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Kelly Electric
Frequently Asked Questions
I have no power and smell something burning from an outlet. How fast can an electrician get to my house near Heckscher State Park?
For a burning smell with no power, we treat it as an immediate fire hazard and dispatch urgently. From our base near Heckscher State Park, we can typically be en route within minutes, using NY-27 (Sunrise Highway) for the fastest access to East Islip Central. Our priority is to secure your home, identify the fault—often a failed connection or overloaded circuit—and make it safe before restoring power.
My inspector flagged my Federal Pacific panel. Can my 1958 home with 100A service even handle adding an electric car charger or heat pump?
A Federal Pacific panel is a known safety hazard and must be replaced regardless of other plans. Furthermore, a 100-amp service from 1958 is almost certainly insufficient for adding a Level 2 EV charger or a heat pump, as each requires a dedicated, high-amperage circuit. The standard upgrade path is to a 200-amp service, which provides the necessary capacity for these modern loads and future-proofs your home.
My lights flicker during storms, and my smart devices have reset. Is this a PSEG Long Island grid issue or something in my house?
Flickering during coastal storms is often a combination of grid disturbances from PSEG Long Island and inadequate protection within your home. The moderate surge risk here means transient voltage spikes can travel past your meter. Installing a whole-house surge protector at your main panel is a critical first defense for sensitive electronics. It works in tandem with point-of-use protectors to shield your investment.
We live on the flat coastal plain near the park. Does that affect our home's electrical grounding or power reliability?
The flat, often moist soil of the coastal plain near Heckscher State Park can actually be beneficial for grounding, as it typically provides good conductivity for your grounding electrodes. The primary reliability concern here is usually overhead service lines interacting with heavy tree canopy during high winds or ice storms. Ensuring your masthead and service entrance cable are in good condition is important, as is managing tree limbs near the service drop.
My power comes in on an overhead mast. What are the common issues with that setup I should watch for?
Overhead mast service, common in East Islip, exposes the entrance cable to weather, UV degradation, and potential physical damage from falling branches. Inspect the masthead for rust, the cable jacket for cracks, and ensure the mast is securely anchored to the structure. Any sagging in the service drop from the pole to your house should be reported to PSEG Long Island, as it poses a safety risk.
I want to upgrade my electrical panel. What permits do I need from the Town of Islip, and does the electrician handle all that?
A service panel upgrade requires a permit from the Town of Islip Building Division and a final inspection for sign-off. As a Master Electrician licensed by Suffolk County Department of Labor, Licensing, and Consumer Affairs, I handle the permit application and scheduling, ensuring the work meets NEC 2020 code. Your responsibility is typically just to provide access. Proper permitting protects your home's value and ensures your insurance coverage remains valid.
With our summer brownouts and winter ice storms, what's the best way to protect my home's electrical system?
Coastal Long Island's climate demands a layered approach. For summer peaks, ensuring your panel and wiring can handle AC loads without overheating is key. For winter storm outages, a properly installed and permitted generator with a transfer switch provides essential backup. Integrating whole-house surge protection guards against spikes from both utility restoration and lightning, which is prudent given our seasonal storm activity.
My lights dim when the AC kicks on. Is my old East Islip Central home's wiring just too outdated for today's appliances?
Your home's original 68-year-old cloth-jacketed copper wiring wasn't designed for the simultaneous demands of a modern 2026 household. These systems often lack the circuit capacity for high-draw appliances like air conditioners, computers, and kitchen gadgets running at once. This can cause voltage drops, noticeable as dimming lights, and creates a persistent overload risk. Upgrading the service panel and selectively replacing branch circuits is the standard solution to restore safe capacity.