Introduction
The kitchen faucet sputtered, coughed rusty foam, and quit. Pressure gauge flatlined. In the basement, a musty, metallic odor hung over a damp tank tee. That smell? Nine times out of ten, it’s surface water intrusion or a failing well seal—both classic contamination pathways that follow a pump failure. When your water source is a private well, a breakdown isn’t just inconvenient—it risks bacteria, sediment, and chemical contaminants hitching a ride into your home.
Two hours later, I took a call from Emilio and Karina Figuero (a completely new family for this guide). Emilio Figuero (41), a high school science teacher, and his wife Karina (39), a remote accounting specialist, myers jet pump live with their kids, Lucia (10) and Mateo (7), on 6 acres outside Zillah, Washington. Their 240‑foot basalt well used a 3/4 HP budget submersible installed by a previous owner. After a week of low pressure and gritty water, the pump quit mid-laundry. Their old Red Lion unit had cracked at the discharge fitting, and a split well cap invited rainwater and insects in. Contamination risk went from a “maybe” to a “must-fix now.”
This is why I built this list: preventing contamination isn’t just about filters and chlorine tablets. It starts at the pump selection, materials, seals, motor protections, check valves, and the way every component is installed. We’ll cover ten contamination-preventing essentials—from stainless construction to sanitary wellheads, from multi-stage hydraulics to pitless adapters, from system sizing to electrical protection. I’ll show you how a Myers Predator Plus submersible built with 300-series stainless and a Pentek XE motor forms the backbone of a safe, sealed, and reliable water system. We’ll talk sizing, 2-wire vs 3-wire, tanks and switches, and the kit of parts that keeps your well closed to the outside world.
As PSAM’s technical advisor, I’ve replaced thousands of pumps. Contamination prevention is the first design goal. Get this right, and your home runs clean.
#1. Myers Predator Plus Series Stainless Steel Construction - 300 Series Lead-Free Materials Block Corrosion, Biofilm, and Leaching
When reliability and water purity are nonnegotiable, construction materials are the beginning and the end of the conversation. Corroded housings shed metals, pit, and harbor bacteria.
Myers solved this with the 300 series stainless steel shell, discharge bowl, shaft, and suction screen used in the Predator Plus Series. Stainless resists mineral attack and pitting in mildly acidic and iron-rich water, eliminating the rough surfaces where biofilm forms. That smooth profile also prevents abrasive wear from fine grit. Even better, all wetted parts are lead-free, reducing any chance of leaching. Pair those materials with engineered composite impellers in Teflon-impregnated staging, and you’ve got a hydraulic channel that stays smooth for the long haul. The more stable your internals, the less likely your system is to shed particulates into potable lines.
For Emilio and Karina Figuero, moving from a cracked thermoplastic housing to a 1 HP Myers Predator Plus with stainless components meant no more mystery flakes at faucets—and a clean, corrosion-resistant heart to their system.
Why Stainless Matters for Water Purity
Rough, corroded channels trap debris and become breeding grounds. 300 series stainless steel prevents pitting and flaking, keeping impeller pathways smooth. That directly reduces sediment shedding and bacterial adhesion. Over time, that’s fewer brown-tinted flushes after outages and safer water for kids’ baths and cooking.
Lead-Free Components and Health
“Lead-free” is more than a label—wetted component chemistry counts. Myers uses lead-free stainless and composite materials meeting potable water standards. Lower-risk metallurgy translates to lower cumulative exposure, especially important when a pump sits submerged 24/7 for a decade or more.
Long-Term Contamination Control
Cleaner internal surfaces reduce what your filtration needs to catch. That means less filter loading, fewer clogs, and a lower chance of backflow contamination during pressure dips. Internally clean pumps keep whole-house systems healthier.
Key takeaway: Start with stainless, and your contamination risk drops before the first gallon is pumped.
#2. Pentek XE High-Thrust Motor Technology - Thermal Overload and Lightning Protection Keep Seals Tight and Systems Clean
Contamination prevention includes stopping the overheating and cycling that cause seal failures and leaks at splices or pitless connections.
The Myers Predator Plus pairs with the Pentek XE motor, a high-thrust, single-phase motor that runs cooler, straighter, and with lower amperage draw at its best efficiency point (BEP). Cooler windings mean longer seal life. Integrated thermal overload protection arrests runaway temps before damage occurs, while lightning protection mitigates transient voltage spikes that silently shorten insulation life. A motor that holds alignment protects the shaft seal and keeps the pump spinning true. That steadiness prevents vibration that can work fittings loose—a sneaky contamination source when the well cap or pitless joint is compromised.
