A shower drops to a drizzle, the washing machine pauses mid-cycle, and the kitchen faucet sputters out air. When a jet pump loses prime or a bearing seizes, your home stops. In a private well, water isn’t a convenience—it’s life support for cooking, sanitation, livestock, and heat exchangers. As PSAM’s technical advisor, I’ve walked into hundreds of basements and pumphouses at that exact moment. The story is familiar: an aging jet pump fighting suction lift, short-cycling, and drawing heavy amps just to limp along. The fix that ends the cycle? Get the pump down into the water and upgrade to a Myers submersible well pump.
Meet the Sandovals of Grant County, New Mexico. Omar Sandoval (38), a high school ag teacher, and his wife, Bianca (36), a remote nurse practitioner, live on 7 acres outside Silver City with their kids, Luis (10) and Marisol (7). Their 140-foot well had been driven by a 3/4 HP convertible myers jet pump installed by the previous owner. After three sand-laden summers, the impeller clearance opened up, the check valve started leaking back, and the pump began losing prime every other week. Pressure fell from 50 psi to erratic 32-45 psi swings, and Omar found himself re-priming on Saturday mornings more than coaching soccer.
When the jet pump completely lost prime during a windstorm, we ran a full system assessment. The well’s static water level hovered seasonally between 62 and 78 feet, with a recovery rate near 5 GPM. We confirmed wiring capacity for 230V and mapped the home’s peak demand at 8-10 GPM (two showers, laundry, and an outside spigot). The solution for the Sandovals—and for most homeowners stepping up from suction-side systems—is a Myers Predator Plus Series 4" submersible well pump with a Pentek XE motor, staged for the Total Dynamic Head (TDH) and set below seasonal drawdown. From fewer call-backs to markedly lower kWh use, this upgrade pays out quickly.
Here’s exactly why this numbered list matters: we’ll cover corrosion-proof materials, motor efficiency, staging, correct pump curve sizing, wiring choices (2-wire vs 3-wire), pressure tank matching, drop-pipe and pitless adapter essentials, on-site serviceability, warranty coverage, and installation best practices. You’ll see how Myers outperforms premium brands when it counts, what it saves in total cost of ownership, and how PSAM gets you running fast.
#1. Myers Predator Plus Stainless Steel Construction – 300 Series Lead-Free Components That Beat Corrosion, Scale, and Sand
Reliable water starts with materials that don’t lose the fight underground. A submersible set in a wet, mineral-rich environment must shrug off corrosion and grit day after day.
At the heart of Myers Predator Plus is 300 series stainless steel across the shell, discharge bowl, shaft, coupling, wear ring, and suction screen. Where cast iron and thin thermoplastics corrode or stress-crack, stainless resists pitting from high iron, acidic pH, and dissolved CO2. Coupled with an engineered intake screen that limits large particulates, the assembly keeps its shape and thrust alignment for the long haul. Add a factory threaded assembly that’s truly field serviceable, and you’ve got a pump that can be opened, inspected, and put back to work without a full replacement.
For the Sandovals, seasonal turbidity was chewing through impellers on their old jet pump. Once we set a stainless Myers submersible below drawdown, grit bypassed the jet stage entirely and the wear issue disappeared. Pressure stabilized and the “Saturday prime ritual” ended.
Myers Stainless Steel vs Corrosive Wells
In wells with iron over 0.3 ppm or low pH, corrosion resistant materials are non-negotiable. Stainless hardware maintains dimensional accuracy, preserving stages and thrust clearance for efficient performance.
Threaded Construction = Real Field Service
A threaded assembly allows a contractor to break down the stack, inspect impellers, swap a wear ring, and reassemble in the field. That serviceability protects your investment and minimizes downtime.
Intake Screen and Wear Ring Synergy
The suction screen reduces large solids; the stainless wear ring maintains impeller clearance. That pairing keeps your pump at its best efficiency point (BEP) longer.
Key takeaway: Stainless is not a luxury—underground, it’s survival. Myers’ stainless build is the foundation of long-term reliability.
