The text alert said “Flood Warning,” and within 20 minutes the basement drain swirled like a bathtub. When the water rose past the furnace pad, the breaker tripped, and a tired, underpowered sump pump chattered itself to death. I’ve seen this scene more times than I care to admit—float stuck, motor overheated, flimsy housing cracked. In heavy rain events, a sump pump is not just equipment; it’s your last line of defense against thousands of dollars in damage.
Meet the Vargases: Diego (38), an agricultural mapping technician who works remote, his spouse Priya (37), a middle school science teacher, and their kids, Mira (10) and Kavi (7). They live just outside Ames, Iowa, on a slightly sloped lot with a finished basement and a 210-foot private well supplying the house. After a spring storm, their big-box sump pump stalled, then seized. Meanwhile, their well system—already struggling thanks to a mismatched 3/4 HP Red Lion submersible—short-cycled every few minutes. Double trouble: a failed sump and a mis-sized well pump.
This guide lays out the ten things I wish every homeowner knew before the rain starts. We’ll cover why a properly sized Myers sump pump moves water before it becomes a crisis; how stainless steel, high-thrust motors, and smart float controls change outcomes; as well as backup strategies, discharge design, and power planning. Along the way, I’ll explain why Myers—the same brand behind the Predator Plus Series of deep well pumps—delivers reliability that outlasts the usual suspects. We’ll also talk accessories (check valves, basins, covers), lift and head calculations, battery and generator backups, maintenance plans, and emergency installation tips that get you dry fast.
Awards and proof matter. Myers Pumps, backed by Pentair, brings Made in USA quality, UL and CSA listings, and a 3-year warranty that sets the tone. High-efficiency designs and field-serviceable components don’t just look good on a spec sheet—they save basements. I’m Rick Callahan from Plumbing Supply And More (PSAM). After decades in the trenches—from well pit rescues to flooded mechanical rooms—I’ve chosen Myers for my “Rick’s Picks” because I’ve seen the difference when it counts.
Let’s get you ahead of the storm.
#1. Myers Stainless Steel Durability – 300 Series Housing, Threaded Assembly, and Corrosion Resistance for Wet-Pit Reliability
A sump pump lives hard: moisture, debris, rapid cycling. That’s why housing and hardware matter as much as horsepower. When a storm hits, flimsy materials fail fast.
Myers sump pumps leverage 300 series stainless steel on critical components—fasteners, guards, and housings where needed—delivering superior rust resistance compared to cast iron blends or thermoplastic shells. Add a threaded assembly approach that simplifies field service, and you’ve got a system that takes wet, gritty conditions in stride. Stainless keeps critical clearances true, so the impeller stays aligned, the seal doesn’t deform, and performance stays consistent. While your sump basin isn’t a well, the same logic that sustains a submersible well pump in harsh groundwater applies here: keep it rigid, keep it sealed, and keep it serviceable.
The Vargases had a thermoplastic unit that warped under heat. During that storm, when the float stuck against the softened body, it never restarted. They upgraded to a Myers sump pump with stainless hardware and a rigid intake screen—and haven’t had a hiccup since.
Stainless Steel in Wet Environments
Stainless maintains dimensional stability under high humidity and temperature swings. In a sump, that prevents housing distortion and keeps the motor and seal aligned. Long term, this preserves flow rates and reduces vibration—a top cause of premature bearing wear.
Threaded Assembly = Faster Service
A threaded assembly lets a tech service seals and impellers without scrapping the entire pump. That reduces downtime and keeps costs down over a 10-year horizon—especially if you add a second unit for redundancy.
Intake Screens and Debris
A rigid intake screen and smart base design resist clogging from sand, silt, and stray construction debris. Less clogging means fewer thermal trips and a longer life for the motor windings.
Key takeaway: Choose stainless and serviceable construction to avoid mid-storm failures. Myers gets you there without drama.
#2. Move More Water, Faster – Proper GPM, Total Dynamic Head, and 1/2–1 HP Selection that Actually Fits Your Basin
Basement protection is a numbers game. If inflow exceeds outflow, water rises—simple as that. Matching the pump’s GPM rating to your TDH (total dynamic head) keeps your basement dry when rainfall peaks.