After one summer lightning storm tripped their old control, Emilio found scorched connectors near the pressure switch. With the Pentek XE and new splices, their electrical path is stable—and so is their water quality.
Vibration Control Protects Sanitary Seals
Misalignment and cavitation rattle a system to pieces. A high-thrust, balanced Pentek XE minimizes start-up torque shock and mid-curve chatter. That protects drop pipe threads, wire splices, and the pitless adapter—the places where contamination sneaks in.
Thermal Protection Prevents Elastomer Failure
Seal elastomers harden and crack under heat. Thermal overload protection trips early enough to save both motor and seals, reducing drip points and stray openings where surface water could enter via compromised conduits.
Consistent Performance = Safer Water
Stable RPM and current draw keep the pump reliably at curve. No wild pressure swings, no hammer events, and far fewer moments where vacuum or reflux could introduce contaminated water.
Key takeaway: A protected, stable motor preserves the integrity of every sanitary connection in your well system.
#3. Teflon-Impregnated Staging for Grit Resistance - Multi-Stage Pump Efficiency Reduces Sand Abrasion and Downhole Turbulence
Fine sediment is the enemy of clean water. Kick up too much, and you’re sipping grit.
Myers’ Teflon-impregnated staging uses self-lubricating impellers that glide against stage wear rings, even with trace sand. The multi-stage design on a submersible well pump produces pressure efficiently, so the pump runs closer to its pump curve without generating turbulence that stirs bottom fines. The result: lower abrasion, tighter tolerances for longer, and less grit delivered to the house. That’s contamination prevention by hydraulic design.
For the Figueros, their static level sits around 85 feet, with a pump setting at 220 feet. We selected a Myers 1 HP, 10 GPM configuration staged to produce the needed TDH (total dynamic head) without throttling. Less bypass, lower turbulence, cleaner water.
Hydraulics That Stay Clean
Multi-stage pressure generation reduces single-impeller stress. By sharing the load across stages, you avoid stall zones that slough off buildup. Cleaner hydraulics keep sediment out of your lines.
Self-Lubrication = Less Wear Debris
Those self-lubricating impellers reduce mechanical rubbing. Lower wear equals fewer composite particulates migrating into potable piping. It’s a design that keeps the inside of your pump—and your home’s water—cleaner.
Proper Staging Prevents Over-Pumping
Oversized pumps can scour a bore. Correct staging keeps performance at BEP instead of pulling excessive velocity at the intake screen. The payoff is simple: less stirred-up sand reaching your filters.
Key takeaway: The right staging turns “dirty well” complaints into a clean, steady flow.
#4. Sealed and Sanitary Wellhead - Proper Well Cap, Pitless Adapter, and Threaded Assembly Stop Surface Intrusion Cold
Most contamination starts topside: bugs under a cracked cap, rain through a conduit, lawn chemicals at a poorly sealed casing.
Myers builds service around a sealed system philosophy. Downhole, the threaded assembly of a Myers Predator Plus Series allows tight, field-serviceable connections. At the surface, contamination control demands a sanitary well cap, gasketed conduits, and a properly aligned pitless adapter that seals the casing penetration. Add a torque arrestor to keep the drop pipe from rubbing wire jackets raw, and your system stays closed to the outside world.
The Figueros’ old cap was a garden-variety loose lid. We installed a vermin-proof, gasketed sanitary cap, replaced the pitless O-ring, and dressed the splice with a heat-shrink wire splice kit. Problem contained.
Sanitary Cap Essentials
A true sanitary well cap features gaskets, a screened vent, and sealed wire entry. This blocks insects and rain—two of the most common bacterial vectors—while letting the well breathe without drawing debris.
Pitless Adapter Integrity
A clean, square pitless adapter with fresh O-rings ensures no surface water tracks down the casing annulus. Proper alignment prevents freeze damage and stops weeps that can carry contaminants into drop-pipe threads.
Field-Serviceable, Tight Connections
The Myers threaded assembly means you can service sections without hacked couplings that invite leaks. Good threads equal good seals and no infiltration points.
Key takeaway: A sanitary wellhead is your first and best defense against contamination.
