Reducing Energy Use with a Variable-Speed Myers Pump
The shower went cold, the pressure dropped to a trickle, then silence. That’s the moment most homeowners realize the well pump isn’t just another appliance—it’s the heart of daily life. No water means no dishes, no laundry, no showers, and no livestock watering. In my world, those calls come at 6:30 a.m., panicked and urgent. I always ask the same first questions: how old is the pump, what horsepower, what’s the well depth, and is the motor short-cycling? Nine out of ten times, the root cause points back to mismatched sizing, cheap materials, or controls that never let the system run where it’s efficient.
Meet the Alvarenga family of Wimberley, Texas. Mateo (38), a residential electrician, and his wife Lila (36), an ER nurse, live on six acres with their kids, Sofia (9) and Nico (6). Their 265-foot private well had a budget 1 HP submersible that cycled hard every time the washing machine filled. When that Red Lion motor finally died—bearing howl, then total failure—Mateo called PSAM. I recommended stepping into a variable-speed Myers solution: a Myers Predator Plus submersible matched with a constant-pressure drive. The goal? Restore water immediately while cutting monthly kWh and preventing another short-cycling disaster.
This list will show exactly how a variable-speed Myers setup slashes electric bills and extends pump life: right-sizing horsepower to your TDH, leveraging the Pentek XE motor’s efficiency, riding your pump curve near BEP, using stainless internals to resist grit, applying soft-start controls to protect plumbing, simplifying install with two-wire options, trimming tank size without sacrificing comfort, and locking in value with a three-year warranty. If you’re a rural homeowner, a licensed contractor, or someone who needs water back on today, these ten points are the blueprint I use in the field every week.
Before we get into it, here’s why I trust this path. The Myers Predator Plus submersible combines top-tier construction, field serviceability, and Pentair engineering. Pair it with a variable frequency controller and you’ll get consistent pressure at lower RPM, less heat in the motor, and fewer amp spikes—everything you want when you’re trying to stretch every watt.
#1. Start with the Right Platform — Myers Predator Plus Series Submersible Well Pump + Pentek XE MotorEnergy savings begin with the pump itself. A variable-speed controller can only work its magic if the pump and motor are built for efficiency and durability right out of the box.
Technical explanation
A Myers Pumps Predator Plus 4-inch submersible well pump uses 300 series stainless steel construction where it counts—shell, discharge bowl, shaft, coupling, and suction screen. Inside, Teflon-impregnated staging with self-lubricating engineered composite impellers fight abrasion from sand and grit. Pair that durable hydraulic end with a Pentek XE motor and you’ve got an efficient platform that runs cooler and draws fewer amps under variable-speed control. Myers designs these hydraulics to operate near the BEP (best efficiency point) for a wide swath of the pump curve. That’s where wattage per gallon pumped drops, and noise and vibration go down with it.Real-world example
When we replaced the Alvarengas’ failed unit, I spec’d a 1 HP Predator Plus matched to their TDH and an outdoor-rated variable-speed drive. Now their system holds 55 PSI constant with the motor loafing at partial RPM most of the day. Pro Tip: Matching Horsepower to Head Pays DividendsRight-sizing HP to actual TDH (static water level + friction losses + pressure) keeps a variable-speed motor out of the red zone. Oversized pumps run too far left on the pump curve, draw more amps, and heat the motor. Undersized pumps overspeed to keep up. A well-tuned 1 HP at 230V on a 265-foot Texas well is often the sweet spot for a 7–12 GPM household, as Mateo and Lila discovered.
Pentek XE Motor: Why It’s the Fit for Variable SpeedThe Pentek XE motor is built for continuous duty with thermal overload and surge protection. Under a VFD, you get soft starts and controlled ramping, which cuts inrush current and saves energy. Lower heat equals longer winding life, a quiet motor, and predictable operating costs.
Field Serviceable Means Lower Lifetime Watt-HoursA field serviceable Myers assembly—thanks to threaded bowls—lets a contractor replace worn stages without pitching a whole unit. Keeping a proven motor and swapping the wet end after a decade beats the energy and cash cost of churn-and-burn replacements.
Key takeaway: Build on a platform designed for efficiency and variable speed, and your energy savings become baked in, not bolted on.
#2. Size to Your BEP, Not Hunches — Pump Curve, GPM Rating, and TDH Calculated CorrectlyGuesswork is expensive. True energy savings come from aligning your flow and pressure needs with the hydraulic package that meets them at the lowest watt draw.
