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We handle the electrical side of boat lift installations — wiring the lift motor, running circuits to the dock panel, and installing GFCI-protected receptacles along the dock. We work above the waterline; your lift installer handles the mechanical equipment.
Boat lift electrical work covers the motor circuit for the lift itself, the dock power distribution panel, receptacles for charging and equipment use, and dock lighting. All of this is above-waterline electrical work — wiring the mechanical and power distribution systems that run your lift and serve the dock.
The lift motor is typically a 120V or 240V circuit sized to the motor's amperage requirements — your lift installer will provide those specs. The dock panel provides circuit protection and houses the GFCI breakers required by code for all dock circuits. All receptacles on the dock must be GFCI-protected and mounted in weatherproof wet-location enclosures.
Dock electrical is governed by both the NEC (Articles 553 and 682) and Florida Building Code. GFCI protection is required on all 15A and 20A, 125V receptacles installed outdoors and near water. Equipment grounding conductor requirements also apply throughout the dock system.
Permits are required for dock electrical work in Sarasota County and most surrounding jurisdictions. We pull the permit and coordinate the inspection as part of every dock electrical job. Dock electrical without a permit skips the inspection process that confirms the installation is safe — that's not a shortcut worth taking near water.
What we do vs. what the lift installer does: We handle all electrical wiring above the waterline — motor circuits, dock panels, receptacles, and lighting. We don't install the mechanical lift equipment, boat motors, or anything requiring work in or below the water. We coordinate with your lift installer on motor specs before sizing circuits.
Correctly sizing the circuit to the motor's voltage and amperage specs, running the conduit or direct-burial cable to the lift location, and making the final connection. We coordinate with the lift installer on motor requirements before the circuit is sized.
A dock sub-panel provides circuit protection, GFCI breakers for all dock circuits, and a central point for controlling dock power. We size the panel to current and future power needs on the dock.
All dock receptacles must be GFCI-protected and rated for wet locations. We install weatherproof covers and confirm all circuits meet inspection requirements. Dock lighting is wired on its own circuit, separate from power receptacles.
Most boat lift motors run on a 120V or 240V circuit, depending on the motor's specifications — the lift installer will provide the motor's voltage and amperage requirements. The dock panel also typically feeds GFCI receptacles for charging and equipment use, and may include dock lighting circuits. We size everything based on the specs before running any wire.
Yes. Electrical work on a dock or for a boat lift requires a permit in Sarasota County and most of the surrounding area. The permit process includes a final inspection that confirms all GFCI protection is in place and the installation is safe. We handle permit coordination on every dock electrical job.
All 15A and 20A, 125V receptacles on a dock must be GFCI-protected, mounted in weatherproof wet-location enclosures, and have in-use covers. These are NEC and Florida Building Code requirements, not optional upgrades.
Yes. If your dock already has power but you want to add receptacles, upgrade to a larger panel, or add a new lift motor circuit, we can extend the existing system or replace the dock panel as needed. We'll assess what's already there during the estimate.
Yes. The dock sub-panel typically feeds from the main residential service panel. If the existing service has capacity, we run a feeder to the dock panel. If the main panel is at capacity, we'll discuss options during the estimate — including whether load management can free up capacity or whether a panel upgrade makes sense.