#5. Correct Sizing and 2‑Wire/3‑Wire Choices - Stable Pressure Prevents Back-Siphonage and Cross-Contamination
Water systems go dirty when pressures swing. Sizing mistakes cause cycling, vacuum episodes, and cross-connection risks.
We size a submersible well pump to deliver your home’s demand (typically 7–12 GPM) at expected TDH, so pressure is stable. With Myers, you can match motor control to your install: a 2-wire well pump simplifies installation and cuts upfront cost, while a 3-wire well pump with a control box provides off-motor start components for easier diagnostics. Both options in the Predator Plus line hold pressure predictably. Stable pressure protects against back-siphonage at hose bibs and keeps fixtures from belching air (a contamination red flag).
For the Figueros, we chose a 1 HP, 230V 3-wire for their 240-foot set depth and irrigation spur. The control box adds easy capacitor and relay swaps without pulling the pump—keeping the system consistent and clean for the long run.
Why Pressure Stability Prevents Contamination
Back-siphonage occurs when pressure dips below atmospheric. Correct GPM rating and stages maintain line pressure during peak use so outside water never gets pulled backward into the home.
2-Wire vs 3-Wire Done Right
A 2-wire configuration is simple and reliable for moderate depths. For deeper sets or frequent cycling loads, a 3-wire with external start gear aids service and long-term stability. Both are available from Myers.
Pressure Tank and Switch Pairing
Right-size the pressure tank and calibrate the pressure switch (40/60 or 30/50). Larger drawdown means fewer starts, less vacuum risk, and cleaner operation.
Key takeaway: A correctly sized Myers system holds pressure like a champ—and that keeps your water safe.
#6. Internal Check Valve and Backflow Strategy - Stop Reflux That Carries Contaminants Upstream
Backflow is a contamination conduit—full stop. Preventing reverse flow is essential.
A Myers Predator Plus pump includes an internal check valve that prevents column drain-back. Combined with an above-ground spring check at the tank tee, you’ve got a dual barrier. This setup eliminates water hammer that can crack fittings and forces water to move one way only. When pressure collapses on a budget system, it creates a brief vacuum. That vacuum can pull water from hose ends, unprotected bibs, or even lawn equipment rinse points back into your lines. Checks and stable pressure prevent it.
The Figueros’ old line had a suspect threaded swing check that stuck open—classic reflux culprit. We swapped it for a spring check and verified the downhole check held tight. Grit-in-the-sink problem solved.
Dual-Check Redundancy
The downhole internal check valve is your first defense. Adding a second spring check topside protects the system if debris ever compromises the internal one. Two doors. One direction.
Water Hammer and Micro-Fractures
Without a working check, hammer events crack fittings and O-rings, creating micro-leaks. Those tiny openings let contaminants in. Checks and soft starts reduce shock—and contamination risk.
Hose Bib Backflow Prevention
Use vacuum breakers at outdoor spigots. Stability from a well-designed Myers system helps, but fixture-level backflow devices are your guardrails during oddball events.
Key takeaway: Lock flow to one direction with checks that hold, and contamination loses its on-ramp.
#7. Comparison Insight: Myers vs Franklin Electric and Goulds in Contamination Control Applications
Contamination prevention hinges on materials, motor protection, and field serviceability. Myers uses 300 series stainless steel throughout the Predator Plus wetted parts, resisting corrosion and pitting. Franklin Electric submersibles are solid performers, but many packages rely on proprietary control setups and a dealer model that can slow field repairs. Goulds Pumps build quality products; however, select models still incorporate cast iron components that corrode in acidic or mineral-heavy water, creating rough surfaces where biofilm takes hold. The Pentek XE motor on Myers delivers efficient thrust and integrated protections that help seals last and keep fittings tight—vital for keeping wells closed to intrusion.
In real-world installs, field-serviceable, threaded assembly from Myers lets qualified contractors swap wear parts and maintain tight seals on-site. That agility matters when a sanitary cap or pitless needs attention pronto. Goulds units with iron components can accumulate scale that sloughs into lines after outages; Franklin’s dealer-centric parts can extend downtime if you’re remote. Myers’ higher hydraulic efficiency near BEP reduces turbulence—and stirred-up sediment—translating to cleaner discharge at the tank.
When every gallon is for your family’s table and tap, reliability isn’t optional. With stainless internals, efficient motors, and PSAM’s quick-ship support, Myers prevention-first design is worth every single penny.
