Your basement stays dry because a small pump in a hole keeps running. We make sure it actually works when you need it most.
Click Here to Call (888) 466-2103Sump pumps handle one job: remove water that collects in your basement or crawlspace before it floods the space. They sit in a pit below floor level, activate when water reaches a certain depth, and pump it away from the foundation. Simple mechanism. Critical function.
The float switch sticks and the pump doesn't activate when it should.
The discharge line freezes during winter and water backs up into your basement.
The pump runs constantly because it's not powerful enough for your water inflow.
The check valve fails and pumped water flows backward after each cycle.
We assess your basement's water entry points, measure typical inflow during wet periods, and calculate the pump capacity needed to handle peak volume. A 1/3 HP pump works for light seepage. A 3/4 HP pump handles moderate groundwater. A 1 HP pump manages high-volume inflow or deep pits. We install the pump with a proper check valve, verify the discharge line routes water at least 10 feet from the foundation, and test the float switch through multiple activation cycles.
Primary pumps fail during storms—exactly when you need them most. We install battery-powered backup pumps that activate automatically if the primary pump stops or power goes out. The backup system includes a sealed marine battery, trickle charger, and separate discharge line. For properties in Yeadon with frequent power outages, this prevents thousands in flood damage during multi-hour blackouts.
If your pump runs but doesn't remove water, the float switch is likely stuck in the activated position or the check valve has failed. We test the float mechanism, clean debris from the switch housing, and replace worn components. For check valves that allow backflow, we install spring-loaded models that seal more reliably than older flapper-style valves.
Pumps fail when discharge lines freeze, clog, or route water back toward the foundation. We install freeze-resistant discharge piping with proper pitch, verify the outlet terminates far enough from the building to prevent water cycling back to the pit, and add cleanout access points for clearing blockages without disassembling the entire line.
Sump pump motors burn out after 7-10 years of regular use. Continuous running accelerates failure. We replace motors with energy-efficient models rated for the pump's horsepower requirements and verify the electrical circuit can handle the load without tripping. We also check that the pump housing isn't corroded—if it is, full pump replacement makes more sense than motor-only swaps.
Click Here to Call (888) 466-2103A failing sump pump doesn't give much warning. You'll notice it running more frequently, or you'll hear it cycling on and off every few minutes instead of every hour. By the time water appears on the basement floor, the pump has already been overwhelmed.
Flood damage escalates quickly. Carpets absorb water within minutes. Drywall wicks moisture up to 12 inches from the floor. Stored items in cardboard boxes become total losses. For finished basements in Yeadon, a single flood event can result in $8,000-$15,000 in remediation, replacement, and mold prevention costs.
Chronic basement moisture from inadequate pumping creates mold conditions within 48-72 hours of standing water. Even if you dry the space afterward, spores establish in drywall, insulation, and wooden framing. Health impacts aside, undisclosed mold history complicates property sales and triggers mandatory remediation before closing.
For properties with below-grade living spaces—bedrooms, home offices, entertainment rooms—pump failure risks more than belongings. It risks habitability. Tenants won't tolerate recurring dampness. Insurance claims accumulate. Property value declines.
Click Here to Call (888) 466-2103A $120 big-box pump might handle minimal seepage, but if your basement sees 15-20 gallons per minute during heavy rain, that pump will run continuously and burn out within months. We match pump capacity to measured inflow so the system operates in normal cycles—not constant-run mode that kills motors prematurely.
Basements flood during storms. Storms cause power outages. If your only sump pump relies on electricity, you're unprotected exactly when risk is highest. A battery backup system costs $400-$700 installed but prevents $10,000+ in flood damage during one multi-hour outage. The math isn't complicated.
If the discharge line terminates 3-5 feet from the house, that water seeps back into the soil around the foundation and re-enters the basement through the same cracks and seams the pump just cleared. We route discharge lines at least 10-15 feet away, downhill if possible, so pumped water actually leaves the property.
Float switches that sit too low allow water to accumulate before activation. Switches that sit too high cause the pump to run constantly even with minimal water. We calibrate float height to activate when water reaches 4-6 inches in the pit—enough to trigger pumping without letting the basement floor get wet.
We don't start with product selection—we start with water measurement. Using flow meters and timed observations during wet conditions, we calculate your basement's actual inflow rate. This determines pump sizing, pit depth requirements, and whether your drainage tile system is functioning properly.
Installation includes redundancy planning. We position the backup pump to activate at a slightly higher water level than the primary, so you know immediately if the main pump has failed. We also install audible alarms that sound if water exceeds safe levels—giving you warning before flooding occurs.
Discharge line placement accounts for your property's grading and drainage patterns. If your yard slopes toward the house, we extend the discharge line to a drainage swale, storm drain connection, or dry well that prevents recirculation. We also insulate exposed portions of the line to reduce freeze risk during winter.
After installation, we document the system configuration—pump model, backup battery specs, discharge routing—and provide it to you in a folder. This makes future service easier and gives the next owner clear information if you sell the property.
Click Here to Call (888) 466-2103Simple Plumbing's sump pump services work best for:
We're less suited for:
If you don't know when the sump pump was installed, it's probably older than you think. Most pumps last 7-10 years. If your house was built in 2010 and you've never replaced the pump, it's due. Bring this information when you call so we can assess whether repair or replacement makes sense.
Pour 5 gallons of water into the sump pit and watch what happens. The pump should activate within 10-15 seconds, run until the pit is nearly empty, then shut off. If it doesn't activate, runs constantly, or makes grinding noises, schedule service before the next heavy rain.
Walk outside and find where your sump discharge line terminates. If it's frozen shut, clogged with debris, or pointed back toward the foundation, your pump is working against itself. Clearing the outlet might solve intermittent flooding without needing pump service.
"Our basement flooded twice before we called Simple Plumbing. They installed a bigger pump and added a battery backup. We've had three power outages since then, and the backup kicked in every time. No more water damage."
"The sump pump was running constantly but not lowering the water level. Simple found a failed check valve and replaced it in about an hour. Pump now cycles normally. Straightforward fix."
"They explained exactly why our old pump couldn't handle the inflow we were getting. Installed a 3/4 HP model, rerouted the discharge away from the foundation, and tested it multiple times before leaving. Professional work."
If your basement sees water after rain, your pump runs constantly, or you don't have a backup system, contact Simple Plumbing Services in Yeadon, PA. We'll assess your system, explain what's needed, and install or repair it so your basement stays dry.
Click Here to Call (888) 466-2103