Technical explanation
Real-world example
For the Alvarengas, I targeted 10 GPM at 55 PSI for showers, laundry, and irrigation zones. With a 265-foot well, we landed the 1 HP at a mid-curve point, allowing the drive to trim speed during low demand and ramp cleanly for back-to-back showers. How to Calculate TDH the Practical WayMeasure static water level, add drawdown margin, factor vertical lift to tank tee, then include friction loss from drop pipe and fittings. Finally, convert your target PSI to feet of head (2.31 feet per PSI). Round up slightly for a clean match on the curve.
GPM: Don’t Overshoot and Waste PowerOversizing GPM 30-40% “just in case” loads the motor and wastes kilowatts. Instead, pick a real number. Most homes live happily at 8–12 GPM. Households with irrigation sometimes need 12–16 GPM, which often means stepping to 1.5 HP—but only when the curve demands it.
where to find Myers pump parts Constant Pressure: BEP More of the DayBecause the drive modulates speed, you’ll operate closer to BEP for more hours. That steadiness decreases energy per gallon pumped and extends the life of mechanical seals and bearings.
Key takeaway: When you put the hydraulics on the right dot of the curve, a variable-speed controller can do its job—saving real money, not theoretical watts.
#3. Cut Kilowatts at the Source — Variable Frequency Control and 230V EfficiencyHolding constant pressure without hard starts and high-speed hammering is the easiest path to lower energy bills.
Technical explanation
A VFD slows and speeds the pump to match demand, effectively flattening your current draw. On a 230V single-phase system, start-up inrush is replaced by smooth ramping. The pump spins at the lowest RPM needed to maintain a set PSI, acting like a “smart throttle” for your water. That means most of the day, your motor isn’t screaming at 60 Hz—it’s sipping current at 40–55 Hz instead. Less speed equals less friction loss inside the pump stages and lower wattage per gallon.Real-world example
Lila noticed the first night: no more surging or thumping when the dishwasher, shower, and washing machine overlapped. The control held 55 PSI and trimmed RPM as fixtures shut off. The family’s energy monitor now shows a flatter profile with lower peaks. Soft Start = Lower Bills + Longer LifeHard starts can draw 4–6x running current. With soft start, those spikes disappear. Your transformer and breaker panel like that, and so does your utility bill. Over thousands of cycles, the difference is dramatic.
Right-Sized Pressure Tank for Variable SpeedA variable-speed system uses a smaller pressure tank because the drive handles the cycling. https://www.plumbingsupplyandmore.com/1-2-hp-submersible-well-pump-9-stage-design.html That’s less cost upfront, less space in the mechanical room, and less risk of short cycling that cooks motors and chews up impellers.
Control Logic: Pressure, Not Flow GuessingModern constant-pressure drives sample discharge pressure rapidly, not guessing at flow. By holding a PSI target, you get real-time adjustments that keep RPM, amps, and watt-hours down without a single thought from the homeowner.
Key takeaway: Constant pressure and smooth VFD control take the teeth out of power spikes and reduce total kWh—all while making your showers feel better.
#4. Materials Matter — Stainless, Composite Staging, and True Field Serviceability Pay OffBinary choices in construction become energy choices over the life of the system. Abrasion, corrosion, and wear all steal efficiency a little bit each day.
Technical explanation
The Predator Plus’s 300 series stainless steel body components resist corrosion in mineral-rich or slightly acidic water. Teflon-impregnated staging with self-lubricating properties stands up to grit from marginal wells and seasonal drawdown. What does this have to do with energy? Efficiency loss from stage wear, nicked impellers, and swollen thermoplastic adds up. Maintaining tight clearances and smooth surfaces keeps you closer to day-one efficiency. When performance drops, more RPM and amps get used to deliver the same PSI—something variable speed can mask if you’re not paying attention. With a field serviceable threaded assembly, you can restore the wet end to near-new performance without swapping the motor.Real-world example
Mateo’s previous pump had worn internals after two years, pulling more power to hold pressure before it failed entirely. The stainless/composite combo in the Myers rigged with variable speed is maintaining clean curves and low draw after months of use. Why Stainless Shines in Hill Country WaterHigh calcium, iron staining, and aggressive pH chew up inferior metals. Stainless bowls and shafts prevent corrosion from roughing up surfaces—protecting efficiency and stopping minor leaks that lead to cycling.
