A cold shower turning to a trickle is a lousy way to learn your well pump is on its last legs. When a submersible dies, it’s not just an inconvenience—it’s dishes, laundry, livestock, and daily life on hold. In my experience, most emergencies trace back to two things: the wrong pump for the well, or a brand not built for the realities of rural water. That’s exactly why I trust the Myers Predator Plus Series when homeowners ask, “What will last?”
Meet the Vargases. Diego Vargas (41), a high school ag-science teacher, and his spouse, Alina (39), a nurse, live on 6 acres outside Prosser, Washington, with their kids Mateo (12) and Sofia (8). Their 280-foot basalt well runs seasonal sand, and their previous Red Lion 3/4 HP submersible couldn’t handle the grit. After two pump failures in four years—impeller wear once, then a motor stall—Diego called our PSAM team on a sweltering July afternoon with zero pressure and a 200-gallon stock tank running dry.
Here’s what we walked the Vargases through—and what I’ll walk you through in this list. We’ll cover why stainless steel matters in deep wells, how Pentek XE motors cut your power bills, and how to size horsepower correctly using TDH and pump curves. We’ll unpack 2-wire vs 3-wire decisions, installation best practices, serviceability, and how a real 3-year warranty keeps you from paying twice. For contractors, you’ll get staging and amperage details; for emergency buyers, I’ll flag the kits that get you water tonight. If you depend on a private well, this list is your shortcut to a reliable, efficient system that doesn’t quit when summer gets gritty.
Before we dive in, a few credentials you can bank on: Myers Predator Plus is backed by Pentair engineering, achieves 80%+ hydraulic efficiency near BEP, carries NSF/UL/CSA listings, and ships fast from PSAM with the support you want when your well isn’t forgiving. I’ve installed, pulled, and rebuilt more pumps than I can count—this is the short list I give my own neighbors.
#1. Myers Predator Plus Series Stainless Steel Construction - 300 Series Lead-Free Materials for 8-15 Year Lifespan in Residential Deep Wells
Reliability starts at the metal. In deep wells with mineral-heavy or mildly acidic water, material selection determines whether a pump serves a decade or fizzles out early.
Myers builds the Predator Plus with a full 300 series stainless steel shell, discharge bowl, shaft, coupling, wear ring, and suction screen—fully lead-free. Stainless resists pitting and crevice corrosion that commonly attack dissimilar metals in submerged environments. Paired with engineered composite components where appropriate, the pump maintains structural integrity while controlling weight and reducing galvanic reactions. Add a stainless intake screen and internal check valve, and you’ve got controlled flow, fewer debris hang-ups, and long-term alignment holding plumbingsupplyandmore.com true downhole. Performance remains steady because these components don’t deform or corrode under heat, pressure changes, or minor sand abrasion. In practice, stainless is your frontline against the unseen chemistry happening 200–400 feet down.
For the Vargas family’s 280-foot well, stainless construction wasn’t optional; it was essential. The prior thermoplastic casing cracked during repeated pressure cycles. Their Myers upgrade—stainless through and through—stopped the degradation cycle and stabilized pressure throughout the house.
Comparison spotlight: Myers vs Goulds and Red Lion (detailed)
- Technical performance: Myers’ 300 series stainless assemblies outlast cast iron riser components commonly found in some Goulds configurations under acidic conditions, where iron oxide buildup and rust pitting can accelerate stage misalignment. Versus Red Lion thermoplastic housings, stainless resists micro-fractures from thermal expansion and water hammer, preventing loss of head pressure and premature motor strain. Myers also pairs the structure with a Pentek XE motor to keep efficiency high and heat low. Real-world differences: Field-service longevity is 8–15 years for Myers Predator Plus in average water chemistry, with 20+ possible when periodic maintenance is performed. Plastic-bodied pumps tend to fatigue within 3–5 years in wells with pressure cycling and minor sand. Cast components corrode faster where water pH runs low. Installation and service costs multiply when you’re swapping pumps every few seasons. Value conclusion: For households relying on a single deep well for everything, stainless-bodied Myers units backed by Pentair R&D and PSAM logistics are the smarter long-haul investment—worth every single penny.