#2. Pentek XE High-Thrust Motor – 80%+ Hydraulic Efficiency at BEP Lowers Energy Costs 15-20% in Real Homes
Energy waste starts where inefficiency hides—inside the motor and hydraulics. Myers pairs its hydraulics with a Pentek XE motor engineered for high thrust and lower watt draw.
The Pentek XE motor is a single-phase, continuous duty design with optimized winding, thrust bearing assembly, and tight rotor/stator tolerances. Result: reduced amperage draw at your target flow. When your pump operates near BEP, the Predator Plus stack approaches or exceeds 80% hydraulic efficiency, slicing kWh consumption without sacrificing pressure. Built-in thermal overload protection and lightning protection add resilience that saves motors in the real world—especially in the Southwest where dry lightning is common.
Omar and Bianca’s utility bill told the story: the Myers 3/4 HP submersible running at ~9 GPM cut daily runtime compared to the jet pump fighting against suction losses. Month-over-month, they saw about 18% lower pump-related energy use—right where an efficient submersible should land.
High-Thrust Matters in Deep Columns
Elevating water from 120-180 feet creates substantial axial load. The Pentek XE’s thrust bearing stack handles it, protecting shafts and nitrile rubber bearings throughout the assembly.
Thermal and Lightning Protection
Built-in thermal protected designs trip properly, prevent winding damage, and recover cleanly. The surge resistance helps motors survive transient spikes that would toast lesser windings.
Efficiency is Sizing + Motor Quality
You don’t get savings by guessing. With proper pump curve PSAM myers pump selection and a Pentek XE, you hit BEP and lock in the quiet, low-amp performance you paid for.
Key takeaway: You’re buying pressure and GPM, but you’re paying for watts. Myers with Pentek XE uses fewer, day after day.
#3. Teflon-Impregnated Staging – Self-Lubricating Impellers That Keep Their Edges in Sandy and Gritty Wells
Sand kills pumps through abrasion. Many submersibles lose efficiency as impeller edges soften and clearances open.
Myers combats that with Teflon-impregnated staging— engineered composite impellers that are self-lubricating and resist abrasion. Grit doesn’t polish away performance as quickly, and the stages maintain close tolerances longer. That means steady pressure for your showers and sprinklers, instead of the slow slide into low-flow frustration. Pair that with a stainless wear ring and you get durable staging, especially important for 10+ stage stacks used in deeper wells or higher pressure requirements.
The Sandovals’ well shows a bit of fine grit near the end of summer. After the upgrade, Luis could water the family’s pecan saplings without pressure dips—even with Bianca doing laundry and Marisol washing paintbrushes from an art project.
Composite Impellers with Real Grip
Self-lubricating composite reduces friction losses. Less drag means better hydraulic efficiency and less heat—two quiet performance boosters you’ll feel at the faucet.
Sand Tolerance Within Reason
No pump is a slurry pump, but Teflon-impregnated stages handle incidental grit better than plain plastics. Wells with occasional sand bursts stay on-spec longer.
Keep the Screen Clean
A periodic check of the intake screen and drop pipe flow keeps staging happy. Preventing large debris entry is still essential.
Key takeaway: Grit happens. Myers staging is built to shrug it off and keep your water pressure consistent.
#4. Real-World Advantage vs Premium Competitors – Why Myers Predator Plus Wins on Materials, Serviceability, and Total Cost
Let’s get straight to it: premium competition is tough. I respect it. But in the trenches, the Predator Plus package keeps winning bids and keeping water on because of a few practical differences.
Technically, Myers uses 300 series stainless steel where some competitors still incorporate cast iron in key components. Stainless preserves clearances and resists galvanic corrosion in mineral-heavy wells. The Pentek XE motor offers robust thrust handling and proven energy performance at BEP. And Myers’ threaded assembly means that when grit or wear demands attention, a contractor can service stages in the field. Some premium lines lean into proprietary control components and constrained service channels.
