Storm Damage Restoration in Tampa Bay and Sarasota

Storm Damage Elevator Repair

In the land of lightning and thunder, we are no strangers to massive storms coming through. When the time comes to have your unit repaired, schedule an appointment with us to inspect the damages and we can begin repairs so you can restore your home’s accessibility 

Frequently Asked Questions

Residential Elevator Storm Damage Effects

Water in the elevator pit or hoistway

Wind-driven rain, roof leaks, storm surge, or indoor flooding can send water into the shaft. It may damage pit wiring, limit switches, electrical connections, lighting, sensors, and other low-mounted equipment. Saltwater is especially destructive because its residue is both conductive and highly corrosive.

Water entering the controller cabinet or machine area can corrode terminals, damage circuit boards, short printed circuits, reduce insulation integrity, and interfere with contactors, relays, breakers, and motor controls. Some damage may not become apparent until days or weeks after the storm.

Lightning strikes and unstable power restoration can damage controller boards, drives, transformers, door operators, relays, and battery-lowering equipment. The elevator may appear completely dead, display fault codes, operate intermittently, or stop leveling correctly. Surge protection is specifically recommended for elevator systems in hurricane-prone areas.

On residential hydraulic elevators, flooding around the power unit, pump motor, valves, piping, or exposed metal components can cause corrosion, damaged motor insulation, contaminated lubrication, and unreliable valve or pump operation. This may result in slow travel, rough starts, drifting, unusual noises, or failure to move.

Moisture, debris, and corrosion can affect landing-door contacts, gates, interlocks, tracks, and door operators. The elevator may refuse to run because it cannot confirm that every door and gate is safely closed.

Storm damage can affect the emergency phone, alarm, cab lighting, backup batteries, and automatic lowering system. If power fails while these systems are not working, passengers could become trapped between floors.

Water entering the shaft or cab can damage flooring, wood panels, drywall, trim, ceilings, fixtures, and metal finishes. Wood materials may swell or warp, while trapped moisture can produce odors, staining, corrosion, and mold.