Composite Stages: Less Swell, Less DragCheap thermoplastic tends to swell and distort, dragging on shafts and eating watts. Engineered composites with Teflon impregnation glide smoothly, resisting sand abrasion and keeping amp draw predictable.
Service Like a Pro: Threaded, Not GluedA field serviceable Myers means a contractor can pull, open, and rebuild the wet end on-site. Restoring efficiency instead of replacing the entire unit is better for your wallet and your monthly power bill.
Key takeaway: Energy efficiency isn’t just a control-panel story—it’s a materials and maintainability story. Myers wins both.
#5. Smarter Than the Competition — Why Myers Outperforms Franklin and Red Lion on Energy and Ownership CostsWhen energy use and long-term value are the target, brand differences become measurable in kWh and years of service. Here’s the field-tested breakdown.
Detailed comparison paragraph (Franklin Electric)
Compared to Franklin Electric submersibles that often pair with proprietary control boxes and dealer-only ecosystems, the Myers Predator Plus platform stays contractor-friendly and truly maintainable. Stainless steel in the hydraulic end, a Pentek XE motor built for variable-speed duty, and robust protection features create a system that holds efficiency longer and avoids high inrush penalties. Where Franklin commonly leans into 3-wire control strategies with branded boxes, Myers supports simplified approaches without sacrificing performance. The result: fewer amp spikes, smoother ramping, and easier curve-matching near BEP—the trifecta for reduced kWh. In practical terms, that’s lower monthly bills and fewer headaches for homeowners and installers alike.Real-world application differences
Operationally, the Myers constant-pressure configuration is easier to service on-site—no proprietary lock-ins—and the field serviceable wet end means you can refresh hydraulics without tossing a perfectly good motor. Expect 8–15 years of life, not 3–5, and avoid the creeping inefficiency that comes from worn stage clearances. Utility costs drop when RPM and friction losses stay in check, and warranty coverage hangs with you for 36 months, not a quick 12.Value proposition conclusion
For rural properties that depend on private wells, the Myers approach cuts energy use and stabilizes performance through smarter materials, friendlier controls, and longer coverage. It’s the definition of reliable water with predictable costs—worth every single penny. 
Detailed comparison paragraph (Red Lion)
Budget brands like Red Lion often rely on thermoplastic housings. Under constant pressure and frequent cycling, those housings can micro-fracture or distort, increasing internal drag and robbing efficiency month by month. Contrast that with Myers’ 300 series stainless steel shells and composite stages that resist swell and abrasion. On a variable-speed system, that structural integrity keeps the motor operating at lower RPMs for the same pressure. Instead of cranking to 60 Hz to compensate for wear and friction, a Predator Plus can hold line pressure at 50–55 Hz—real energy saved, every day.Real-world application differences
In the field, I’ve pulled plenty of cracked Red Lion units after 2–3 years on moderately deep wells. Meanwhile, Myers’ field serviceable design lets me swap a wear ring or stage set and hand back a system that pumps like new. Energy bills stabilize, pressure steadies, and homeowners stop budgeting for the next emergency.Value proposition conclusion
If you’re tired of short lifespans and creeping power bills, stainless construction and composite staging are more than marketing—they’re money in your pocket over a decade. That’s long-haul durability and efficiency—worth every single penny.Key takeaway: With Myers, energy savings aren’t theoretical. They show up in a lower amp draw, longer service life, and real-world servicing flexibility.
#6. Installation Done Right — Two-Wire Simplicity, Pressure Tank Strategy, and Clean 230V PowerPutting the right gear into the right wiring and plumbing configuration is where energy efficiency meets reliability.
Technical explanation
Many homeowners and contractors appreciate the simplicity of a two-wire submersible. Myers offers both, but on variable-speed systems we often run a two-wire motor with an external drive that manages everything—soft starts, RPM, diagnostics. On 230V single-phase service, that means a smaller breaker, smoother ramping, and zero nuisance trips. Pair the setup with a properly sized pressure tank—smaller than a conventional on/off system—and a check valve rated for the flow. Keep wiring splices clean and watertight; voltage drop is the silent energy thief that forces motors to pull higher current for the same work.Real-world example
Mateo handled the 230V feed, and I coached him on wire gauge and splice kit best practices. We landed the tank sizing to match the drive, not the old on/off system. Result: no short cycling, no voltage sag, and a tight, efficient installation. Wire Gauge Matters More Than You ThinkLong runs to a well can drop voltage. Undersized conductors starve motors, pushing amps up and hurting efficiency. Calculate voltage drop, then step up gauge if needed. Your motor will run cooler, and your bill will thank you.
