The shower went cold, the kitchen faucet coughed air, and the basement floor puddled in under an hour. If you’ve ever lived through a spring storm with a failed sump and a sputtering well, you know the pressure—literally. For rural homes, there’s no municipal backup. When your pump quits, so does life: laundry stacks up, toilets sit dry, and showers become a logistical operation. That’s why understanding the difference between a Myers sump pump and a Myers water well pump isn’t just academic—it’s the difference between dry floors and flooded studs, between steady water pressure and empty pipes.
On a wet April weekend in Knox County, Ohio, Darius Kaczmarek (42), a remote CAD designer, and his wife Erin (40), a middle school teacher, got hit with the one-two punch. Their basement sump—an old budget unit—stuck on and burned out. A day later, their aging 3/4 HP well pump—a corroded Goulds—lost its nerve under demand, leaving Nolan (11) and Oona (7) brushing teeth with bottled water. I walked Darius through the realities: a sump pump and a water well pump are built for two completely different jobs, with different hydraulics, motors, controls, and installation components. He left with a Myers cast-iron sump pump to keep the basement dry and a Myers Predator Plus submersible for a steady, safe household water supply.
In this guide, I break down the differences with the clarity you need:
- What each pump is designed to move and why it matters under stress Materials and build quality that survive grit, iron, and acidic water Motor technology and efficiency you’ll actually feel on your electric bill Wiring, controls, and protections that prevent midnight emergencies Sizing by depth, TDH, and GPM so you buy once and buy right Installation components that make or break performance Maintenance routines that add years, not months, to service life Warranty and support you can bank on when problems hit Field-serviceable design and how PSAM ships fast when you’re down Real-world results from the Kaczmareks’ upgrade—steady pressure, dry basement, and savings
Myers Pumps, backed by Pentair engineering, checks all of those boxes the right way. Let’s keep your floors dry and your faucets flowing.
#1. Two Different Jobs, Two Different Designs – Sump Pump Drainage vs. Submersible Water Supply
When every drop and minute matter, mixing up pump types is the quickest way to lose both. A sump pump protects your foundation; a well pump pressurizes your home’s entire plumbing system.
- A sump pump moves relatively clean groundwater out of a basin at low head to daylight or a storm line. In that lane, Myers shines with rugged housings and dependable float operation. A submersible well pump—like the Myers Predator Plus Series—is a multi-stage pressure system designed to deliver steady water at a controlled GPM rating against your system’s TDH (total dynamic head).
For home supply, a submersible well pump wins every time because it builds pressure in concert with a pressure tank and pressure switch, holding a consistent 40/60 PSI (or similar). Sump pumps don’t do pressure; they do movement.
Erin Kaczmarek’s “aha” moment came when her old sump ran dry, overheated, and still couldn’t “pressurize” the house—because that’s not its job. After we sized their 165-foot well and demand, I put them into a Myers Predator Plus 1 HP with the right staging—night and day difference.
Myers Sump in the Basement, Myers Well in the Bore
Your basement needs a corrosion-resistant sump that cycles reliably under wet weather. Your well needs a pressure-capable, multi-stage submersible that thrives under depth and demand. Keep each pump where it belongs.
Why the Confusion Happens
The word “pump” is the culprit. Sumps are single-stage centrifugal movers. Submersible well units are multi-stage pressure builders. There’s overlap in quality, but not in function.
Rick’s Recommendation
Pair a dedicated Myers sump with a dedicated Myers well pump. Darius runs a Myers sump for storms and a Myers Predator Plus to deliver pressurized water. Get the right pump for each job and stop firefighting.
Key takeaway: One pump protects your home. One supplies your home. Set them up that way and sleep better.
#2. Materials That Last – 300 Series Stainless Steel vs. Wet-Cycle Wear and Corrosion
Durability separates a “good season” from a “good decade.” For potable water, the Predator Plus’ 300 series stainless steel construction (shell, discharge bowl, shaft, and suction screen) resists corrosion, mineral scaling, and aggressive chemistry far better than cast iron or thermoplastic assemblies.
- In deep or mineral-rich wells, cheap housings don’t just rust—they pit, seize, and shed efficiency. Myers’ stainless internals remain dimensionally stable, which preserves clearances across stages and protects hydraulic integrity.