Start by measuring lift from water surface to the discharge point, then factor friction losses through elbows and pipe. For most homes with 8–12 feet of vertical lift and 30–40 feet total run, a well-chosen 1/2 HP sump pump delivering 60–80 GPM at moderate head is a sweet spot. Bigger basins or long horizontal runs? Consider 3/4 HP for higher flow capacity. Always choose a discharge size of 1-1/2" to minimize friction loss; stepping down kills flow.
Diego’s old pump was “1/2 HP” on the box but only pushed 40–45 GPM at their actual TDH. The new Myers water pump he installed hits 70+ GPM at the same head, and the difference during storms is night and day.
Understanding TDH and Pump Curves
A pump curve shows how flow drops as head increases. Use your lift height plus friction to read your realistic GPM. Don’t size off maximum flow; size off your operating point for reliable performance.
Discharge Piping and Elbows
Use smooth 1-1/2" PVC with long-sweep fittings where possible. Each elbow adds friction and steals GPM. A cleaner run equals faster drawdown, quicker cycle times, and a safer basement.
Basin Size and Cycling
A deeper or wider basin increases drawdown volume, cutting start-stop cycles. Fewer cycles reduce heat and extend motor life. Pair a quality basin with a float switch that offers generous on/off differentials.
Key takeaway: Get the math right. A properly sized myers pump equals water out faster than it comes in.
#3. Smart Float Controls – Tethered vs Vertical, Anti-Airlock Drilling, and Reliable Start/Stop Differentials
When do sump pumps fail? Often at the float. Misaligned, jammed against the basin wall, or trapped by an untrimmed power cord—one stuck float and your basement fills.
Myers offers robust float controls—tethered for adjustable on/off bands and vertical floats for tighter spaces. Pair the right float style with an anti-airlock strategy: a 3/16" relief hole in the discharge just above the pump helps prevent trapped air from blocking the volute. That tiny detail stops dry-spinning, reduces heat, and prevents short cycling.
For the Vargases, a vertical float solved clearance issues near their radon mitigation pipe. With a tidy cord route and a relief hole drilled 6 inches above the pump, their unit starts cleanly every time.
Tethered Floats for Big Basins
With 14–18" basins, a tethered float gives a broader run window, reducing cycles and keeping the motor cooler. Adjust the tether length so the pump doesn’t short-cycle during heavy inflow.
Vertical Floats for Tight Spaces
In 10–12" basins, a vertical float keeps motion controlled and away from the walls. Look for reinforced guides and sealed float capsules—cheap floats take on water and sink.
Airlock Prevention and Check Valve Orientation
Drill that relief hole. Then mount your check valve vertically or at a slight angle so the flap closes reliably. Air pockets in the discharge can keep a pump from moving water when you need it most.
Key takeaway: Switch reliability is flood insurance. Spend your attention here.
#4. Backup Power That Works – Battery Systems, Generators, and Dual-Pump Redundancy for Storm-Grade Protection
Storms love knocking out power. No utility power, no sump pump—unless you plan ahead. I recommend a two-layer strategy: a battery backup sump system for short outages and a properly sized portable generator for multi-hour events. Some homeowners add a second primary pump on a separate circuit for redundancy.
A deep-cycle battery backup pump rated for 2,000–3,000 gallons per charge keeps you afloat during short blackouts. However, continuous heavy inflow can outpace smaller backups. That’s where a generator steps in. Choose a unit that can handle your sump plus the essentials: furnace blower, fridge, lights. Dedicated outlet circuits with transfer safety keep you compliant and safe.
Priya pushed for a battery backup after past storms. The Vargases now run a primary Myers and a DC backup, with a generator ready if the grid stays down. That’s practical resilience.
Battery Backups: Sizing and Testing
Select a sealed AGM battery with enough capacity to run your backup pump for at least 4 hours under typical inflow. Test quarterly and replace batteries every 3–5 years.
Generator Strategy: Amperage and Surge
Understand the amperage draw of your pump on startup. Induction motors surge. A 1/2 HP sump may require 12–15 amps momentarily; size your generator accordingly with headroom for other loads.
Dual Primary Pumps
Two AC pumps in one basin, each on separate circuits (or circuits and phases where available), add major redundancy. Set the secondary float higher to engage only during heavy inflow or primary failure.
Key takeaway: Basements don’t wait on utility crews. Build power redundancy now.