Stainless components that actually matter
- Discharge bowl and coupling: Stainless keeps shaft alignment true under torque from start-up and high head pressures. Misalignment is a silent pump killer. Suction screen and wear ring: These stainless parts guard against stage scoring and particle recirculation, preserving stage clearances and efficiency. Shell and shaft: Resist corrosion, protect windings and mechanicals, and maintain roundness—critical for bearing and impeller longevity.
Pro tip for corrosive water
If your raw water stains fixtures orange or tests low pH, stainless is mandatory. Add a CSV or correctly sized pressure tank to reduce on/off cycling and protect mechanicals.
Key takeaway: A stainless Predator Plus is the backbone of a long-lived deep well system—choose it once and stop planning for early replacements.
#2. Pentek XE High-Thrust Motor Technology - 80%+ Hydraulic Efficiency, Thermal/Lightning Protection, 230V Single-Phase Stability
Energy costs and motor heat go hand in hand. A pump that runs cooler lasts longer and costs less to run—simple truth from decades in the field.
The Predator Plus pairs with a Pentek XE motor designed for high-thrust applications in deep wells. High thrust bearings handle the axial load from multi-stage impellers, keeping the rotor centered and reducing wear. At 230V, single-phase operation with optimal amperage draw maintains torque while minimizing heat spikes. Built-in thermal overload protection and lightning protection mitigate common failure modes: dry-run overheat and transient voltage events. Near BEP (best efficiency point), Myers achieves 80%+ hydraulic efficiency, translating to lower kilowatt-hours at the meter—often trimming 15–20% off annual energy costs compared to generic motors in the same head/flow window.
Back in Prosser, Diego saw immediate differences: faster recovery to their pressure switch cut-in, less noise at fixtures, and a steadier shower. That’s motor torque doing the quiet work.
Why high-thrust matters
- Deep well staging: More stages create greater axial load. Without thrust capacity, bearings pit, and the rotor drifts—hello vibration and early burnout. Voltage tolerance: Motors that hold torque under fluctuating rural power avoid stalling at start and run phases.
BEP and real-world bills
Running near BEP isn’t theory—size your pump to sit in the flat, efficient part of the pump curve at your actual TDH and target GPM rating, and you feel it in your electric bill and shower.
Check your panel
Confirm dedicated 230V circuit, correct breaker size, and proper wire gauge from panel to control box and pitless exit. Voltage drop is a silent efficiency thief.
Key takeaway: Pentek XE is the hidden hero in the Predator Plus package—cooler running, torque-rich, and built to survive rural power realities.
#3. Teflon-Impregnated Staging - Self-Lubricating Impellers That Withstand Sand and Grit in 7–20+ GPM Applications
Sand chews cheap pumps. I’ve pulled four-year-old units with impellers rounded off like seashells. Myers addresses this with Teflon-impregnated staging—engineered composite impellers and diffusers that are self-lubricating and abrasion-resistant.
In practice, the Teflon impregnation provides a micro-slick layer at the impeller/diffuser interface. When small grit passes through, it’s less likely to gouge or glaze the surfaces. Stage clearances stay consistent, preserving head pressure and flow. Over time, that consistency prevents extra motor load from worn stages. It’s not indestructible—no pump is—but for real-world wells with seasonal sand, it’s the difference between replacing in five years versus ten or more.
For the Vargases’ summer silt, this staging design stabilized the home’s 9–11 GPM demand without the telltale pressure sag that plagued their last system.