Basement duty is different. A sump pump lives in a damp pit, with intermittent operation and temperature swings. Myers designs sump housings and seals to tolerate frequent on/off cycling and occasional debris without galling bearings or warping volutes.
The Kaczmareks’ old Goulds showed classic corrosion scars after nine years; acidic water had its way with mixed materials. Their new Predator Plus? Stainless where it counts, with Teflon-impregnated staging to shrug off fine grit that would chew lesser impellers.
Stainless in the Well = Stable Head and Flow
Deep water delivery needs predictable performance. Stainless components hold tolerances and fight off dissolved solids, sustaining pressure longer.
Cast Iron in Sumps = Weight and Stability
For basins, a heavy, stable body dampens vibration and resists tip risk when the pit surges. Myers sump pumps use robust frames engineered for repeated cycles and thermal swings.
PSAM Stock and Parts Support
We carry stainless replacement wear items and float assemblies. If you need it fast, we ship same day—no waiting while your basement soaks or the well sits idle.
Bottom line: Match stainless to pressure applications and robust cast to drainage. Myers builds both right.
#3. Motor Power and Efficiency – Pentek XE Motor, Multi-Stage Pressure, and Real-World Electricity Savings
If you want a well pump to last and keep bills sane, motor technology is not optional—it’s foundational. Myers’ submersibles marry engineered staging with the Pentek XE motor, delivering high thrust, tight electrical efficiency, and built-in thermal overload protection. Operate near the pump curve’s best efficiency point (BEP) and you’ll see smoother starts, fewer lockouts, and less heat—heat is a pump killer.
- The result: 80%+ hydraulic efficiency in the right operating window, sustained pressure under 40/60 PSI cycling, stable GPM rating across medium to deep wells, and a reputation for quiet, dependable service. Inside the basement, a Myers sump motor is optimized for intermittent run cycles, surge head, and moisture. Pair that with a proper check and discharge line, and you’ll avoid nuisance short-cycling that cooks windings.
Darius was eyeballing energy numbers. With the Predator Plus in a 1 HP configuration on 230V, his amperage draw under load aligned perfectly with the performance curve we selected—no more hard runs into shut-off.
High-Thrust Matters in Deep Wells
Lift requires thrust. The Pentek XE motor handles high-stage assemblies without lugging, which keeps windings cooler and extends bearing life.
Thermal Protection Saves Pumps
Locked-rotor or overheated events happen. Smart thermal protection prevents catastrophic burnouts, especially when a pressure switch or tank issue causes rapid cycling.
Rick’s Pro Tip
Ask for the pump curve. We’ll mark your TDH target, expected GPM, and verify your BEP range. Hitting that window turns a good pump into a great one.
Choose Myers for motor brains and brawn; save power, save parts, save headaches.
#4. Control Strategy and Wiring – 2-Wire vs. 3-Wire, Pressure Tanks, and Why Sumps Don’t Pressurize
Household pressure doesn’t come from magic; it comes from control strategy. Well systems use a pressure tank and pressure switch to deliver steady PSI and reduce rapid cycling. A sump uses a float switch to drain a basin as needed—no stored pressure and no potable water integration.
- Myers offers both 2-wire well pump and 3-wire well pump configurations. A 2-wire (with in-pump start components) simplifies installation; a 3-wire adds a surface control box for easier diagnostics and component swaps. Choose by service access and installer preference. I steer most homeowners to 2-wire for simplicity, while some contractors prefer 3-wire for field service granularity.
Erin assumed a single “smart pump” could do it all. Once she saw the pressure switch and tank diagram, the difference clicked. We set her Predator Plus with a new tank and calibrated switch; the house holds 58 PSI at peak draw without complaint.
2-Wire for Simplicity, 3-Wire for Modularity
A 2-wire well pump trims upfront parts and cabling. A 3-wire well pump lets you replace start components topside—great for remote installs where time is money.
Pressure Tank = Fewer Starts
Proper pre-charge and sizing mean longer motor life. I target 1-2 minutes per cycle minimum under normal draw to keep internal heat low.
