If your sump pump fails during a storm, do three things immediately: unplug it and check whether the GFCI outlet or breaker has tripped, then look inside the basin to see if the float switch is stuck against the wall or wedged under the discharge pipe. If neither fixes it, start removing water manually with a wet/dry vacuum or 5-gallon buckets while you call a plumber — in most Oregon basements you have roughly 20 to 45 minutes of steady rain before water reaches the slab.
First 5 Minutes: The Three Checks That Solve Most Failures
We've pulled a lot of sump pumps out of basins across Tigard, Beaverton, and Lake Oswego during December storms, and the honest truth is that a large share of "dead" pumps aren't dead at all. Start here before you assume the worst.
Check the power. Sump pumps are required to be on GFCI protection, and GFCI outlets in damp crawlspaces and basements nuisance-trip constantly. Press the reset button. Also check your panel — a pump drawing extra amperage during a long run cycle can trip a 15-amp circuit. If the pump has a piggyback plug, unplug the whole assembly and plug the pump cord directly into the outlet. If it fires up, your float switch is the problem, not the motor.
Check the float. Shine a light into the pit. Tethered floats swing sideways and catch on the basin wall, the discharge pipe, or the power cord. Vertical floats bind up on grit and iron bacteria — that rust-orange slime is extremely common in Washington County groundwater. Free the float with a broom handle and the pump usually kicks on within seconds.
Check the discharge line. Go outside and find where the pipe exits your foundation. If it's frozen, buried under bark dust, crushed by a car tire, or draining into a saturated dry well that's already full, the pump will run and run without moving water. A pump that hums or cycles rapidly but never lowers the water level almost always has a discharge problem or a stuck check valve.
If the Pump Is Truly Dead: Buying Yourself Time
A 12-gallon wet/dry vacuum will keep pace with a moderate infiltration rate and has saved more finished basements in Tualatin and Sherwood than any other tool we recommend. Empty it well away from the house — at least 20 feet from the foundation, downhill, and never into a window well or a side yard that drains right back to your footing drains. We've watched homeowners spend two hours vacuuming water in a tight circle.
At the same time, get anything porous off the floor. Cardboard boxes, particleboard furniture legs, and stacked drywall wick water fast. Unplug anything at floor level before the water reaches it. If water is already approaching outlets, appliances, or a furnace, shut off power to that area at the panel and stop working in the space.
One thing we'd urge caution on: do not reach into a flooded pit to free a float or pull a pump unless the circuit is confirmed off. We've seen homeowners get a nasty jolt doing exactly that during a Hillsboro windstorm when the GFCI had already failed.
Why Oregon Storms Kill Pumps Specifically
Our failure pattern here is different from most of the country. We don't get one flash flood — we get five straight months of rain, and pumps that run 40 to 60 cycles a day from October through April simply wear out their bearings and switches. Most pumps rated for 7 to 10 years give us 5 to 8 in the Willamette Valley.
The other Oregon-specific issue is iron bacteria. That orange sludge coats float switches, fouls check valves, and clogs impellers. If your basin smells like swamp and the water has an oily sheen, that's what you're dealing with, and it's why we recommend cleaning the basin every fall rather than every few years.
Storm power outages compound everything. When a windstorm takes out power across Bull Mountain or the west side of Beaverton, every pump on that grid stops at exactly the moment infiltration peaks. That's the single strongest argument for a battery backup unit — a decent one runs 6 to 10 hours on a full charge, which covers most PGE restoration windows.
What to Replace It With
When we replace a failed pump, we generally recommend a cast-iron-bodied 1/2 HP submersible with a vertical float over the cheaper thermoplastic models. Cast iron dissipates heat far better during long run cycles, which is the entire ballgame in our climate. We also add a battery backup with its own float set two inches above the primary, a proper check valve, and a basin lid that keeps debris out.
If you're unsure whether your current setup is sized correctly for your lot's water table, our team handles sump pump repair and replacement throughout the west side and can measure your actual infiltration rate rather than guessing.
Get Help Before the Next Front Moves In
Hydro Plumbing is a licensed, insured plumbing contractor (CCB #254405) serving Tigard, Beaverton, Hillsboro, Lake Oswego, Tualatin, Sherwood, and the surrounding communities across Washington & Yamhill Counties. If your sump pump has failed, is cycling strangely, or you'd like it inspected before the next storm, call us at (971) 241-2628 — we'd rather replace your pump on a dry Tuesday than bail out your basement on a Saturday night.