Comparison spotlight: Myers vs Hallmark Industries (detailed)
- Technical performance: Hallmark commonly uses standard bearings and conventional impeller materials, which can exhibit higher wear rates when exposed to fines. Myers’ Teflon-impregnated impellers and self-lubricating surfaces maintain stage efficiency and reduce bearing load. This preserves flow at higher head, minimizing heat rise and amperage spikes. Real-world differences: In sandy wells, standard stage stacks lose head over time, forcing longer run cycles and raising power bills. Composite, Teflon-impregnated stages keep curves flatter, extend service intervals, and hold pressure at fixtures. Less grinding equals longer bearing life and fewer callbacks. Value conclusion: For wells with any grit history, Teflon-impregnated staging is the upgrade that silently saves you money and headaches—worth every single penny.
Staging and target flows
- 7–8 GPM models: Ideal for smaller homes, long runs to outbuildings, and 200–350 ft TDH. 10–12 GPM models: The sweet spot for 3–4 bedroom homes with irrigation zones. 15–20+ GPM: Larger properties or multi-family loads, watch amperage and wire sizing.
Protect your staging
Use a torque arrestor, safety rope, and proper drop pipe support to keep the stage stack centered. Install a sediment filter downstream if you see grit in fixtures.
Key takeaway: If your well sees sand, Myers’ Teflon-impregnated staging is not optional—it’s insurance for your pressure and motor life.
#4. Real 3-Year Warranty and Field Serviceability - Threaded Assembly, On-Site Repairs, and Fewer Full Replacements
Warranties tell you how confident a manufacturer is. Myers backs Predator Plus with an industry-leading 3-year warranty, and the pump’s threaded assembly is designed to be serviceable in the myers 1 2 hp well pump field.
Threaded construction lets a qualified contractor disassemble the stage stack without destroying it, inspect for localized wear, replace suspect components, and reassemble to spec. That’s not marketing—it’s actual dollars saved when a minor issue doesn’t become a full pump replacement. Coupled with PSAM’s fast access to genuine parts, the combination keeps systems online with minimal downtime.
When I pulled the Vargases’ failed unit, the stage stack was fused; repair wasn’t feasible. That experience made them appreciate a design meant to be serviced, not tossed.
Comparison spotlight: Myers vs Franklin Electric (detailed)
- Technical performance: Franklin Electric makes robust motors and pumps, but many assemblies and proprietary control box requirements can push owners into dealer-only ecosystems. Myers’ field-serviceable threaded assembly and flexible 2-wire/3-wire compatibility simplify both install and repair, while the Pentek XE motor competes on efficiency and thrust without proprietary lock-in. Real-world differences: When a seal or stage needs attention, being able to service on-site avoids long waits. Control box flexibility reduces SKU complexity and cost. Service life expectations of 8–15 years match top-tier brands, but with easier parts access via Myers pump dealers and distributors like PSAM. Value conclusion: For contractors and homeowners who value uptime and control over service, Myers’ design and warranty structure make ownership simpler and cheaper—worth every single penny.
What “field serviceable” looks like
- Threaded bowls and retainers: Open, inspect, re-stack, and torque to spec. Replaceable wear items: Impellers, diffusers, nitrile rubber bearings, seals. Accessible check valve: Test and replace to eliminate water hammer and bleed-back.
Warranty that matters
Register your pump, keep installation documentation, and follow best practices on electrical and plumbing. Myers honors well-installed systems—PSAM helps you get it right.
Key takeaway: Serviceable construction plus a real 3-year warranty is how you reduce total cost of ownership, year after year.
#5. Right-Sizing with Pump Curves - TDH, GPM, Stages, and Myers Options from 1/2 HP to 2 HP
Buying “the biggest” pump isn’t smart; buying the right pump is. Proper sizing means matching horsepower and stages to your TDH (total dynamic head) and target flow.
TDH = static water level + drawdown + elevation to tank + friction loss. Once you know TDH and desired GPM rating, you read the pump curve to select a Myers submersible well pump that hits target flow near BEP. For homes, 7–12 GPM usually covers domestic demand comfortably; irrigation or livestock may push that higher.
The Vargas well: static at 120 feet, drawdown to 160 under load, 40 feet to the pressure tank, plus friction—call it 230–250 feet TDH. Their 1 HP, 10 GPM Predator Plus sits right in the efficient window at that head, delivering 9–11 GPM with strong pressure.