Sump Floats Are a Different World
Floats must resist debris and tangle. Myers sump designs use robust geometry and strain relief to keep “stuck on” nightmares off your list.
Control it right, wire it right, and you’ll stop burning money on premature motor failures.
#5. Sizing the System – TDH, GPM, Stages, and Hitting the BEP Instead of the Brick Wall
Size a well pump by gut feel and you invite short cycling, weak showers, and early death. We use math:
- Determine household demand: fixtures + irrigation + peak use. Then target a GPM rating that satisfies the peak without running flat out. Calculate TDH (total dynamic head): static water level, drawdown, vertical lift to the tank tee, and friction losses. That total sets your required pressure under flow. Use the pump curve to choose the correct staging and horsepower. Myers Predator Plus covers 7–20+ GPM models with heads up to the 400s, so we match the curve to your TDH.
For Darius’ 165-foot well and a family of four, I chose a Predator Plus 1 HP at 10–12 GPM in the sweet spot. Showers stay strong, irrigation runs without starving the kitchen, and the motor cruises—no screaming at shut-off.
Stages Build Pressure, Not Magic
More stages = higher head at given flow. We stack only what your TDH needs. Extra stages add cost https://www.plumbingsupplyandmore.com/1-2-hp-9-stage-submersible-well-pump-for-deep-water.html and stress without benefit.
Pressure Tank and Switch Tuning
With proper tank sizing and a dialed pressure switch, your system cycles less, flows smoother, and keeps pump temps down.
Rick’s Rule
If you’re more than 15% off the BEP on the pump curve, re-size. Every step away from BEP raises heat, amperage, and wear.
Do the math once and stop replacing pumps like batteries.
#6. Field Service and Parts – Threaded Assembly, Drop-Pipe Hardware, and Quick Changes That Save Weekends
Emergencies don’t care about business hours. That’s where Myers’ field serviceable design shines. The submersible’s threaded assembly and accessible wear components mean a qualified contractor can perform on-site repairs or swaps without a full rebuild.
- Drop pipe, torque arrestors, and pitless adapters are bread-and-butter hardware. Quality in those parts prevents pulls caused by leaks or electrical splices failing under strain. For sumps, cord seals, floats, and check valves are fast-change components. Keep a spare float on the shelf, and you’ll thank me during a storm.
The Kaczmareks keep a PSAM wire splice kit and a spare check valve in their well house. When Nolan asked if the “water robot” would break again, Darius showed him the stocked shelf. That’s preparedness powered by the right design.
Threaded Assembly = Less Down Time
The Predator Plus’ rebuild-friendly architecture lets pros fix, not just replace. That’s parts savings and fewer crane calls.
Check Your Pitless and Drop Pipe
A tiny air leak at the pitless drops your performance and fakes “bad pump” symptoms. We include O-rings and brass fittings in our kits for airtight reliability.
Sump Essentials
Use a quiet check valve, full-port discharge, and a pump that clears the basin fast, then rests. Short cycles are the enemy.
Plan for service like it’s going to happen. With Myers, service is faster and smarter.
#7. Warranty and Certifications – 3-Year Coverage, Made in USA, and Why Compliance Matters for Safety
A strong warranty isn’t marketing fluff; it’s a risk reducer. Myers backs key models with an industry-leading 3-year warranty, backed by Pentair resources. Add Made in USA manufacturing and third-party certifications, and you’ve got accountability beyond a shipping label.
- UL and CSA listings ensure electrical safety and testing standards. For potable well systems, that means consistent, factory-tested performance. A longer warranty isn’t just about “free replacements.” It’s about design confidence across motors, seals, and staging.
When Erin asked about fine print, I walked her through coverage terms and maintenance requirements—straightforward, reasonable, and homeowner-friendly. They chose peace of mind along with performance.
3-Year Warranty = Real Protection
Compared to the typical 12–18 month coverage in the industry, Myers’ 36 months reduces long-term risk by a meaningful margin.
Factory-Tested Assurance
Every pump batch is validated before it leaves. That consistency shows up as fewer DOAs and early life failures.
PSAM Support and Fast Shipping
If something goes sideways, we don’t bounce you between vendors. We diagnose, document, and move—fast.
