Preventive Maintenance Checklist for Your Myers Well Pump

A cold shower and a silent pressure gauge can throw a whole household into crisis. In most rural homes, no pump means no water—no cooking, no laundry, and no firefighting reserve. As a guy who’s pulled more failed pumps than I can count, I’ll tell you straight: a reliable system comes down to smart sizing on day one and disciplined, seasonal maintenance forever after. Skip the basics and expect breakdowns. Nail the checklist and your Myers well pump will hum along for years.

Meet the Aguirre-Lemieux family. Mateo Aguirre (38), a residential electrician, and his partner, Camille Lemieux (36), an ER nurse, live on 6 acres outside Middlebury, Vermont with their kids Luc (8) and Sabine (5). Their 165-foot private well ran a budget submersible that cracked under pressure cycles last February—right before a Nor’easter. After hauling water for two days, Mateo called me at PSAM. We sized their replacement correctly: a Myers Predator Plus Series, 1 HP, 10 GPM, 2-wire, backed by Pentair engineering and a real 3-year warranty. Since then? Strong pressure, steady power draw, and (most important) a calm household.

Here’s my preventive maintenance checklist that keeps systems like the Aguirre-Lemieuxs’ dialed in: monitor pressure tank health, protect electrical, test controls, flush and clean, verify flow vs pump curve, check safety hardware, service drop-pipe connections, and record everything. Do this by the seasons and you’ll stretch service life to the 8–15-year range—and I’ve seen Myers units stretch to 20–30 with great care.

Let’s break it down.
#1. Start with the Heartbeat: Pressure Tank & Switch – Stabilize Cycling for Long Life on Myers Pumps
Short-cycling kills even premium equipment. If your system’s turning on and off every few seconds, the motor, contacts, and wiring suffer. A healthy pressure tank and calibrated switch keep your Myers submersible well pump running efficiently and protect your entire setup.

My technical take: a diaphragm-style tank should carry the right air precharge—typically 2 psi below your pressure switch cut-in. For a 40/60 switch, that’s 38 psi with no water pressure on the tank. Undersized tanks or a ruptured bladder force the pump to cycle rapidly, spiking current draw and heat. Myers systems respond beautifully when cycling is controlled at a reasonable duty: 1–2 minutes on-time per run at common household draws. That’s good for the motor windings and reduces start-stop wear across the system.

The Aguirre-Lemieux setup stabilized after we corrected their precharge and replaced a tired switch. Camille noticed better shower consistency immediately; Mateo saw reduced amperage spikes on his clamp meter. That’s how you know the pump—and your wallet—are protected.
How to Test Your Pressure Tank Precharge
With water off and tank drained, check air pressure at the Schrader valve. For common 30/50, set at 28 psi; for 40/60, set 38 psi. If pressure drops quickly between tests, the bladder may be leaking and the tank needs replacement. Re-check every 6 months—spring and fall are easy reminders.
Dialing In the Pressure Switch
Confirm actual cut-in/cut-out using a reliable gauge. Adjust the large nut for overall range and the small differential nut for spread. Corroded contacts or pitted points will cause erratic starts—replace the switch if contact wear is visible. Keep a spare switch on the shelf; it’s cheap insurance.

Key takeaway: stabilize cycles and you extend pump life. Your Myers will repay you with years of quiet, efficient service.
myers water well pumps https://www.plumbingsupplyandmore.com/3-4-hp-submersible-well-pump-12-stage-design.html #2. Electrical Integrity Check – Protect the Pentek XE Motor and Keep a Clean 2-Wire Circuit
Your Myers Predator Plus Series relies on a high-thrust Pentek XE motor designed for efficient starts and cooler running. Electrical weakness—undersized wire, loose lugs, or moisture—creates heating and premature motor wear. A twice-yearly electrical tune-up saves real money.

Technically speaking, voltage drop should be limited. For a 1 HP at 230V over 200 feet of wire one-way, use the correct gauge per the amp draw on the motor nameplate. Loose connections increase resistance, which increases heat, which shortens motor life. The 2-wire configuration simplifies control—no external control box to fail—and plays nicely with surge protection and quality breakers.

In the Aguirre-Lemieux home, Mateo replaced a corroded splice in the well cap and tightened panel connections. That alone stabilized voltage and shaved 0.8 amps off running current at peak flow. He installed a whole-house surge protector to shield the motor from lightning transients—Vermont storms are unforgiving.
Panel-to-Well Conductor Check
Kill power, then inspect lugs from breaker to well cap. Look for heat discoloration on insulation and evidence of green corrosion. Retorque to manufacturer specs. Replace brittle or UV-damaged cable at the cap.
Splice and Cap Inspection
The wellhead should be dry and sealed. Use a proper heat-shrink wire splice kit below the cap—no tape-and-hope shortcuts. Label the breaker clearly so anyone in the house can shut power off in an emergency.