Myers horsepower guide
- 1/2 HP: Shorter systems, 100–150 ft TDH, 7–10 GPM. 3/4 HP: Medium depth, 150–220 ft TDH, 8–12 GPM. 1 HP: Deep domestic, 220–300 ft TDH, 9–12 GPM. 1.5–2 HP: Very deep or high-flow, 300–490 ft shut-off head, 10–20+ GPM.
Staging matters
More stages produce higher head at a given HP. Choose a stage count that puts your operating point near BEP, minimizing heat and amperage.
Pro tip: Don’t forget friction
Long runs, multiple elbows, and small-diameter lines add surprising head. Upsize the discharge size to 1-1/4" NPT on vertical rises where possible.
Key takeaway: Use curves, not guesses. PSAM will size your Myers pump to your depth, drawdown, and demand so your system hums, not strains.
#6. 2-Wire vs 3-Wire Configurations - Simplified Install Options that Save $200–$400 on Control Boxes
Configuration impacts cost, complexity, and service approach. Myers supports both 2-wire well pump and 3-wire well pump configurations, giving you flexibility and savings.
A 2-wire pump contains start components in the motor. It typically installs faster, requires no external control box, and eliminates one more surface-mounted component that can fail. A 3-wire pump uses an external control box with start/run capacitors—handy for troubleshooting and component swaps without pulling the pump. Both operate on 230V with single-phase motors.
For the Vargas install, 2-wire made sense: fewer components, quicker turnaround, and immediate water restoration. For large properties or service-rich environments, 3-wire can appeal to contractors who prefer above-ground start gear.
Comparison aside: Myers vs Grundfos on wiring
Grundfos often leans into 3-wire and integrated control systems that can raise upfront costs. Myers’ 2-wire configuration options reduce total installed price by $200–$400 on control boxes alone and cut down labor time. For straightforward residential systems, that’s money and time better spent on a larger pressure tank or upgraded drop pipe—worth every single penny.
When to choose 2-wire
- Emergency replacements where speed matters Clean power supply, short wire runs Homeowners prioritizing fewer surface components
When to choose 3-wire
- Contractors wanting quick capacitor swaps Long-term service plans, complex sites Variable power scenarios needing accessible diagnostics
Key takeaway: Myers doesn’t force complexity. Choose 2-wire for savings and speed, 3-wire for service preference—both deliver reliable performance.
#7. Installation Best Practices - From Pitless Adapter to Wire Gauge: The Checklist That Keeps Pumps Alive
Even the best pump fails early if installed poorly. I’ve seen immaculate equipment undone by a bad splice or undersized wire.
Start with a proper pitless adapter at the casing for sanitary, freeze-proof lateral connection. Use sch 80 or rated poly drop pipe with stainless clamps and a torque arrestor above the pump. Add a safety rope (poly or stainless) for pull insurance. Splice leads with a heat-shrink wire splice kit, not electrical tape. Size conductors for length and amperage to cap voltage drop under 5%. Top with a sealed well cap. Inside, plumb a generous tank tee, full-port valves, a service drain, and tee in a system check valve only if manufacturer recommends it beyond the internal check. Set the pressure switch points for your tank’s bladder rating and flow needs—40/60 is common.
We installed the Vargases’ 1 HP Predator Plus at 220 feet set depth. With a new pitless, fresh 1-1/4" poly drop, and a proper splice, their voltage held tight and start surge stayed smooth.
Don’t skimp on the tank
A larger pressure tank reduces cycling. Short-cycle kills motors and stages. Aim for at least 1 gallon of drawdown per 1 GPM of pump output for light use, more for heavy demand.
Lightning and surge
Ground the system properly and consider a surge protector at the panel. Myers motors have lightning protection, but good grounding is your best friend.
Flow control
Where appropriate, a constant pressure valve (CSV) can smooth pressure and reduce on/off. Always size to the pump curve and consult before adding.
Key takeaway: Follow the checklist. A properly installed Myers runs cooler, cycles less, and lasts years longer.