#8. Control the Source: Filtration, Flush, and Start-Up Protocols - Keep Debris Out From Day One
Even the best pump needs smart commissioning to avoid contamination.
After installing a new Myers submersible well pump, we shock chlorinate per code, flush the well until clear, and purge lines at outdoor spigots before opening indoor fixtures. We then stage filtration: a 5‑micron sediment cartridge and, if needed, iron removal upstream of any carbon. The pump’s clean hydraulics mean filters last longer and don’t load up with wear debris. Finally, we set the pressure switch and tank air charge correctly to eliminate nuisance cycling.
For the Figueros, we ran three hours of clear flush at the yard hydrant, verified chlorine residual, then tied in a sediment filter. Their water tested clean; more importantly, the system stayed closed at every joint and seal—just as designed.
Shock and Flush Done Right
Disinfect the well and casing, then run the system wide open until water clears and chlorine drops. Flushing prevents entrained particulates from entering home plumbing, preserving appliance lines and faucets.
Filter Staging That Works
Start simple: sediment first, then specialty media as tests dictate. Myers’ clean internals help filters do their job without fighting pump-shed particulates.
Pressure and Air Charge
Calibrate the pressure switch and set tank pre-charge 2 PSI below cut-in. Stable cycling protects against back-siphonage and fixture gulping that can pull air—and contaminants—into lines.
Key takeaway: Commission like a pro, and your Myers system pays you back with clean, stable service.
#9. Electrical and Mechanical Protection - From Lightning to Freeze, Keep Your Well Sealed and Clean
Contamination isn’t only biology—it’s failure by environment.
Install a quality surge protector at the service panel and weatherproof the conduit to the wellhead. Protect splices with a wire splice kit using heat-shrink, adhesive-lined sleeves. Add a torque arrestor to prevent rub-through. In cold climates, insulate the pitless and tank tee zone; freezing can split fittings and open contamination paths. When combined with the Myers 3-year warranty, UL listed components, and PSAM’s vetted accessories, your system stays mechanically intact and watertight.
After a lightning event, the Figueros used to lose pressure for minutes as air burped through lines. With surge protection and sealed splices, that behavior—and the risk it carried—disappeared.
Surge and Lightning Protection
A robust suppressor attenuates spikes that damage insulation and seals. The Pentek XE motor includes protections, but whole-house surge is your belt-and-suspenders approach.
Anti-Friction and Freeze Planning
Torque arrestors stop cable scuffing that leads to jacket breaches. Cold-climate insulation around the pitless adapter prevents micro-cracks that can admit meltwater into the system.
Warranty and Certifications Matter
A 3-year warranty backed by Pentair and UL listed components indicate proven safety and reliability. Those aren’t decals—they’re peace of mind for families on private wells.
Key takeaway: Protect the system from the environment, and the environment stays out of your water.
#10. Comparison Insight: Myers vs Red Lion for Contamination Prevention and Service Life
Contamination prevention starts with housings and connections that won’t split under pressure cycles. Myers Predator Plus features a stainless steel shell and discharge that resist thermal expansion and pressure fluctuations. Many Red Lion models use thermoplastic housings. In my field work, thermoplastic can develop hairline cracks after repeated heat/pressure cycles, especially at threaded connections. Cracks and distorted threads aren’t just leaks—they’re contamination pathways. Myers stainless maintains thread integrity and seal contact pressure over time.
For installation and maintenance, Myers’ field-serviceable design with threaded assembly means tight, repeatable seals after service. Red Lion’s budget focus often trades away long-term tolerance control, and once plastic threads deform, sealing is hit-or-miss. On energy performance, Myers’ higher hydraulic efficiency near BEP cuts turbulence—important for wells with fine silt that otherwise gets stirred into the water column. In homes like Emilio and Karina’s, those little design advantages keep grit out of kitchen fixtures and extend filter life by months.
If the goal is a decade-plus of clean, consistent water, stainless construction, efficient hydraulics, and pro-grade serviceability from Myers put contamination prevention on autopilot. With PSAM support and rapid shipping, the upgrade is worth every single penny.
