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Q&A
The power went out and we smell something burning near our panel. How fast can an electrician get to our house near the Remsen Depot Museum?
For an emergency like a burning smell, we dispatch immediately. From our starting point at the Remsen Depot Museum, we're typically on NY-12 and at your door within 3 to 5 minutes. A burning odor often points to overheated wiring or a failing connection at the main panel, which requires immediate investigation to prevent an electrical fire.
What's involved in getting a permit from the Town of Remsen Code Enforcement Office for a panel upgrade?
As your Master Electrician, I handle all red tape. The process starts with an application to the Town of Remsen Code Enforcement Office, followed by the required inspections. All work must comply with the NEC 2020, as adopted by New York State. I ensure the project meets the licensing requirements of the NY Department of State, so your upgrade is both safe and legally compliant from start to finish.
We have an old 60-amp panel and want to add a heat pump and an EV charger. Is our 1938 electrical system safe for these upgrades?
No, your current 60-amp service with its original wiring is not safe for these major upgrades. A Level 2 EV charger and a heat pump each require dedicated, high-amperity circuits that your panel cannot physically accommodate. A full service upgrade to a modern 200-amp panel with new wiring is the mandatory first step for safety and code compliance.
Our Remsen Village Center home still has the original 1938 wiring. Why do the lights dim when we use the microwave and the space heater together?
Your home's 88-year-old knob and tube wiring was designed for a pre-World War II lifestyle, not the simultaneous demands of modern 2026 appliances. The original 60-amp service and two-wire circuits lack the capacity for a microwave's startup surge and a space heater's continuous draw. This voltage drop causes dimming lights and creates a significant fire hazard due to the insulation's age and the lack of a dedicated safety ground.
Our power comes in on an overhead mast from a pole. What are the common issues with this setup we should watch for?
Overhead service masts are standard here but have specific vulnerabilities. Inspect where the mast attaches to your roof and siding for rust or looseness. The overhead drop cable and connection point at the weatherhead can degrade over decades. Heavy ice accumulation or falling tree limbs can also damage these components, leading to a complete service outage or a fire hazard.
We live in the rolling foothills with a lot of trees. Could that be why our power quality seems poor?
Absolutely. The heavy tree canopy common around Remsen can cause intermittent line contact and voltage fluctuations, especially during high winds or ice events. Furthermore, rocky or variable soil in these foothills can compromise your home's grounding electrode system, which is vital for stabilizing voltage and directing lightning strikes safely into the earth.
How should we prepare our home's electrical system for a -20°F ice storm and potential brownouts?
Winter heating surges and ice storms are a real threat here. First, have a licensed electrician verify your service mast and overhead connections are secure against ice load. For brownouts, consider a professionally installed manual transfer switch and generator to safely power essential circuits. This prevents back-feeding the grid, which is illegal and deadly for utility workers.
Our smart lights and router keep resetting during storms. Is this a problem with National Grid or our house wiring?
This is likely a combination of factors. Remsen's moderate surge risk from seasonal ice storms can cause momentary grid fluctuations from National Grid. However, knob and tube wiring offers zero built-in surge protection for your sensitive electronics. Installing a whole-house surge protector at your service entrance is critical to shield your devices from these damaging voltage spikes.