#5. Discharge Done Right – Check Valves, Freeze Protection, and Exterior Routing That Keeps Water Away from the Foundation
A great pump can’t overcome a bad discharge. Water sent back to the footing doesn’t help you. Design your discharge to move water well away, and keep it flowing in winter.
Use a high-quality, spring-loaded or flapper check valve rated for sump duty. Install it close to the pump, oriented vertically, with unions for service. Outside, extend the line at least 10 feet from the foundation, downslope, and daylight it where possible. In cold climates, consider a freeze-resistant pop-up emitter or a removable hose you can disconnect before hard freezes. Avoid discharging into septic lines; code and good sense both say no.
The Vargases had a buried discharge that froze. We switched them to a sloped rigid line with a pop-up emitter and an accessible cleanout. No more backflow or ice plugs.
Check Valve Quality and Location
A good valve reduces water hammer and backflow that re-fills your pit. Mount with union couplings for quick replacement. Cheap valves stick and cost you a flood at the worst time.
Freeze-Proof Strategies
Slope and daylight where you can. If you must go underground, add a weep hole and a freeze-protected emitter. Disconnect flexible hoses in winter.
Grading and Splash Blocks
Direct water far from the house. Grade the landscape to shed water away, and use splash blocks to prevent erosion where lines emerge.
Key takeaway: Your discharge is half the system. Treat it that way.
#6. Myers Performance vs Budget Brands – Stainless Steels, Motor Protection, and Warranty that Pays for Itself
Material and motor protection are the real separators. Myers builds for the long haul with corrosion resistant housings, precision-balanced rotors, and robust thermal overload protection. Even in sump applications, a better motor means cooler running and far fewer nuisance trips. Add lightning protection on select models, and you’ve just eliminated two very common failure modes.
Budget brands often use thinner housings and lightweight seals; they can pass a quick test in the aisle but struggle under continuous storms. Myers’ 3-year warranty isn’t marketing fluff—it’s a manufacturer betting on its own build quality. That’s why pros keep a Myers on the truck.
When Diego compared the warranty stack, Myers clearly outclassed big-box house labels. Over ten years, one solid pump beats two or three replacements. It’s not even close.
Thermal and Lightning Protection
Overheat trips save motors. Lightning protection reduces winding damage during surges. Together, you avoid most catastrophic failures tied to weather.
Seal and Bearing Quality
Better mechanical seals and bearings translate into quiet operation and longevity. In a sump, grit happens—quality components keep that from turning into failure.
Warranty and Support
The 3-year warranty from Myers is backed by Pentair. At PSAM, we stock parts and pumps, and we ship fast. When it’s 10 pm and raining sideways, that matters.
Key takeaway: Buy once, cry never. Myers is engineered to last.
#7. Competitor Reality Check – Myers vs Red Lion and Wayne, and Why Long-Term Dry Basements Favor Stainless, Serviceability, and Real Warranty
Here’s the straight talk. Compared head-to-head in storm conditions: Myers sump pumps with stainless hardware and robust seals deliver consistent performance, while budget alternatives lean heavily on thermoplastic housings and basic bearings. Thermoplastic can deform under heat and vibration, affecting impeller clearance and float travel. A deformed volute means less flow right when you need more. Myers leans into higher-grade materials and a field-friendly threaded assembly that makes service possible instead of replacement compulsory.
Red Lion models are attractive on price, but their plastic-heavy builds are less tolerant of pressure cycling and motor heat, especially under high inflow. Wayne typically offers a convenient package, yet the shorter warranty window (often 1 year) leaves you exposed in year two or three. Myers’ 3-year coverage reflects higher real-world service life. Add PSAM’s stocking and fast shipping, and downtime shrinks dramatically.
For rural homeowners like Priya and Diego—who already juggle a private well and stormwater Myers pump parts compatibility risk—the math is simple: a Myers sump pump plus proper discharge equals fewer headaches and less water damage. Over five to ten years, that reliability is worth every single penny.
Practical Sizing and Materials
Pick stainless where you can. Prioritize a pump curve that holds flow under your TDH, not just a flashy max GPM. Myers delivers real capacity at operating conditions, not just in the lab.