#8. Performance You Can Feel - Pressure, Flow, and Quiet Operation in Real Homes and Homesteads
Performance isn’t a spec sheet—it’s whether the kitchen, shower, and garden run at the same time without drama. With Myers, you feel the difference in stable pressure and quiet operation.
When a multi-stage pump like Predator Plus runs at BEP, it produces ample head for 40/60 psi settings while maintaining the specified GPM. At fixtures, that means no sawtooth hissing or pulsation. With efficient staging and the Pentek XE motor, noise at the tank is minimal; start-up punch is controlled and smooth. The system recovers pressure quickly after irrigation zones shut off, reducing banging and eliminating pump strain.
For Diego and Alina, the immediate test was laundry plus showers plus livestock filling. The Myers delivered, holding 50–58 psi through cycles and refilling the tank faster than before.
Numbers that matter in daily life
- 9–12 GPM covers most households generously; 12–15 GPM helps with irrigation overlap. 230–300 ft TDH at 1 HP keeps 40/60 pressure crisp without overloading the motor. 1-1/4" discharge lines reduce head loss and noise on long runs.
Quiet is not a luxury
Noise often signals cavitation, air entrainment, or fatigue. Myers’ smooth staging and solid bearings keep the sound profile low and predictable.
Key takeaway: On paper and in person, Myers delivers consistent pressure and flow—the everyday performance families notice immediately.
#9. Headroom for Deep Wells - 250 to 490 Foot Shut-Off Head Options Across 1–2 HP Models
Deep wells demand pumps that can produce serious head. Myers Predator Plus models deliver maximum head capabilities from 250 ft up to 490 ft depending on horsepower and staging—ideal for Western basalts, mountain regions, and Great Plains depths.
Shut-off head isn’t operating head, but it tells you capacity ceiling. If your calculated TDH is 310 feet, you want a curve that provides your target GPM above that. That’s where choosing the right stage configuration within Myers’ lineup matters. Pushing a pump at the ragged edge invites heat and early bearing wear; operating with 15–25% headroom keeps amperage reasonable and bearings happy.
In the Vargases’ case, we sized for a comfortable operating point at ~240 ft TDH with 10 GPM, leaving room for seasonal drawdown without stressing the motor.
Reading the curve right
- Find TDH on the x-axis (head). Read across to your GPM target. Choose the model where your point sits near the efficiency plateau, not at the cliff.
When to jump horsepower
If you can’t get your GPM at your head without landing near shut-off, step up to 1.5 HP or 2 HP and choose a staging that puts you back on the curve’s plateau.
Key takeaway: Depth is not a dealbreaker. With the right Myers model and stages, wells to 400+ feet get reliable, efficient supply.
#10. PSAM Support, Fast Shipping, and Rick’s Picks - Complete Kits That Get Water Flowing Fast
In an outage, time is everything. PSAM stocks core Myers Predator Plus models and ships same day on in-stock items, with complete kits that include the accessories installers actually need.
My “Rick’s Picks” kits bundle the pump, dedicated control box where required, tank tee, pressure switch, pitless adapter, wire splice kit, torque arrestor, check valve as specified, and fittings to keep you from making half a dozen runs for missing parts. For contractors, we provide pump curve PDFs, wiring diagrams, and phone support. For DIYers, we’ll size your pump from your well report and pressure needs and line up the right 1/2 HP, 3/4 HP, 1 HP, 1.5 HP, or 2 HP model with a clear install checklist.
When the Vargases called, we had a 1 HP 10 GPM Predator Plus on a truck within hours and the fittings to rebuild their tank manifold. Water was back that evening.
Why this matters
- Downtime costs more than hardware. Correct parts on day one eliminate “make it work” mistakes. Support prevents the small errors that kill pumps early.
Certifications and trust
Made in USA, NSF, UL, CSA, and a clean supply chain—backed by Pentair R&D—make Myers a brand I’ll stand behind long after the sale.