Pressure Tank Right-Sizing for Variable SpeedA smaller tank with a variable-speed drive is not a compromise—it’s the point. The drive, not the tank, handles on/off transitions. That reduces cycling and allows the motor to cruise near BEP for more hours each day.
Programming the Drive: Setpoint and LimitsDial in your target PSI, ramp rates, and max frequency. Set overload thresholds to protect the Pentek XE motor, and lock in a min frequency to prevent overheating at ultra-low flows. Done right, your system becomes a quiet, efficient servant.
Key takeaway: Smart wiring, the right tank, and clean programming turn a great pump into an energy-saving machine.
#7. Protect the Investment — Warranty, Certifications, and PSAM Support that Lower Real CostsPaperwork rarely gets credit for energy efficiency, but good coverage and support influence the choices that keep systems running at their best.
Technical explanation
Myers’ industry-leading 3-year warranty extends far beyond the 12–18 months common elsewhere. That coverage encourages proper repairs and maintenance instead of “run it till it dies” behavior that wastes energy and money. Add third-party marks—UL and CSA—and you know the drive and motor profile are vetted for safe, efficient operation. Finally, with PSAM, you get rapid shipping, documentation, and real humans who understand curves, GPM rating, and TDH. Fast parts keep a system efficient when a check valve sticks or a pressure transducer needs replacement.Real-world example
When Lila asked, “What if this drive hiccups?” I showed the coverage terms and our parts inventory. Confidence leads to proactive tune-ups and clean programming—decisions that keep RPMs and kWh down. Warranty as a Strategy, Not a StickerA long warranty means better materials and better support. You’ll fix small issues quickly, maintaining efficiency rather than letting problems drag performance (and bills) down for months.
Made Right, Tested RightWhile we focus on materials and motors, certification and factory testing matter. That means published curves match performance, so your BEP planning actually holds true in the field.
PSAM: Real Sizing, Real Parts, Real SpeedFrom drop pipe to torque arrestors to check valves, we kit jobs so installers don’t get stuck. Less downtime, fewer emergency swaps, more days pumping at design efficiency.
Key takeaway: Reliability, coverage, and support add up to fewer surprises—and fewer high-amp “limp along” months that burn cash.
#8. Real Savings, Real Comfort — What the Alvarengas Gained from a Variable-Speed MyersIn the end, energy savings are only half the story. Comfort, quiet, and predictability are the other half—and they all tie back to efficiency.
Technical explanation
A constant-pressure, variable-speed Myers setup runs near BEP more of the time, trims RPM during low flow, and eliminates high-amp starts. Mechanical stress drops, motor heat drops, and watt-hours per gallon improve. Over a year, that’s real money—typically 15–25% less energy than a fixed-speed, oversize-pump-on-a-big-tank arrangement. Combine top-tier hydraulics with a Pentek XE motor, and you’ve engineered out the waste.Real-world example
Mateo reports their energy monitor shows a 19% reduction in kWh month-over-month compared to their old on/off setup, even with summer irrigation. Lila loves the stable 55 PSI showers at 6 a.m. Sofia and Nico? They just notice that “the water doesn’t go weird” when the dishwasher kicks on. Noise, Vibration, and Water Hammer: Quiet Equals EfficientSoft starts and steady RPM kill hammer and rattles. What’s quiet is usually efficient—no wasted energy slamming pipes or shaking a motor against its mounts.
Irrigation and Household Use: One System, Many LoadsVariable speed shines when loads change. A single faucet at 0.8 GPM? The motor loafs. Two showers and a washer? It ramps with barely a blip in amp draw compared to hard starts.
Budgeting the PaybackBetween lower kWh, fewer service calls, and a 3-year warranty, most households see payback inside 3–4 seasons. From there, it’s savings and comfort stacked year after year.
Key takeaway: The Myers variable-speed approach delivers the water experience you want while quietly cutting the bill behind the scenes.