If reliability matters (and it does), warranty and compliance are non-negotiable. Myers checks those boxes.
#8. Application-Driven Comparison – Myers Predator Plus vs. Goulds and Red Lion in Real-World Wells
Let’s address two names I’m asked about weekly: Goulds and Red Lion. In the well space, materials and staging durability decide who’s still running at year eight.
- Technical performance: Myers’ Predator Plus uses 300 series stainless steel for wet-end construction and Teflon-impregnated staging to fight abrasive fines. Those engineered composite impellers self-lubricate under marginal water quality, preserving clearances. By contrast, cast-iron elements in some Goulds configurations are more susceptible to corrosion in acidic or high-iron chemistry. Red Lion’s thermoplastic housings, while budget-friendly, don’t handle pressure cycling and temperature fluctuation as gracefully as stainless over time. Application differences: Myers targets clean-water wells with multi-stage pressure performance and high-thrust motor pairing. Installers appreciate the field serviceable architecture and options for 2-wire or 3-wire setups. Goulds can perform well initially but may show accelerated wear in corrosive conditions. Red Lion is realistically a light-duty choice; for medium-to-deep wells, longevity suffers under daily family demand.
For rural homes that cannot be without water, investing in stainless construction, higher efficiency staging, and a longer warranty reduces panic calls and truck rolls. Myers’ Predator Plus, backed by PSAM’s stocking and Pentair support, is worth every single penny.
Kaczmarek Case Study
Their previous Goulds 3/4 HP corroded at the bowl and lost tolerance across stages, presenting as pressure sag. The Predator Plus 1 HP restored pressure and shaved cycling—exactly what stainless, better staging, and correct sizing are meant to do.
#9. Installation Components Make or Break Performance – Tanks, Switches, Valves, and Basins Done Right
You can buy the best pump on earth and still suffer if the system around it stumbles. For wells, the trifecta is a right-sized pressure tank, a calibrated pressure switch, and an airtight check and line. For sumps, it’s proper basin sizing, a quiet check valve, and unclogged discharge.
- A tank that’s too small hammers the motor with rapid starts. A switch set too tight forces the pump to hunt. A clogged sump discharge or undersized line chokes flow, raises heat, and invites premature motor failure.
With the Kaczmareks, we upgraded to a 44-gallon equivalent tank, set 38 PSI pre-charge for a 40/60 switch, and added a high-quality check. On the sump side, we installed a clean basin, straight discharge, and high-lift capable hardware—no gurgle, no hammer.
Pressure Tank Sizing
Target minimum run times of 60–120 seconds. That reduces electrical and thermal stress dramatically.
Switch Calibration
Most homes are happy at 40/60. Irrigation-heavy properties may benefit from 50/70 if the pump curve supports it.
Sump Discharge Discipline
Use full-port checks and avoid unnecessary elbows. Keep the pit clean and the float unencumbered.
Install right once, and you won’t keep crawling back into the crawlspace later.
#10. Ownership Experience – Maintenance, Monitoring, and Long-Term Cost vs. Franklin Electric
Let’s talk long game. Myers submersibles, operated near BEP and paired with tuned controls, routinely deliver 8–15 years of service, with 20+ possible under excellent care. Maintenance is simple: check pre-charge annually, test the switch, verify amps under load, and flush sediment from fixtures if needed. For sumps, test cycle quarterly and keep the pit clean.
- Technical edge: Myers’ pairing with the Pentek XE motor and efficient staging keeps amperage moderate and heat low across duty cycles. Many Franklin Electric submersibles are well-built, but certain models lean on proprietary control requirements and dealer-only service paths. Myers counters with field serviceable threaded assemblies and flexible wiring options that any qualified contractor can manage. Real costs: Cheaper pumps often lure buyers twice—once at checkout, then again at year three when they fail. Myers’ longer warranty and better materials shift the math back in your favor.
Darius tracks his electric bill. Post-upgrade, his well system runs cooler and less often, and his sump is quiet and reliable. More importantly, he isn’t shopping for another replacement next spring. When it’s your water lifeline, that confidence is worth every single penny.
Monitoring Tips
Install a pressure gauge where you can see it. Log PSI during peak use once a quarter. Any trend downward? Call me before it becomes a 9 p.m. Outage.