FAQ: Expert Answers from Rick Callahan
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with your needed flow (typical homes: 7–12 GPM) and calculate TDH (total dynamic head): elevation from pumping water level to pressure tank, plus friction loss, plus your desired pressure (convert PSI × 2.31). Cross this point against the Myers Predator Plus pump curve to see which model produces your target flow at that head. For example, a 240‑foot setting with a 50 PSI target (115 feet), 40 feet elevation, and 30 feet friction equals ~185 feet TDH. A Myers 1 HP, 10 GPM model typically delivers 8–11 GPM at this head with room to spare. Don’t oversize; oversized pumps cause cycling and can stir sediment. For the Figueros, a 1 HP at 230V matched their irrigation spur and home use while staying near BEP. Rick’s recommendation: size to the middle of the curve, not the edge, and verify voltage drop with proper wire gauge to maintain horsepower under load.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
A three-bath home with laundry and kitchen typically runs well at 8–10 GPM. Add irrigation zones or livestock and you may need 12–15 GPM or a separate booster pump. In a multi-stage pump, several impellers add pressure in series, allowing modest flow with high discharge pressure—perfect for deep wells. Multi-stage design lets a 1 HP unit produce 300+ feet of head without overdriving velocity at the intake. That’s cleaner water: less turbulence, less sand pick-up, and steadier delivery to the pressure tank. Myers’ Teflon-impregnated staging keeps efficiency high even with a bit of grit, sustaining pressure without increasing wear debris. Rick’s recommendation: choose the GPM (7, 10, 15) that matches fixtures and irrigation, then pick the stage count to meet TDH while staying at mid-curve.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from smooth flow paths, tight tolerances, and low-friction materials. Myers Predator Plus uses engineered composite impellers with self-lubricating surfaces, reducing hydraulic and mechanical losses. Precision-fitted wear rings maintain clearance under temperature changes, while the Pentek XE motor holds RPM under load with optimized amperage draw, keeping you near BEP. That means less energy wasted as heat and turbulence, which is exactly what stirs sediment. Competitors with rougher cast components or looser stage fits shed efficiency over time as parts wear. Myers stays efficient longer, saving up to 20% on energy annually in many installs. Rick’s recommendation: ask for pump curves and efficiency tables; aim your operating point in the 75–85% window for best cleanliness and cost control.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submersibles live in oxygen-poor, mineral-laced water. 300 series stainless steel resists pitting and crevice corrosion in those conditions, maintaining smooth hydraulic surfaces. Cast iron oxidizes and scales in acidic or high-iron water; the resulting roughness harbors bacteria and can Plumbing Supply and More myers pump slough into lines during restarts, clouding water. Stainless also keeps threads true under thermal swings, preserving seal compression at the discharge. That directly prevents micro-leaks—classic contamination paths. With Myers’ stainless construction on the shell, discharge bowl, and suction screen, you reduce corrosion debris, preserve efficiency, and keep your well column clean. Rick’s recommendation: in any well with measurable iron or low pH, stainless is non-negotiable for water quality and service life.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Teflon-impregnated impellers create a low-friction interface with the wear ring, so microscopic grit passes without grinding away stage edges. This reduces the “sandblasting” effect that opens clearances. Tight clearances mean consistent pressure per stage and less energy lost to recirculation—important for keeping velocity (and sediment lift) down. Over thousands of hours, these self-lubricating impellers maintain geometry far better than standard composites. That yields cleaner water: fewer internal wear particulates and reduced turbulence that would otherwise stir fines. Rick’s recommendation: if you’ve got a sandy aquifer or seasonal drawdowns that flirt with the well bottom, Myers’ Teflon-impregnated staging is the right move to keep both your pump and your water clean.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
High-thrust designs stabilize axial loads from multi-stage impellers, preventing wobble that robs efficiency. The Pentek XE motor integrates optimized windings and rotor geometry to reduce I²R losses, so under identical flow/head, it draws less current. Built-in thermal overload protection and lightning protection prevent heat and surge damage that misalign shafts and degrade seals—both contamination risks if fittings loosen. That efficiency keeps you close to the pump’s BEP, which equals smoother hydraulics and less sediment lift. Rick’s recommendation: if your well is 150–350 feet and you want clean performance for a decade or longer, pair the Predator Plus wet end with XE. It’s a winning combination for energy and purity.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
