Surge Protection in Taunton, MA

Here are a few lesser-known facts about power surges in Taunton, MA that most people aren’t aware of:

• Approximately 80% of power surges originate within the home.
• Surges can occur when major appliances power on or off, resulting in temporary voltage spikes.
• Faulty wiring, downed power lines, and utility company issues can also cause surges.

While only a qualified electrician can definitively determine your need for surge protection in Taunton, MA, several factors increase the likelihood of its necessity. These include:

• Residing in an older home: If your home was constructed in the 1970s or earlier, the risk of a catastrophic power surge is higher.
• Electrical upgrades: If you’ve added new appliances or increased the electrical load on existing circuits, you may be more susceptible to power surges.
• Prior lightning strikes: Although lightning is just one cause of power surges, its surges can be highly destructive. If your home is at increased risk of lightning strikes, investing in complete home surge protection offers peace of mind.
• Frequent utility company issues: Downed power lines and plant malfunctions can lead to surges. As a precaution, you may opt to safeguard your home.

We recommend installing a surge suppressor in your home. These devices redirect excessive current to the grounding wires until the incoming voltage returns to normal levels.

While surge suppressors in Taunton, MA cannot guarantee protection against lightning strikes, they effectively shield against the 80% of surges originating from other sources. They also offer some level of defense against lightning-induced surges.

Surge suppressors detect excessive voltage and redirect it to a grounding wire, restoring the voltage to normal levels. While no system can completely shield your home from a lightning strike, surge suppressors provide optimal surge protection.

Consider the following factors when selecting a surge suppressor:

• Clamping voltage: This indicates the level at which the device channels electricity to the ground. Opt for devices rated at 330, 400, or 500 volts, with lower voltage offering superior protection.
• Energy absorption and dissipation: This represents the device’s capacity to absorb excess energy during a surge. Look for a rating of over 600 joules for satisfactory protection.
• Response time: For comprehensive home protection, seek a response time under 1 nanosecond.

For comprehensive and layered surge coverage, consider using well-rated surge protectors for your devices as well.