In application, the result is straightforward. Homeowners and contractors gain faster installs, simpler maintenance, and fewer truck rolls. Over 8-15 years (and I’ve seen 20+ with careful maintenance), that lowers lifetime cost. Warranty? Myers’ 3-year warranty beats the typical 12–18 month coverage you see elsewhere. Add PSAM’s same-day shipping on in-stock pumps, and downtime shrinks.
Bottom line: for stainless build, efficient motors, and field repairability backed by Pentair’s R&D, Myers Predator Plus is worth every single penny.
Why Serviceability Beats “Dealer-Only”
When you can open the stack on site, you save labor, reduce parts waste, and keep families like the Sandovals online without waiting for specialized service.
Stainless Where It Counts
Material upgrades at the shaft, coupling, and wear ring stop cascading failures. Protect key interfaces, protect the pump.
PSAM + Myers = Rapid Restorations
Same-day shipping and clear part breakdowns carry you through emergencies. That combination keeps water flowing when delays aren’t an option.
Key takeaway: Paper specs matter, but life-cycle practicality matters more. Myers nails both.
#5. Best-Fit Sizing – Matching HP, GPM, and TDH Using Rick’s Pump Curve Method for 60–180 Foot Wells
Undersized pumps short-cycle and starve fixtures; oversized pumps waste energy and hammer your plumbing. Correct sizing is non-negotiable.
Start with TDH (total dynamic head): static water level + https://www.plumbingsupplyandmore.com/solids-handling-sewage-pump-3-phase-2-hp-460v-908001.html drawdown + friction losses + desired pressure (converted to feet: psi × 2.31). Then select a GPM rating that matches household use. Most homes do well at 8–12 GPM, but irrigators may need 15–20 GPM. For 100–160-foot set depths, a myers 1 2 hp well pump or 3/4 HP often hits the sweet spot with 7–10 stages. With the Sandovals’ static at ~70 feet and set at 120 feet, we targeted ~55 psi (127 feet of head) plus friction, landing near 200 feet TDH at 9 GPM—perfect for a Predator Plus 3/4 HP model.
When you operate near BEP, you get quieter operation, lower amps, longer motor and bearing life, and tighter pressure swings—exactly what you want.
Calculating TDH Precisely
- Static: 70 ft; Drawdown at peak: 20 ft; Desired pressure: 55 psi (127 ft); Friction: ~15 ft. Total ≈ 232 ft TDH. Choose a curve that delivers your GPM at that head.
Stages for the Win
More stages = more head. A 10–13 stage Predator Plus is common for deeper residential wells, keeping motors in a modest HP range.
Pressure Targets that Feel Right
Most homes are happy at 50–60 psi cut-out. Pair your pump with a properly set pressure switch and appropriate tank pre-charge.
Key takeaway: Sizing isn’t a guess. Use curves, hit BEP, and your Myers pump will reward you with comfort and economy.
#6. 2-Wire vs 3-Wire – Choosing the Right Configuration for Simple Installs and Reliable Service
The wiring decision affects installation complexity, troubleshooting, and control box choices.
A 2-wire well pump with an internal start capacitor simplifies installs—fewer components above ground and typically lower upfront cost. A 3-wire well pump uses an external control box (start and sometimes run capacitors) which can make above-ground diagnostics easier for some techs. Myers gives you both options across 1/2 HP, 3/4 HP, and 1 HP units, so you pick what suits your site and comfort level.
For Omar and Bianca, we chose a 230V 2-wire 3/4 HP—clean wiring, fewer above-ground parts, and minimal points of failure. Their old jet pump’s external controls were corroded from years of condensation; removing those from the equation helped reliability.
When to Choose 2-Wire
- Cleaner installs Fewer components Often lower initial cost Perfect for straightforward residential setups
When to Choose 3-Wire
- Preference for external control diagnostics Easier swap of capacitors without pulling the pump Specific contractor or site preference
Voltage and Amp Considerations
At 230V, amp draw is lower for a given HP. Confirm wire gauge and run length to avoid voltage drop. Myers’ spec sheets make this easy.
