe and enjoyable pool experience.

At Touchstone Electric, safety is our foremost priority. Properly grounding a pool is non-negotiable when it comes to ensuring a secure environment for swimmers and pool users. From equalizing voltage potentials to preventing electric shock incidents, grounding is an indispensable component of pool safety. If you're seeking expert guidance or pool electrician and assistance in grounding your pool to the highest standards, trust Touchstone Electric to transform your pool into a haven of relaxation and safety.

Cost to Upgrade to 200 Amp Panel

There are several reasons homeowners upgrade their electrical panel to 200 amps service:

Homeowners Upgrade Their Electrical Panel to 200 Amps

So what’s the Cost to Upgrade to a 200 Amp Panel? As with most things in life, electrical panel upgrade depends on several factors. The biggest ticket items include the size of the panel, the age of the existing wiring, and the complexity of the installation. But on average, you’re looking at about $2,300 to $3,500 to upgrade a residential electrical panel to 200 amps.

Here are some additional factors that can affect the cost:

  1. Existing wiring: If the existing wiring is outdated or in poor condition, it may need to be replaced or upgraded, which can add to the overall cost.
  2. Accessibility: If your existing panel is difficult to access or in a hard-to-reach location, the installation may be more complex and take longer, which can increase the cost.
  3. Permitting: In most areas, we will need to obtain permits and inspections from your local building department, which of course we handle for you.

It's also important to note that the size of the electrical panel is not the same as the capacity of the service entrance cable or the main breaker. The service entrance cable is the cable that runs from the utility company's meter to the electrical panel, and the main breaker is the device that controls the electrical flow to the entire panel.

Lastly, make sure that the best electrician you choose is properly licensed, bonded, insured, and experienced in upgrading electrical panels.


200 Amp Panel Upgrade: Is it Needed?

Many homes built before 2015 have a 100 Amp or 150 Amp 30/60-circuit electrical panel. This means that the panel can theoretically supply up to 100 or 150Amps and fit 30 single breakers or 60 tandem breakers–tandem breakers are where two breakers are fit into one open space.

Smaller Panels Pose Substantial Safety Hazards

These smaller panels pose substantial safety hazards and can affect the functionality of your entire home.

Tripping Breakers

Firstly, When you overload your electrical panel, the circuit breakers can trip, shutting off power to the affected circuits. This can be inconvenient and frustrating if it happens frequently, but that’s the least of your problems.

Damage to Appliances and Devices

Next, it’ll fry your appliances and devices that are connected to it. How much money have you invested in the appliances and devices plugged into your home electrical system?

Electrical Fires

Overloading your electrical panel can also create heat buildup, which can damage wiring insulation and potentially cause an electrical fire.

Electrical Shock

Lastly, is a crowd favorite: getting electrocuted. When the electrical demand exceeds the capacity of the panel, it can cause the voltage to drop, which can cause electrical components themselves to become a huge safety hazard.

If your panel is overloaded, you need to address the issue, yesterday. This may involve upgrading your electrical panel to a larger capacity, or it may require redistributing the electrical load to different circuits. Touchstone Electric will help properly diagnose and propose a solution for your home.

Upgrading an electrical panel is a complex and dangerous task if you’re not an experienced electrician. We’d be happy to assess your current electrical system and determine whether upgrading to a 200 amp panel is the right choice for your home.