Pro Service Intervals
Every 24 months, test drawdown volume, inspect wiring at the cap, and check tank pre-charge. Preventative care trumps reactive replacements.
PSAM Advantage
We stock pumps, tanks, switches, checks, and splice kits—and we ship same day when you’re down. Support lives here.
FAQ: Myers Sump Pump vs. Myers Water Well Pump
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with demand, then match horsepower to your required flow at system head. A family of four typically needs 8–12 GPM to cover showers, laundry, and a kitchen draw. Next, calculate TDH (static level + drawdown + vertical lift + friction). Overlay that on the Myers Predator Plus pump curve. If your TDH is, say, 210 feet and you want 10 GPM, a 1 HP Predator Plus submersible will generally land near BEP for many 6–8 stage configurations. Avoid oversizing “just because.” Too much horsepower pushes you off the efficient part of the curve, raises amperage, and can short-cycle under a small tank. If you irrigate, we may step to 1.5 HP or choose a higher-flow model. I’ll mark your curve, confirm voltage and wire size, and specify the exact staging so the motor runs cool Plumbing Supply and More myers pump and pressure stays steady.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most homes do well at 8–12 GPM. More bathrooms, simultaneous showers, or irrigation pushes that to 12–16 GPM. Multi-stage impellers stack pressure (head), not flow. Each stage adds incremental head at a given GPM—think of it as “pressure bricks” in series. For a 165-foot well with a 40/60 PSI target, we pick the stages so the pump produces the right head at 10–12 GPM where the pump curve is most efficient. Too few stages and you’ll sag under peak demand; too many, and you’ll ride near shut-off head, creating heat and stress. Multi-stage design is why a submersible can both lift from depth and hold strong at your shower.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from the marriage of wet-end geometry and motor tuning. The Predator Plus uses precision hydraulic staging, tight tolerances maintained by 300 series stainless steel hardware, and Teflon-impregnated staging that resists wear. Pair that with a Pentek XE motor tuned for high thrust and low slip, and you’re operating closer to the BEP across real-world heads. Less internal recirculation and tighter clearances mean less wasted energy. In practice, that shows up as cool-to-the-touch motors (under load), fewer nuisance trips, and stable amperage readings. When we select your exact model using the pump curve, we place your typical draw right on that efficient plateau, shaving 10–20% off energy use over a mismatched pump.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submersibles live in an aggressive cocktail: dissolved oxygen, minerals, and sometimes low pH. Cast iron rusts and pits; as surfaces degrade, clearances open up, efficiency falls, and abrasive wear accelerates. 300 series stainless steel resists corrosion and holds its shape under that chemistry. Stiff components preserve the spacing between impellers, diffusers, and wear rings, maintaining output pressure over years, not months. In the real world, that means fewer pressure complaints, fewer emergency pulls, and more predictable performance, especially in wells with iron or acidic tendencies. For drainage pumps (sump applications), cast iron is perfectly fine—it provides mass, stability, and thermal damping. But in potable submersible service, stainless is the long-haul answer.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Grit is sandpaper to standard plastics. Myers’ Teflon-impregnated staging creates a low-friction, self-lubricating surface that sheds fines instead of embedding them. The material resists galling and maintains clearance between rotating and stationary parts, which preserves head at flow. Even with mild sand, those impellers don’t “grow” rough. That directly translates into longer service intervals and fewer horsepower spikes. Pair good staging with a proper intake screen and clean splices at the cap, and you’ve insulated your pump against one of the most common killers in private wells: abrasive fines after drought or heavy drawdowns.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
Two things: thrust handling and electrical efficiency under load. The Pentek XE motor uses high-quality bearings and a thrust assembly designed for multi-stage axial loads. That means less internal deflection when stages build pressure. Electrically, windings and rotor geometry aim for low slip and cooler operation at the duty point. Pair that with thermal overload protection, and you avoid the heat cycles that cook varnish and shorten life. On the meter, you’ll see a steady amperage draw at your target GPM and TDH, not big surges. Over 8–15 years, that combination is what keeps a Predator Plus running instead of stalling at dinner time.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