A skilled DIYer can install a Myers Pumps submersible if familiar with electrical and plumbing codes: you’ll need to set the pitless adapter, splice cables with a waterproof wire splice kit, suspend the pump on proper drop pipe, and set a sanitary well cap. Many homeowners do fine on shallow to mid-depth wells (under ~150 feet) and 2-wire systems. For deeper wells, complex wire runs, or water quality issues, hire a licensed contractor. Incorrect torque control, poor splices, or an unsealed cap can lead directly to contamination. Rick’s recommendation: if in doubt, call PSAM. We’ll size the pump, kit your install parts, and connect you with a pro. Water safety beats guesswork.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump houses the start components in the motor. It’s simpler, with fewer parts topside and no external control box—excellent for many residential installs up to moderate depths. A 3-wire well pump uses an external control box with start capacitor and relay, easing diagnostics and replacements without pulling the pump. Performance is similar if sizing is correct, but serviceability differs. In contamination prevention terms, stability matters most—both systems from Myers deliver steady pressure when sized right. For the Figueros’ 240-foot set, the 3-wire made sense for long-term serviceability. Rick’s recommendation: 2-wire to simplify, 3-wire where depth or duty favors quick above-ground component swaps.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
With correct sizing, surge protection, and a sanitary wellhead, expect 8–15 years on average. Many of my customers see 20+ years in clean aquifers. Maintenance is minimal: verify tank pre-charge annually, inspect the sanitary well cap and pitless adapter seasonally, and replace filters as needed. The 3-year warranty outpaces typical coverage, and the field serviceable design lets contractors refresh wear components before they cascade into larger failures. Rick’s recommendation: document install specs, set voltage and pressure correctly, and address any pressure swings early. A calm, stable system is a long-lived, clean system.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
- Annually: Check pressure tank pre-charge (2 PSI below cut-in), test pressure switch operation, and inspect the sanitary well cap gasket and vent. Seasonally: Look for wet soil near the well (leaks), verify the pitless adapter is sealed, and confirm surge protection is active. As needed: Replace sediment filters to prevent differential pressure spikes; add hose bib vacuum breakers if you irrigate or use sprayers. Every 3–5 years: Consider pulling and inspecting in sandy wells; refresh O-rings and torque control as needed.
These basics keep pressures steady and seals tight, directly reducing contamination risk. Rick’s recommendation: log everything. A $5 notebook saves $500 mistakes.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers’ 3-year warranty is industry-leading, outpacing many brands that stop at 12–18 months. It covers manufacturing defects and performance issues under normal use—exact terms vary by model. This longer coverage aligns with the Predator Plus’ pro-grade build: stainless construction, Teflon-impregnated staging, and Pentek XE motor protections. In my field experience, warranty claims are rare when the install is correct, but that extra window matters for homeowners without municipal backup. Compare that to budget brands with 1‑year protection; owners often face full-cost replacements in year two or three. Rick’s recommendation: buy once, buy right, and leverage PSAM support for documentation, startup verification, and fast service if needed.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
A budget submersible might cost half upfront but often lasts 3–5 years. Factor two replacements in a decade, each with labor and downtime, plus higher energy use from poorer efficiency. Meanwhile, a Myers Predator Plus, sized correctly, can run 8–15 years with 80%+ hydraulic efficiency near BEP, trimming electric bills by up to 20%. Add the 3-year warranty, fewer service calls, and cleaner hydraulics that extend filter and appliance life, and the math swings in Myers’ favor. For the Figueros, we estimated $500–$700 saved in energy and filters over five years, plus no repeat pull fees. Rick’s recommendation: TCO beats sticker price. On wells, reliability and water quality are worth every penny.
Conclusion
Contamination prevention doesn’t start at the filter—it starts at the pump. With Myers Pumps Predator Plus, you get 300 series stainless steel where it counts, Teflon-impregnated staging that runs clean against grit, a Pentek XE motor that protects seals, and a field serviceable, threaded assembly that stays tight. Add a sanitary well cap, a sealed pitless adapter, correct sizing, dual backflow checks, and smart commissioning, and you’ve built a closed, stable system that keeps the outside world out of your water.
Emilio and Karina Figuero moved from cracked thermoplastic and an open cap to a sealed, stainless-backed system delivering clean, steady water. Their kids, Lucia and Mateo, aren’t brushing with rusty foam anymore—and that’s the real test.
Ready to size your system? Call PSAM. I’ll match your well depth, GPM rating, and TDH, bundle the right pressure tank, pressure switch, checks, and a Predator Plus pump, and ship fast. Clean water, sealed tight—the way a private well should be.