Service Access and Parts
A serviceable design pays off when seals wear or debris sneaks through. With Myers, you can fix, not toss—huge for contractors and serious DIYers.
Key takeaway: Don’t gamble a finished basement on bargain plastics.
#8. Accessory Anatomy – Check Valves, Basins, Lids, Alarms, and the Small Parts that Prevent Big Problems
A sump system is only as good as its weakest accessory. Skimp on the details and you invite nuisance cycling, odor, or worse—overflow and water damage.
Choose a heavy-duty basin with a secure, gasketed lid. That lid controls humidity, stops odors, and keeps debris (and curious hands) out. A quality check valve prevents backflow that refills the basin. Add a high-water alarm—audible and Wi-Fi if possible—so you know about problems before they become disasters. Include a cord grommet and strain relief for tidy routing and float freedom.
After their upgrade, the Vargases added an alarm that pinged Diego’s phone during a test. Peace of mind beats running downstairs to listen for water.
Basins and Lids
A rigid basin won’t flex against your float. A tight lid controls radon migration from soil gas paths and reduces humid air entering the basement.
High-Water Alarms
Set the alarm float above the primary float. If the pump lags or a breaker trips, you’ll get an alert in time to intervene—especially valuable when traveling.
Quick Unions and Cleanouts
Union fittings at the pump and check valve make service painless. Add a cleanout on the discharge near exit points for seasonal maintenance and clog prevention.
Key takeaway: Accessories make the system. Don’t skip them.
#9. Myers Predator Plus Pedigree – Why Well Pump Engineering Makes Better Sump Pumps Too
You might wonder why a company known for the Predator Plus Series of submersible well pump models matters for your sump. Simple: engineering discipline carries over. That Predator Plus pedigree— Teflon-impregnated staging, Pentek XE motor technology, and 80%+ hydraulic efficiency at BEP (best efficiency point)—translates into design practices that value tight tolerances, efficient impellers, and long-lived bearings. When a manufacturer builds deep well machines that withstand 200–490 feet of head and run continuously, a storm-cycling sump is easy duty.
The Vargases also replaced their old 3/4 HP Red Lion well pump with a 1 HP Myers Predator Plus set to deliver 10–12 GPM at their 210-foot well depth. The short-cycling stopped, pressure stabilized, and the whole system settled into a quiet hum. That same reliability shows up in their sump pit during storms.
Materials and Impeller DNA
Even when a sump pump doesn’t use the exact same engineered composite impellers as well models, the design logic—abrasion resistance, smooth hydraulics—remains baked into the brand.
Motor Protection Standards
If you can protect a deep well motor with thermal overload protection and surge tolerance, you can certainly protect a sump motor that sees intermittent high-demand work.
Warranty Confidence
The 3-year warranty across Myers’ portfolio is a confidence statement. Sump or well, the commitment stands—and PSAM supports it with parts and know-how.
Key takeaway: Well pump engineering lifts sump pump performance. That’s why I https://www.plumbingsupplyandmore.com/plumbing-hvac-brand-categories/myers-pumps.html like Myers.
#10. Installation and Maintenance Playbook – From Wire Splice to Seasonal Testing and What to Do at 2 A.M.
A carefully installed sump pump runs cooler, lasts longer, and just works when storms arrive. Follow a methodical approach and keep a simple maintenance calendar.
Start with dedicated 115V or 230V supply as specified, using a grounded, GFCI-protected circuit where code requires. Route cords cleanly with strain relief. Use a wire splice kit that’s rated for wet locations if extending leads. Prime the pump by filling the basin before first run; verify the float travel range and note where the water level sits when the pump shuts off. Install the check valve with unions and test for hammer and backflow. Finally, test the high-water alarm and label the breaker.
Diego keeps a laminated checklist near the sump: monthly visual check, quarterly test runs, semi-annual discharge inspection, and annual basin cleaning. Simple steps, big payoff.
Seasonal Testing
Before spring and fall storms, pour several buckets into the basin and time the drawdown. Confirm that the relief hole sprays briefly (that means no airlock), and that the discharge is clear outside.
Cleaning and Debris Control
Vacuum sediment from the basin annually. Inspect the intake screen and impeller housing for buildup. The cleaner the entry, the less the motor strains.