Key takeaway: clean power equals longer motor life. Protect your Myers investment with simple electrical diligence.
#3. Stainless Strength Matters – Keep 300 Series Stainless Components Clean and Grit-Ready
Your Myers uses 300 series stainless steel in the shell, discharge, shaft, and screen for a reason: corrosion resistance and structural integrity. A quick annual cleaning around the wellhead and pitless area helps keep that advantage intact.

Here’s the engineering truth: stainless resists many acidic and mineral-heavy waters far better than cast iron. It won’t swell, pit, or flake the way iron does, which preserves tight clearances in the pump stages. Pair that with Teflon-impregnated staging—self-lubricating, abrasion-resistant impellers—and you’ve got a system built to handle trace sand and grit gracefully.

At the Aguirre-Lemieux property, silt sometimes appears after spring runoff. We logged it and set a 12-month check on sediment capture at the intake screen. Their Predator Plus stayed quiet and efficient; no scraping, no drop in performance.
Wellhead Housekeeping
Keep the well cap secure, the grade sloped away, and vegetation trimmed. Critter nests and leaf debris build moisture and contaminate wiring or pitless seals. A clean, dry head equals longer life for stainless components and every connection point.
Sediment Watch and First-Flush Routine
After heavy rains or deep-draw irrigation, run an outdoor spigot for 5–10 minutes to flush any stirred sediment before it reaches fine fixtures. Note any cloudiness or metallic odor. Document it. Patterns help you predict when to check filters or call for a drawdown test.

Key takeaway: stainless and engineered staging are formidable—help them by keeping the well environment clean.
#4. Flow, Head, and BEP – Verify Performance Against the Pump Curve to Catch Problems Early
A well-run system operates near its BEP (best efficiency point). That’s where your pump delivers rated GPM with minimal energy waste and minimal wear. Once a year, verify that household flow and pressure match the published pump curve for your model.

From a field perspective: measure flow at a hose bib with a 5-gallon bucket and stopwatch. Compare to expected delivery for your model, depth, and pressure. If you see a 15–20% reduction vs last year’s baseline, you may have issues: partial line blockage, tank waterlogging, sediment wear, or a failing check. Operating far off the curve means heat and strain, which shortens lifespan.

Using this, we benchmarked the Aguirre-Lemieux 10 GPM Myers at 8.9 GPM at 52 psi last April—perfectly within spec for their depth and plumbing. Camille keeps that number in a folder with their maintenance dates, which makes trend spotting easy.
How to Establish a Baseline
Record: time to fill 5 gallons, system pressure at start/finish, and approximate simultaneous demand (sprinklers or washer). Keep the exact outdoor spigot the same every year to reduce variables. More data, better decisions.
Diagnosing Off-Curve Operation
Low flow? Start with simplest fixes: replace clogged aerators and whole-house filters, confirm tank precharge, then inspect for crushed or kinked hoses. If performance is still off, call for a static and dynamic well test to ensure water level is stable.

Key takeaway: trust the data. “Feels weak” is guesswork—BEP verification is science.
#5. Safety Hardware & Drop-Pipe Check – Threaded Assembly, Torque Control, and Secure Support
Myers submersibles use a threaded assembly that’s truly field-serviceable, which I love as a contractor. But it still needs careful annual checks at accessible points: torque arrestor, head seals, safety rope, and discharge fittings. Vigilance here prevents expensive drops and pulled threads later.

Technically, a pump starting torque can twist unsupported lines. A proper torque arrestor and safety rope prevent rotation and protect fittings. Inspect stainless clamps and nylon safety lines for UV damage at the well cap. Confirm the pitless connection is snug and leak-free. If you’re ever pulling the pump, a threaded Myers design lets you service stages or seals on site—saving a fortune compared to sealed designs that force full replacement.

In Vermont, Mateo noted a faint “thunk” on startup at the wellhead—loose cap screws. We tightened hardware and re-centered the torque arrestor. Noise vanished, starts smoothed out, and the system felt tight again.
Well Cap and Pitless Adapter Audit
Back out each cap screw, apply a dab of anti-seize, and retighten evenly. Inspect gaskets for cracks. Verify the pitless latch is fully engaged. A small air leak can pull contaminants and add minor drawdown errors.
Support Hardware Refresh
Replace any rusted clamps. Confirm safety rope anchors are sound. Mark pipe lengths and rope for future retrieval points; next time you pull the pump, you’ll thank yourself.

Key takeaway: small mechanical checks prevent big retrieval jobs. Your Myers’ field-friendly design pays off when you maintain the hardware around it.
#6. Control Logic and Protection – Keep the Brain Sharp and the Motor Safe
Smart controls keep your motor safe and efficient. The Pentek XE motor already includes robust protective features, but it still needs the right helpers: reliable overload protection, a surge device, and control logic compatible with your 2-wire well pump.

From a technical lens, under-voltage and over-voltage events stress windings. Install a Type 2 surge protector at the service panel and, in lightning-prone regions, an additional device at the wellhead if allowed. Test the breaker, confirm trip settings match nameplate amps, and use quality components. If you run irrigation or outbuildings heavily, consider a pump monitor that learns normal current signatures and trips only on real anomalies.