Key takeaway: With PSAM and Myers, you get the right pump, fast shipping, and real support when the well runs dry.
FAQ: Myers Deep Well Water Pumps – Technical Answers from the Field
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with TDH: static water level + drawdown + elevation to pressure tank + friction losses. Then define flow: most homes do well at 8–12 GPM; larger irrigation or livestock setups may need 12–20+. Use the pump curve for a Myers deep well pump to find where your TDH intersects your target GPM near the BEP. For example, a 230 ft TDH with 10 GPM often suits a 1 HP Predator Plus. At 300+ ft TDH or 15 GPM targets, step to 1.5 HP. Incorrect HP forces the motor off its efficiency plateau—expect heat and early wear. Rick’s recommendation: send PSAM your well report and plumbing run. We’ll size a Myers submersible well pump with headroom so seasonal drawdown doesn’t push you to the curve’s edge.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
A 3–4 bedroom home typically needs 8–12 GPM. Add irrigation and you may prefer 12–15 GPM to reduce zone overlap. Multi-stage impellers increase head, not just flow—stacking stages boosts pressure at depth so you can run a 40/60 psi pressure switch without starving fixtures. On the curve, more stages give you higher head at a given GPM. A 10 GPM Predator Plus with the right stages will hold pressure at 200–300 ft TDH far better than a low-stage pump rated at the same flow on paper. Choose sufficient staging to keep your operating point near the middle of the curve, where pressure recovery and motor heat are optimized.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from matched components: a Pentek XE motor that holds torque without excess current, engineered composite impellers with tight clearances, and precision 300 series stainless parts that don’t warp or corrode. When the system operates near BEP, friction losses are minimized and hydraulic work is maximized. Compared to budget pumps with loose tolerances or softer materials, Myers maintains stage geometry longer, keeping you in that efficient window for years. In field terms, that’s often 15–20% lower energy use at the same head and flow. For a household running 2–4 hours per day, the savings add up quickly—especially at higher electricity rates.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submersibles live in a corrosive bath. 300 series stainless steel resists pitting and galvanic attack far better than cast iron, especially in low pH or mineral-rich water. Corrosion changes geometry—once stage housings or shafts pit, clearances grow, efficiency falls, and vibrations increase. Stainless also handles pressure cycling and temperature swings without cracking. For deep wells, the structural integrity under high head and startup torque matters. Stainless couplings and discharge bowls keep the shaft straight and the stage stack aligned, protecting bearings and impellers. Bottom line: stainless preserves performance and extends service life in the environments where submersibles actually operate.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
The Teflon-impregnated staging used by Myers creates a low-friction interface between impeller and diffuser. When fines pass through, the slick surface reduces gouging and heat spots, preserving the edge profiles that generate head. Because the parts are self-lubricating, they can tolerate occasional dry contacts during micro-cavitation events better than bare plastics. Over time, less abrasion means stage clearances don’t open up as quickly, maintaining pressure and sparing the Pentek XE motor from extra load. If your water shows intermittent cloudiness or sand at fixtures, this staging is the best defense next to upstream filtration.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
High-thrust design supports axial loads from multi-stage stacks, keeping rotor alignment stable as pressure rises. Thermal pathways move heat out efficiently, and optimized windings keep amperage draw proportional to load. With built-in thermal overload protection and lightning protection, the motor tolerates real-world issues—short dry-run events, brownouts, and spikes—without cooking windings. Smooth, torque-rich starts reduce stress on the internal check valve and plumbing. Compared to generic motors operated near their limits, Pentek XE units run cooler and stay within their efficient band more consistently, extending bearing life and cutting power costs.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