Key takeaway: Both work. Myers gives you the choice. For many homes, 2-wire hits the bull’s-eye on simplicity.
#7. Pressure Tank, Switch, and Check Valve – How to Stop Short-Cycling and Stabilize Your System
A great submersible still needs the right support system to perform flawlessly.
The pressure tank should be sized so run times are healthy—aim for at least 1 minute of runtime per cycle at peak flow. Larger tanks buffer demand and protect your motor. The pressure switch must be set and piped correctly; a 40/60 psi or 50/70 psi profile is common in residential systems. Include a high-quality check valve at the pump discharge, and avoid stacking check valves unless your drop pipe length or vertical run requires it—too many checks can trap air and cause water hammer.
The Sandovals had a tired 20-gallon tank that caused frequent cycling with the jet pump. We upgraded to a 44-gallon tank with proper pre-charge, and paired it with a clean 40/60 switch. Result: longer cycles, smoother pressure, less wear.
Tank Sizing Done Right
The “bigger is better” rule often applies. Ensure pre-charge 2 psi below your cut-in (e.g., 38 psi for a 40 psi cut-in). It’s essential for consistent drawdown.
Switch Settings and Placement
Mount the pressure switch on a proper tank tee with good pressure sensing. Keep it dry and accessible. Calibrate carefully—one turn can swing several psi.
Check Valve and Water Hammer
Use the pump’s internal check valve plus one topside if needed. Avoid multiple checks in series without a true design reason.
Key takeaway: Pumps don’t fail alone—systems fail. Tune your tank, switch, and checks, and your Myers runs longer.
#8. Installation Hardware That Matters – Pitless Adapter, Drop Pipe, Torque Arrestor, and Wire Splice Kit
Great installs hinge on the small parts. Skip them or choose poorly, and you’ll fight nuisance failures.
A quality pitless adapter ensures sanitary, frost-proof lateral discharge from the well casing. Use robust drop pipe—I prefer schedule 120 PVC or 160 PSI polyethylene for most residential depths. Add a torque arrestor above the pump to prevent twisting on startup and protect the safety rope and wire. Always use a waterproof wire splice kit rated for submersible duty; shrink-sealed connectors and dielectric grease are non-negotiable.
Omar helped me set their pump. We used 1” poly rated 200 PSI, a brass pitless, and double heat-shrink splices. That fit-up alone eliminates half the callbacks I see out in the field.
Pitless = Sanitary and Serviceable
A clean pitless adapter lets you pull the pump without excavating or disassembling the lateral. It also prevents contamination and freeze issues.
Secure the Drop
Strap your wire to the drop pipe every 8–10 feet, keep it tidy at the well cap, and guard against abrasion with a cable guard at the intake area.
Safety Rope as Insurance
Poly rope secured just above the pump head makes controlled pulls safer. Don’t rely on wire alone.
Key takeaway: Accessories aren’t extras—they’re the difference between a clean, lasting install and a headache. PSAM stocks the proven kits.
#9. Field-Serviceable Threaded Assembly – On-Site Repairs vs Proprietary Dealer Requirements
When a pump can be opened and maintained in the field, you control downtime and cost.
Myers Predator Plus uses a threaded assembly that allows a tech to separate stages, inspect, replace a wear ring, and re-stack without sending the pump to a specialized facility. That’s powerful when a bit of grit causes minor performance loss. Contrast that with proprietary or sealed designs that require factory or dealer-only intervention—longer waits and bigger bills.
For the Sandovals, if seasonal grit ever does open up clearances, a local contractor can service the stage pack same day. No hauling water, no guessing.
Real Maintenance in Real Time
A field-serviceable stack lets you salvage a motor and wet end with parts, not full replacement. Keep families online and costs down.
Standardized Parts Through PSAM
We maintain consistent availability of replacement part kits, intake screens, and hardware for Myers pumps—because serviceability only works when parts are in stock.
Documentation That Helps
Myers’ manuals and pump curve charts are clear. With PSAM’s tech support, even tricky calls get solved quickly.