FAQ: Variable-Speed Myers Pump Energy Savings — Rick’s Field Answers 1) How do I determine the correct horsepower for my well depth and household water demand?Start with your target flow, then map it to your total dynamic head. For most homes, 8–12 GPM is plenty. Convert desired pressure to feet (2.31 feet per PSI), add static lift, drawdown margin, and friction losses—now you’ve got TDH. Using the Myers Predator Plus pump curve, pick the impeller set that meets your GPM near the BEP. Many 150–300 foot wells land at 1 HP on 230V single-phase, but not always—irrigation or elevation can push you higher. For example, a home needing 10 GPM at 55 PSI with 200 feet of lift will often run beautifully on a 1 HP Predator Plus submersible with a variable-speed drive holding pressure without overspeeding. Rick’s recommendation: don’t guess. Call PSAM with your well report and we’ll plot your point on the curve in minutes.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?Most families operate comfortably at 8–12 GPM. Larger properties with multi-zone irrigation might need 12–16 GPM intermittently. Multi-stage impellers create pressure by stacking energy per stage; more stages equal more head at a given flow. That’s why a properly staged Myers Predator Plus submersible can deliver 55 PSI at kitchen and shower taps while maintaining a modest amp draw. With a variable-speed controller, the pump slows for a single sink (maybe 2–3 GPM) and ramps for back-to-back showers (6–8 GPM). Because the hydraulics are staged to match your TDH, the motor stays near BEP, which is the sweet spot for energy savings and low wear. Bottom line: stage count isn’t bragging rights—it’s how we deliver pressure efficiently for your actual needs.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?Two things: smart hydraulics and durable materials. Efficient impeller geometries and tight internal clearances move water with less slip and turbulence. Add Teflon-impregnated staging that resists swelling and abrasion, and those clearances stay tight longer. The net is high hydraulic efficiency near BEP, often north of 80% for the operating window that matters in homes. Under variable-speed control, the drive keeps RPM where the pump’s curve is most efficient. That coordination—not just a high-efficiency label—squeezes waste out of the system. Combine it with a Pentek XE motor designed for continuous duty and soft starts, and the Predator Plus maintains that efficiency for years rather than months.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?Submerged in mineral-heavy or slightly acidic water, cast iron corrodes, roughening surfaces and loosening clearances—two enemies of efficiency. 300 series stainless steel resists that attack, preventing pitting that can increase drag and leak paths between stages. In practical terms, water moves more smoothly, impellers stay aligned, and the pump keeps hitting its pump curve without needing extra RPM. Over time, that’s lower amp draw for the same PSI and fewer service calls for rust-flaked parts. Stainless also pairs well with engineered composites in the stage stack, ensuring wear points don’t snowball into energy-hogging friction. For homeowners like the Alvarengas with hard Hill Country water, stainless is the difference between 8–15 years of steady performance and a frustrating 2–4-year churn.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?Grit acts like sandpaper inside a pump. Standard plastics swell and scar, increasing drag and power draw. In contrast, Teflon-impregnated staging provides a self-lubricating surface that sheds abrasives more effectively and resists water absorption. That means stage-to-stage clearances remain tighter, reducing recirculation losses and keeping the pump closer to its day-one efficiency. On variable-speed systems, those tight clearances let the motor hold set pressure at a lower frequency—say, 50 Hz instead of 60 Hz—saving watts continually. If your well produces mild sand during seasonal drawdowns, the Myers Predator Plus staging buys you both durability and lower kWh over the lifespan of the unit.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?The Pentek XE motor is engineered for continuous duty with high-thrust bearings and efficient windings tuned for real-world loads. Under variable-speed control, it benefits from soft starts that eliminate high inrush current, reducing heat stress on windings. Built-in thermal and surge protection guard against brownouts and lightning events, so the motor isn’t forced into wasteful, high-amp recovery cycles. In the field, I regularly see these motors run cooler at the same output compared to generic alternatives—especially in systems holding constant pressure. Cooler motors waste less energy, protect insulation, and push service life into the 8–15 year window, aligning with Myers’ long-view approach to cost and reliability.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?A confident DIYer can handle some or all of the work, but variable-speed systems add control wiring, programming, and commissioning steps that many homeowners prefer to hand off. You’ll need to size drop pipe, calculate TDH, match the GPM rating, select proper wire gauge to minimize voltage drop on 230V, and set the controller’s pressure and ramp parameters. Mistakes here can eat energy and shorten life. My recommendation: work with PSAM for sizing and parts, and bring in a licensed contractor for the set, splice kit work, pitless adapter connection, and startup. The right pro will program your constant-pressure drive, confirm the operating point on the pump curve, and verify amps and frequency under various loads.