Skilled DIYers can install, but respect the details. You’ll need lifting gear for safe handling, a proper pitless adapter, rated drop pipe (often 1-1/4"), a wire splice kit with heat-shrink, a torque arrestor, and correct wire gauge for the run. Electrical must be to code at 230V with the right breaker and grounding. Many homeowners handle tank manifold rebuilds (tank tee, pressure switch, gauge, drain), but pulling and setting at depth is heavy, awkward work. Rick’s recommendation: if your well is over 150 feet or you lack the pull equipment, hire a pro. PSAM supplies complete kits and phone support whether you DIY or contract the job.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire configuration has the start components inside the motor—simpler wiring, no external control box, fewer parts to mount, and a lower upfront cost. A 3-wire configuration uses an external box with start/run capacitors, which can be convenient for troubleshooting or replacing capacitors without pulling the pump. Performance is comparable when sized correctly; choose based on service preference and budget. For emergency replacements, 2-wire often gets you back online faster and cheaper. For long-term service situations, 3-wire can aid diagnostics. Myers supports both, so you’re not locked into one approach.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
With proper sizing and installation, expect 8–15 years in typical residential wells. In clean, neutral water with good electrical and cycling control, 20+ years is realistic—I’ve seen it. Maintenance includes annual pressure checks, tank pre-charge verification, inspecting for cycling frequency, and electrical inspections for tight lugs and stable voltage. If your well carries sand, consider downstream sediment control. Keep start/stop counts reasonable by using an adequately sized pressure tank or a constant pressure device where appropriate. Lightning-prone areas benefit from whole-house surge protection. Take care of the system, and Myers will take care of you.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
Annually: test tank pre-charge (2 psi below cut-in), inspect pressure switch contacts, check amperage draw under load, and walk the plumbing for leaks. Every 2–3 years: inspect the pitless and well cap seal, test the check valve for bleed-back if you see rapid pressure loss, and confirm flow rates at fixtures. Watch for short-cycling—a killer of motors and stages. If it’s happening, increase tank size or correct a small plumbing leak that’s triggering frequent starts. If water chemistry changes, re-test and add filtration. Simple, regular checks prevent the issues that cascade into major failures.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers’ 3-year warranty outpaces many competitors’ 12–18 month coverage. It covers manufacturing defects and performance issues under normal use. Register your product, document installation details (wiring, breaker size, set depth), and keep receipts. Failures caused by incorrect install—wrong voltage, undersized wire, dry-run without protection, or plumbing misconfigurations—aren’t covered by any brand. Myers’ advantage isn’t just length; it’s paired with a field serviceable design and strong parts availability through Myers pump dealers and distributors like PSAM. That trio—coverage, serviceability, and parts—reduces lifetime ownership cost significantly.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Budget pumps can look cheap until you buy them twice. Consider two replacements at years 3 and 6, plus rising power costs as worn stages drift off curve. Add labor and downtime, and many homeowners cross $3,000–$4,000 in a decade. A Myers Predator Plus, sized correctly with a Pentek XE motor, will typically run 8–15 years, save 15–20% in energy use near BEP, and avoid mid-life swap costs. Include the 3-year warranty and field serviceable threaded assembly, and the math is clear. Rick’s recommendation: invest in Myers once, and keep your well delivering without drama.
Conclusion: Why Myers Through PSAM Is the Smart Move for Deep Well Reliability
The Vargases went from emergency to stable water in a day—because the right equipment, installed right, solves problems for years, not months. The Myers Predator Plus Series delivers where it counts: 300 series stainless steel that doesn’t corrode, Teflon-impregnated staging that resists sand, a Pentek XE motor that runs cool and efficient, and a 3-year warranty that actually means something. Options across 1/2 HP to 2 HP, flexible 2-wire and 3-wire setups, and 250–490 ft head capabilities cover everything from 150-foot domestic wells to 400-foot deep draws feeding homes and livestock.
With PSAM, you’re not guessing. You’re getting fast shipping, complete kits, real pump curves, and a seasoned advisor who’s pulled more than a few pumps in the mud. Myers isn’t just a good brand—it’s a system built to last in the water you actually have. For rural homeowners, contractors, and emergency buyers alike, that reliability is worth every single penny.
Ready to size your system? Send PSAM your well depth, static level, drawdown, and desired GPM. I’ll spec your Myers Predator Plus so your water is steady, efficient, and trouble-free for the long haul.