Emergency Steps at Night
If the pump fails at 2 a.m., kill power, clear debris, verify free float movement, and check the check valve. If the motor is seized, swap in your standby pump—keep one on hand if your basement is finished.
Key takeaway: An hour of setup and a few minutes per month will save you thousands.
FAQ: Sump and Well System Essentials, Answered by Rick
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with your well’s static and pumping water levels, then calculate your required flow—typically 7–12 GPM for a 3–4 bathroom home. Use the pump curve for the myers submersible well pump you’re considering to match TDH: static lift + friction loss + pressure (in feet). As a rule, a 1/2 HP handles 80–120 feet at moderate GPM; 3/4 HP for 120–180 feet; 1 HP or 1.5 HP for 180–300 feet; 2 HP for 300–490 feet, depending on desired flow. For the Vargases at 210 feet, a 1 HP Predator Plus at around 10 GPM was ideal. Oversizing horsepower can cause short cycling unless the pressure tank is matched; undersizing leads to poor pressure and hot motors. My recommendation: send PSAM your well specs—we’ll mark the operating point on the curve and size your system precisely.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
A typical household needs 7–10 GPM sustained, with peak demands (showers + laundry + irrigation) pushing higher. Multi-stage pump design stacks impellers to increase head (pressure) without excessive horsepower. Each stage adds lift capability, allowing a 1 HP pump to deliver 10 GPM at, say, 250 feet of head. Pressure is simply head converted (2.31 feet per PSI). Multi-stage design lets Myers tune performance for depth while keeping energy use sane. In practice, a properly staged pump holds steady pressure during multiple fixtures, while a single-stage centrifugal runs out of steam. For sumps, think in GPM at your pit’s head: a quality 1/2 HP can move 60–80 GPM at typical basement lifts, preventing water from gaining on you during storms.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
The Predator Plus reaches 80%+ hydraulic efficiency near its BEP through precision impeller geometry, tight internal tolerances, and smooth flow paths that reduce turbulence. Teflon-impregnated staging and self-lubricating impellers cut friction losses, while the Pentek XE motor converts electrical power into shaft power efficiently. On the curve, you’ll see flatter efficiency across a useful operating band—meaning fewer watts per gallon pumped. In real homes, that drops energy bills 10–20% versus less efficient models, especially when pumps run long hours for irrigation or high daily household demand. For the Vargases, the Predator Plus trimmed runtime and stabilized pressure, translating into lower utility costs and a quieter mechanical room.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
In constant water contact, 300 series stainless steel resists corrosion and pitting far better than cast iron. Cast iron can rust, swell, and foul clearances, degrading performance and stressing bearings. Stainless maintains structural integrity, ensuring impeller-to-volute clearances remain precise; that translates to sustained flow and pressure over the pump’s life. Stainless also holds up in mineral-rich or slightly acidic water—common in rural wells. While cast iron has its place, the longevity advantage of stainless in submersible applications is undeniable. That same logic benefits sump pumps exposed to groundwater and intermittent debris. Add stainless fasteners and guards, and you’ve got a chassis that stays straight and serviceable for years.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Teflon-impregnated staging uses engineered composites that are slick, dimensionally stable, and abrasion resistant. Sand and silt scour traditional surfaces, opening clearances and reducing head. With self-lubricating impellers, friction stays low even if grit passes through. That means fewer hot spots, less wear on wear rings, and longer bearing life. In wells that shed fine sediment, this feature can be the difference between an 8-year service life and a 3–5-year disappointment. In a sump, where occasional fines and silt are common, those same materials prevent scoring that leads to binding or loss of performance. Long story short: smoother, tougher internals hold efficiency over time.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor delivers higher starting torque and continuous-duty operation with lower losses. Better lamination stacks, winding geometry, and fan design manage heat efficiently, while thermal overload protection and surge tolerance protect windings during tough conditions. High thrust bearings handle the axial loads imposed by multi-stage stacks at depth. Efficiency gains show up as lower amperage draw for the same water delivered, and cooler running equals longer life. In side-by-side installs I’ve done, XE motors run quieter and need fewer service calls over the first decade. That same sensibility—protection and power where it counts—translates into Myers’ sump motors performing when inflow peaks.