Key takeaway: In rural water, uptime is everything. Myers’ serviceability is a business advantage and a homeowner relief.
#10. Warranty, Certifications, and Support – 3-Year Coverage, Made in USA, UL/CSA, and Fast Shipping
Protection matters. Myers’ 3-year warranty runs ahead of the pack, covering manufacturing defects and performance issues for 36 months. That beats the 12–18 month norms across much of the market. Add Made in USA quality and UL listed / CSA certified safety, and you get real confidence.
At PSAM, we back that with same-day shipping on in-stock Myers water well pumps, clear RMA processes, and phone support that actually answers. The Sandovals had water back the same afternoon their jet pump died because we had their Predator Plus on the truck by noon. That’s the cadence we run for emergency buyers and contractors in the field.
Certification Signals You Can Trust
Third-party testing confirms what the spec sheet promises. It’s why inspectors and lenders nod yes and move on.
Warranty That Covers the Ownership Window
Three years is that early-life curve where defects show. Myers stands behind the product through it, reducing real-world risk.
PSAM Logistics and Guidance
From selection to install to troubleshooting, we stay in your corner. That’s not marketing—it’s muscle memory from thousands of calls.
Key takeaway: Quality gear plus real support equals peace of mind. With Myers and PSAM, you’re covered end-to-end.
Detailed Head-to-Head: Myers vs Goulds and Franklin Electric in Real Install Conditions
From a technical lens, Myers emphasizes 300 series stainless steel throughout high-stress parts. In contrast, some lines from Goulds Pumps still employ cast iron components that, in mineral-heavy or acidic wells, can pit and corrode, opening clearances and slashing efficiency over time. On the motor side, Myers pairs with the Pentek XE motor, a high-thrust design that keeps amperage draw in check near BEP. Meanwhile, select Franklin Electric systems lean into proprietary control box requirements that limit field flexibility. On hydraulics, Myers’ Teflon-impregnated staging sustains edge integrity longer where grit is present.
In practice, rural installs aren’t lab conditions. Seasonal turbidity, voltage fluctuations, and service delays are real. A field serviceable threaded stack means your contractor can fix minor stage wear on site. Using 2-wire options reduces up-front cost and parts count for many homeowners. With 3-year warranty coverage, Myers extends well beyond standard coverage windows, translating to fewer out-of-pocket risks during early ownership.
This is ultimately about reliability per dollar. Stainless wet ends, efficient motors, flexible wiring, and on-site serviceability backed by PSAM logistics make Myers Predator Plus worth every single penny.
FAQ: Myers Submersible Well Pumps and Your Upgrade from a Jet Pump
1) How do I determine the correct horsepower for my well depth and household water demand?
Start by calculating TDH (total dynamic head): add static water level, seasonal drawdown, friction loss in your drop/lateral, and desired pressure (psi × 2.31). Then choose a GPM rating for demand—8–12 GPM is typical for a 3–4 fixture home; add more if you irrigate. Cross-reference your TDH and target GPM with the Myers Predator Plus pump curve. For example, a home needing 9 GPM at ~220 ft TDH often lands on a 3/4 HP Myers. Deeper installations or higher pressure (e.g., 60–70 psi) may justify 1 HP. The goal is to run near the BEP where efficiency and longevity peak. I recommend confirming well recovery rate too; a 5 GPM well shouldn’t be pumped at 15 GPM. PSAM can run your numbers and propose two curve matches so you can pick the best fit. Rick’s tip: size for your real simultaneous use—two showers plus a washer is roughly 7–9 GPM; irrigators may need 12–15 GPM.