If you’re comfortable with electrical work, plumbing, and pulling drop pipe safely, a skilled DIYer can install a Myers submersible. You’ll need a torque arrestor, safety rope, correct wire gauge, heat-shrink splices, a properly sized pressure tank, and a calibrated pressure switch. However, most homeowners benefit from a licensed well contractor—especially for accurate TDH calculations, pump curve selection, and safe lifting. One mis-crimped splice or a pitless adapter leak can mimic “bad pump” symptoms and waste days. My advice: do it with a pro the first time, learn the system, and then handle routine maintenance yourself. If you must DIY, call me for a parts checklist and a wiring diagram before you start.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump contains start components in the motor can (no external control box), simplifying wiring and reducing parts count—great for straightforward installs. A 3-wire well pump uses an external control box with capacitors and relays topside. The benefit? Easier diagnostic swaps if a start component fails and sometimes better cold-start behavior. Performance at the tap can be identical when sized correctly. Choice often comes down to installer preference, service accessibility, and existing wiring. For the Kaczmareks, a 2-wire 1 HP Predator Plus at 230V was perfect: fewer parts to weather and quick commissioning.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
In normal residential use, expect 8–15 years, with many systems running past 20 when kept near BEP and paired with correct tank sizing. Maintenance that matters: verify tank pre-charge yearly, inspect the well cap and splices, test the pressure switch, and monitor amps at the panel under a typical draw. If chemistry is harsh (iron, low pH), add filtration or treatment to protect fixtures and staging. For sumps, test the float quarterly, clear the basin, and replace the check valve proactively every few years. That small discipline keeps the motor out of heat cycles that prematurely age windings and bearings.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
Quarterly: run a multi-fixture draw test, note PSI stability, and listen for rapid cycling. Semiannually: check pressure tank pre-charge with the system drained; it should be 2 PSI below cut-in (e.g., 38 PSI for a 40/60 switch). Annually: check amperage draw against nameplate values during steady flow; deviations suggest wear or electrical issues. Every 2–3 years: inspect wiring at the well cap, refresh dielectric grease on connections, and verify the integrity of the pitless adapter seals. For sumps: clean the basin twice a year, flush discharge lines, and test backup power if installed. Small checks, big dividends.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers’ 3-year warranty outpaces many brands that cap at 12–18 months. Coverage includes manufacturing defects and performance failures under normal residential use. It doesn’t cover dry-run abuse, lightning without proper protection, or installation errors (wrong voltage, mis-sized tanks). The advantage is practical: with more coverage time, you’re insulated against early life defects. Combined with PSAM’s diagnostic support and parts stocking, warranty work moves quickly. I’ve processed claims where homeowners were back online in 24–48 hours because we had drop-in replacements and documentation ready.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Budget pumps can look 20–40% cheaper upfront. But factor in a 3–5 year lifespan (often less under gritty or deep conditions), higher energy usage off-BEP, and short warranties. Over 10 years, many homeowners buy two—or even three—budget pumps, plus pay for emergency installs and higher electrical bills. Myers’ Predator Plus, sized correctly, commonly runs 8–15 years with steadier efficiency. That’s one purchase, lower energy, fewer service calls, and a longer warranty. Add those up and the “expensive” pump becomes the cheaper one. That’s not theory—it’s what I see on invoices and in basements every week.
Conclusion: Keep Floodwater Out and Fresh Water Flowing—with the Right Myers Pump from PSAM
A Myers sump pump and a Myers submersible well pump solve two different problems. One defends your foundation by moving water away quickly. The other pressurizes your home reliably, day in and day out. The Kaczmareks learned that distinction the hard way during an Ohio storm. With a Myers sump guarding the basement and a Predator Plus Series submersible sized to their pump curve, their house stays dry, their showers stay strong, and their utility bills stay tame.
From 300 series stainless steel construction and Teflon-impregnated staging to Pentek XE motor efficiency and a leading 3-year warranty, Myers builds for the long haul. PSAM stocks the pumps, tanks, switches, and service parts to get you back online fast—and I’m here to help you size it right the first time.
Ready to fix the problem for good? Call PSAM, ask for Rick’s Picks, and let’s spec the exact Myers system your home needs—worth every single penny.