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 safety protocols, a capable DIYer can install a sump pump using PSAM’s kits and guides. Use GFCI where required, route cords cleanly, drill the relief hole, and test thoroughly. For well pumps, I strongly recommend a licensed pro: setting proper drop pipe length, splicing submersible cable with a waterproof wire splice kit, managing the pitless adapter, sizing the pressure tank, and verifying the pressure switch settings are jobs where mistakes are expensive. DIY the sump, hire the well—unless you’ve done it before and understand the risks. Either way, PSAM supports you with parts, curves, and phone help.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump has start components integrated in the motor, simplifying installation—fewer connections, no external control box. A 3-wire well pump locates start capacitors and relays topside, allowing easier troubleshooting and replacement of start components without pulling the pump. Myers offers both: pick 2-wire for simplicity up to moderate depths and flows; pick 3-wire for deeper wells or where serviceability and diagnostic access matter. For many 150–250 foot residential wells, 2-wire 1 HP solutions work beautifully; beyond that, or with higher GPM demands, 3-wire can be advantageous. We’ll map your operating point against the curve and recommend accordingly.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
You should expect 8–15 years for the Predator Plus with normal use, and 20+ with excellent maintenance and stable water quality. Key: right-sizing the pump to the TDH, protecting against sand intrusion, using a correctly sized pressure tank, and verifying voltage supply. Seasonal checks—amperage, pressure switch settings, and flow—help catch issues early. For sump pumps, 7–10 years is typical with seasonal testing and clean basins; I’ve seen Myers units go longer in clean pits with good floats and dry storage conditions. Maintenance isn’t glamorous, but it’s what turns a good pump into a long-lived one.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
Quarterly: check pressure cycling behavior and listen for rapid short cycles—often a tank pre-charge or bladder issue. Annually: test static and dynamic water levels, verify pressure switch cut-in/cut-out (e.g., 40/60 PSI), inspect connections at the tank tee, and confirm check valve integrity. Every 2–3 years: test motor amperage against nameplate and clean or replace sediment filters. For sump pumps: quarterly test runs, annual basin cleaning, discharge inspection, and float freedom checks. Replace check valves every few years if you notice chatter or backflow. A two-hour maintenance block each season prevents the 2 a.m. “no water” call.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers’ 3-year warranty surpasses typical 12–18 month coverage from many brands. It covers manufacturing defects and performance issues under normal use—giving real protection in years two and three when many failures occur. In my experience, warranty length correlates with build quality: stainless hardware, better seals, and robust motor protection reduce claims. Compare this to budget brands with 1-year coverage—if it fails at month 18, you’re on your own. PSAM simplifies claims with in-stock replacements and documentation help. For mission-critical systems like wells and sumps, that extra coverage is tangible value, not marketing fluff.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Consider purchase price, energy use, failures, and water damage risk. A budget sump pump may cost half upfront but can fail in 2–3 years, leading to multiple replacements and higher odds of flooding. Myers’ efficiency and reliability—combined with a 3-year warranty—often result in one pump and a few seals over a decade. Even modest energy savings (10–20%) add up. For deep wells, a Predator Plus motor running in its efficiency band can save hundreds in electricity annually. When you factor in avoided emergency labor and damage remediation, Myers routinely wins the 10-year math.
Conclusion: Keep Your Basement Dry and Your Water Reliable with Myers and PSAM
Basement flooding isn’t a mystery—it’s a mismatch of inflow, hardware, and preparation. The fix is straightforward: a properly sized myers sump pump with stainless hardware, smart float control, and clean discharge routing; powered by a backup plan; and supported by routine tests. And for families on private wells, the same brand that engineered the Predator Plus Series and the Pentek XE motor gives you a unified, dependable solution across the board.
The Vargases made the switch: Myers in the pit, Myers in the well, PSAM on speed dial. Storms don’t rattle them anymore. If you want that same confidence, call us. We’ll size it, ship it fast, and stand behind it with the support only an experienced shop can deliver.
Note on Competitors and Value:
- Compared to Red Lion’s thermoplastic-heavy builds and Wayne’s shorter warranty approach, Myers’ stainless-forward construction, serviceable design, and 3-year coverage simply perform better under storm loads and over the long term—worth every single penny. The same engineering that sets Myers’ well pumps apart—high-efficiency hydraulics, robust protections—cascades into their sump lineup. When weather gets loud, Myers stays calm.