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most homes are happy at 8–12 GPM. A large home with irrigation might justify 15–20 GPM if the well can sustain it. Multi-stage pumps build pressure by stacking impellers; each stage adds head. That’s why a 10–13 stage submersible can deliver 50–70 psi at depth while maintaining good flow. Pressure is just head energy expressed at the fixture (1 psi ≈ 2.31 feet). If you want a firm 60 psi at the house and your static water is 90 feet with friction adding 20 feet, you need a curve that gives you your target GPM at roughly 90 + 20 + 60×2.31 ≈ 248 feet TDH. The Myers Predator Plus line has staged options that meet those conditions across 1/2 HP, 3/4 HP, and 1 HP models. Match TDH and flow on the curve, and your showers stop pulsing and stay hot.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
The Predator Plus Series reaches 80%+ hydraulic efficiency at BEP by combining well-tuned hydraulics (impeller/volute geometry), Teflon-impregnated staging that keeps edge profile, and a Pentek XE motor that maintains lower amp draw under designed load. Efficiency isn’t just about the motor; it’s the interaction between hydraulics and motor across the curve. By holding tight clearances with 300 series stainless steel wear components, Myers limits internal recirculation losses that erode performance in other pumps as they age. The result is less wattage per gallon delivered, especially important in 230V residential applications where pumps cycle frequently. If you’ve run a jet pump, you’ll notice the kWh difference immediately. Rick’s note: Efficiency is earned at installation—hit the right curve point, and Myers pays you back every month.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
In a submerged, oxygen-limited environment with dissolved solids, 300 series stainless steel resists pitting and galvanic corrosion that can plague cast iron or mixed-metal assemblies. As corrosion opens up clearances at the wear ring, the pump loses head per stage, forcing longer runtimes and higher energy use. Stainless maintains geometry and thrust alignment, so the stages keep performing to spec. That stability is crucial in deep-set pumps where axial loads are substantial and any misalignment can accelerate bearing wear. The other real-world benefit is serviceability: stainless fasteners and housings come apart cleanly after years underground. I’ve torn down pumps that look new after a decade—all because stainless didn’t give corrosion a foothold.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Teflon-impregnated impellers and related composites present a lower-friction interface and resist abrasion better than standard plastics. Fine grit tries to round off leading edges; Myers’ material choice holds its profile longer, which preserves head per stage. That matters for wells with seasonal turbidity or mild silt intrusion. Couple these impellers with a stainless wear ring, and you slow the progression of clearance growth that robs you of pressure. Important caveat: no submersible is built for sand production at scale. If your well makes visible sand routinely, talk to a well pro about remediation or screening. But for ordinary grit exposure, Myers’ staging takes the abuse without melting efficiency.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor uses optimized windings, high-grade insulation, and a thrust bearing stack built for deep-set axial load. Those choices minimize amperage draw under typical residential duty while keeping temperature rise controlled. A cooler motor lives longer; a balanced rotor/stator set pulls fewer watts. Integrating thermal overload protection and lightning protection preserves windings through transient events that fry budget motors. When paired with a properly chosen wet end so the system runs near BEP, the XE’s efficiency advantage shows up on your utility bill. Practical example: swapping a struggling 3/4 HP jet pump for a 3/4 HP Myers submersible often cuts runtime and watt draw enough to trim 15–20% from pumping costs.