8) What’s the difference between 2-wire and 3-wire well pump configurations?A 3-wire motor uses an external control box for capacitor and relay functions; a 2-wire has those components integrated in the motor. With variable-speed systems, the drive often assumes control and protection roles, which makes a two-wire setup attractive for its simplicity. Myers supports both. The energy story? Fewer components to fail and smoother control handoffs often make 2-wire with a VFD the cleanest path. On 230V service, the controller soft-starts regardless, so you still cut inrush. If you’re replacing an older 3-wire system, you can certainly stay 3-wire, but for many households—like the Alvarengas—a modern two-wire Predators Plus with constant-pressure control is efficient, reliable, and straightforward to maintain.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?With quality water and correct sizing, expect 8–15 years from a Predator Plus submersible, and I’ve seen 20+ with excellent care. Variable-speed operation contributes by reducing hard starts and running the motor cooler. Maintenance includes annual checks of pressure setpoint and frequency under load, verifying amp draw against nameplate, inspecting the pressure transducer line, and pulling a water sample to watch for sand increases or iron bloom. If staging wear does occur after a decade, the field serviceable design lets a contractor refresh the wet end and regain efficiency without buying a new motor. This approach extends life and keeps watt-hours per gallon close to day-one levels.
10) What maintenance tasks extend well pump lifespan and how often should they be performed? Annually: Check system pressure at taps versus controller setpoint, verify frequency and amp draw at common loads, inspect tank precharge, and confirm there’s no cycling chatter. Every 2–3 years: Inspect check valves and drop-pipe connections for seepage, clean or replace the pressure transducer line if readings drift, and confirm the drive’s cooling and surge protection. As needed: If flow drops or RPM creeps up to maintain pressure, evaluate stage wear. The Myers Predator Plus can be rebuilt at the wet end to restore performance. Keeping an eye on these items maintains efficiency and extends the system deep into that 8–15 year window. 11) How does Myers’ 3-year warranty compare to competitors and what does it cover?The 3-year warranty is industry-leading. Many competitors stop at 12–18 months. Myers’ coverage backs manufacturing defects and performance issues on the pump and motor. In practice, that means you’re encouraged to maintain and repair properly instead of deferring fixes that waste energy and risk early failure. Add the fact that Myers is supported by Pentair’s engineering and parts network, and you’ve got long-term coverage that translates into lower total cost of ownership. From my side of the counter at PSAM, I see fewer claims with Myers—and faster resolutions when something does arise—helping homeowners keep systems efficient and stress-free.
12) What’s the total cost of ownership over 10 years: Myers vs. Budget pump brands?Budget brands can look appealing up front, but the math rarely favors them. A cheaper pump with thermoplastic components may last 2–4 years, often losing efficiency early as stages swell and wear. That loss shows up as higher RPM and amp draw to maintain pressure—more kWh each month. Factor in replacement labor, new drop-pipe fittings, and lost weekends, and you’re easily spending more by year six than a quality Myers would have cost you over a full decade. The Predator Plus’ stainless construction, efficient hydraulics near BEP, Pentek XE motor, and 3-year warranty create a system that holds performance and suppresses energy costs. In real numbers, many homeowners save 15–30% in energy and avoid at least one mid-cycle replacement, coming out hundreds to thousands of dollars ahead.
Conclusion: The Variable-Speed Myers Advantage at PSAMWhen the water stops, quick action matters. When the bill comes, smart design matters. A variable-speed Myers Predator Plus system brings both—energy savings from smooth, constant-pressure control and long life from stainless, serviceable hydraulics and a proven Pentek XE motor. For Mateo and Lila Alvarenga, that meant immediate comfort and a measured 19% cut in kWh. For you, it can mean showers that don’t surge, lower monthly costs, and a decade-plus without pump drama.
If you’re sizing a new system or upgrading a tired one, call PSAM. We’ll run your pump curve, hit your GPM rating at the right TDH, and ship the components you actually need—fast. With the 3-year warranty and Pentair’s backing, you’re buying more than a pump. You’re buying reliable, efficient water for years to come. That’s not marketing—that’s field-tested reality.