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 safe lifting practices, a competent DIYer can install a Myers submersible using a complete kit: pitless adapter, drop pipe, torque arrestor, wire splice kit, and a properly sized pressure tank. That said, pulling and setting 120–200 feet of drop pipe with a 4" pump requires gear and care. Many homeowners hire a contractor for the set while handling tank and control replacements themselves. Check local code for licensing requirements and electrical permits. At PSAM, we can supply the pump, fittings, pressure switch, and diagrams. My rule: if you’re unsure about wire sizing, voltage drop, or tank pre-charge, bring in a pro for those steps. Water is critical; mistakes are expensive.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire configuration (two power leads plus ground) places the start components inside the motor. It simplifies installation—fewer external parts and often lower initial cost. A 3-wire configuration (three power leads plus ground) uses an external control box housing start/run capacitors and a relay. Some techs prefer 3-wire for easier above-ground capacitor swaps and diagnostics. Performance-wise, both deliver full-rated output when sized correctly. Myers offers both across key HP ratings, so you match to preference and site. For many homeowners, 2-wire at 230V is the cleanest path; for contractors who value topside troubleshooting, 3-wire makes sense. Either way, Myers’ documentation and PSAM support ensure you wire it right.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
With correct sizing and clean installation, expect 8–15 years as a realistic service life. I’ve seen 20–30 years on well-kept systems with stable water chemistry and routine checkups. Maintenance includes verifying pressure tank pre-charge annually, inspecting for leaks at the tank tee, keeping the well cap sealed, and periodically checking amperage draw against nameplate. Protect the circuit with a proper surge device if lightning is common in your area. Avoid frequent short cycles by sizing the tank to deliver at least 1 minute of runtime at typical flow. If your well brings occasional grit, a preventive service every 5–7 years to inspect staging can add years to the system.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
- Annual: Check pressure tank pre-charge (2 psi below cut-in), inspect pressure switch contacts, look for leaks at fittings, confirm pump amps under load. Every 2–3 years: Verify well cap integrity and vent screen, confirm ground bonding, test the check valve for leak-back symptoms (pressure drop with no usage). Every 5–7 years: Evaluate performance vs original curve—if pressure or GPM falls significantly at the same draw, consider pulling for inspection. Always: Avoid running the well dry; size demand to recovery rate. If voltage flicker is common, install surge protection. These small habits keep your Myers well pump within design limits and delay wear on bearings and staging.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers backs Predator Plus with an industry-leading 3-year warranty against manufacturing defects and performance failures, far outpacing the common 12–18 month windows. Coverage focuses on defects in materials and workmanship for both the wet end and the Pentek XE motor. Warranty does not cover misuse, improper installation, or abuse (e.g., running dry, sand pumping beyond spec). Compared to budget brands with a single year of coverage, that extra 24 months reduces your exposure and total cost of ownership. PSAM helps file claims and provides rapid replacements on qualifying issues, keeping your downtime minimal. It’s tangible protection that matches how long pumps should run without drama.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Budget submersibles may cost less upfront, but in real service, I see 3–5 year lifespans with increasing energy use as staging wears. That means two or three replacements in a decade, plus extra labor and downtime. A Myers Predator Plus, installed correctly and sized to BEP, commonly runs 8–15 years, sometimes more. Factor 15–20% lower kWh usage, fewer service calls thanks to field serviceable design, and a 3-year warranty, and the numbers tilt quickly. Over 10 years, many homeowners save $800–$1,500 in combined energy and maintenance compared to swapping budget pumps twice. For the Sandovals, the math was simple: fewer Saturdays lost to priming, lower bills, and steady pressure—worth every penny.
The Sandoval Upgrade: From Jet Pump Headaches to Myers Reliability
- Old system: 3/4 HP convertible jet pump, frequent loss of prime, variable 32–45 psi, undersized 20-gal tank, seasonal grit. New system: 3/4 HP Myers submersible well pump (Predator Plus), Pentek XE motor, 2-wire 230V, set at 120 ft, targeted 9 GPM at ~220–230 ft TDH, 44-gallon pressure tank, 40/60 pressure switch, brass pitless adapter, 1” 200 PSI poly drop, torque arrestor, heat-shrink wire splice kit. Results: Stable 60 psi cut-out, 18% lower pumping kWh, no re-priming, quiet operation, consistent irrigation pressure for saplings, and zero service calls since install.
Omar summed it up a month later: “We don’t talk about the well anymore. Water just works.”
Final Word from Rick: Why Myers Through PSAM Is the Upgrade You’ll Brag About
Upgrading from a jet pump to a Myers deep well pump is more than swapping hardware—it’s ending the cycle of priming, pulsation, and panic. With 300 series stainless steel, Teflon-impregnated staging, a Pentek XE motor, and a 3-year warranty, the Predator Plus Series delivers quiet, efficient, long-haul service. PSAM backs it with same-day shipping, clear sizing help, and parts that arrive when you need them.
Ready to spec the right model? Call PSAM. I’ll pull your TDH, match your GPM rating on the pump curve, and give you a clean bill of materials. For rural homes, contractors, and emergency buyers, this is the upgrade that puts water back on your terms—reliably, efficiently, and worth every single penny.