We put a panel-level surge protector on the Aguirre-Lemieux home and labeled the breaker clearly. After a summer storm, the protector did its job—Mateo’s meter showed transient activity, the motor never saw it, and the morning shower ran as usual.
Surge and Overload Strategy
Pick UL-listed surge devices sized for your service. For 240V pumps, ensure the protector clamps L1-L2-LG. Replace MOV-based units every few years; they degrade with hits. Overcurrent protection should match motor amperage plus wire length considerations.
Seasonal Test of Control Logic
Cycle the system with a garden hose flowing. Listen for chatter at the switch, verify smooth starts, and record run currents. If starts feel rough or noisy, investigate wiring, tank charge, or check valve function.

Key takeaway: when the brain works, the brawn lasts. Protect the motor and it will reward you with years of quiet service.
#7. Comparison Deep Dive: Myers vs Red Lion and Goulds – Real-World Durability, Efficiency, and Ownership Costs
Let’s address two common alternatives I get asked about: Red Lion and Goulds Pumps. On materials, performance, and maintenance, Myers holds key advantages that matter over the long haul.

Technically, Myers uses extensive 300 series stainless steel for the shell and critical wear components. This resists corrosion in mineral-rich or mildly acidic water that can attack iron-bearing parts. Red Lion frequently employs thermoplastics in housings on certain models, which can handle light duty but don’t love repeated thermal and pressure cycling. Add Myers’ Teflon-impregnated staging and you’ve got impellers that self-lubricate under marginal sand load—less grit scoring, less stage wobble over time. On efficiency, Myers Predator Plus designs run closer to BEP, improving delivery per watt.

In application, Goulds offers many solid units, but some series incorporate cast iron elements that, in my field experience, pit in challenging chemistries. Myers pairs that stainless build with a robust 3-year warranty, and the Pentair backing keeps parts and support flowing. Red Lion’s budget path can look attractive at checkout, but you tend to pay in service life and energy over the next decade.

For homeowners like Camille and Mateo who depend on steady water 24/7, the fewer times you pull a pump, the better. Add PSAM same-day shipping on in-stock Myers models and you’ve got uptime and support locked in—worth every single penny.
Field Evidence You Can Feel
When the Aguirre-Lemieux family switched from a cracked Red Lion submersible to a Myers Predator Plus, the difference showed up in amperage stability and sound. Quiet at start, consistent flow at the kitchen sink, and no mid-shower pressure sag.
Ownership Math That’s Honest
Count all costs: purchase price, energy bills, maintenance, and downtime. Myers typically lowers lifetime ownership thanks to fewer replacements and better efficiency. That’s money back in your pocket and less Saturday time fixing water problems.

Key takeaway: durable build plus smarter staging equals fewer headaches. Choose the system built to outlast.
#8. Seasonal System Flush & Fixture Care – Keep Flow Paths Clear and Showers Strong
A yearly purge keeps performance up. Sediment, iron, and household debris migrate to low points, aerators, and cartridges. A simple flush routine prevents symptomatic “weak pressure” calls that aren’t the pump’s fault.

On a technical note, a controlled flush clears lines and resets a clean baseline for your flow tests. Work from outside to inside. Start with a hose bib near the tank. Run full bore for several minutes, then sweep through key fixtures. Clean aerators, soak in vinegar if hard water is heavy, and reset everything. If you run filters or a softener, replace media on schedule; a clogged filter loads the pump off the pump curve and fakes out your diagnostics.

The Aguirre-Lemieux family does a spring and fall flush. Luc even times the 5-gallon bucket for our flow log—eight-year-olds make great junior data techs. Their Myers pump stays right on spec.
Filter and Softener Sync
Your pump hates pushing against blockages. If your whole-house filter’s differential pressure rises over 10 psi, swap the cartridge. Re-bed softeners per manufacturer instructions. These steps matter as much as anything at the wellhead.
Fixture Tune-Up
Pull and rinse faucet aerators, showerheads, and appliance screens. Note any rust flakes or grit—could indicate pipe corrosion or post-storm sediment. If symptoms persist, move upstream in your diagnostics.

Key takeaway: a clean distribution system makes your Myers look like a hero—and it deserves the credit.
#9. Field-Serviceable Advantage – Threaded Assembly Saves You Time, Money, and Downtime
Here’s where Myers shines in the real world: a threaded assembly design that allows staged repairs. If a check valve, screen, or stage needs attention, a qualified contractor can service it without tossing a perfectly good motor.

Engineering reality: modular designs reduce waste and keep you up and running faster. While some premium brands push proprietary components requiring specialized service, Myers opens doors for any competent local installer. That means quicker turnarounds and less waiting for niche parts. Pair that with PSAM’s shelf of genuine Myers replacement components and you’ve got a true maintenance ecosystem.

When Mateo and I walked through a hypothetical service scenario, he appreciated that, if needed, his pump could be serviced at the shop the same day rather than replaced wholesale. That peace of mind counts in winter.
What to Keep on Hand
Pro tip: keep a spare pressure switch, gauge, and tank Schrader cap. If you’re remote, add a spare well cap gasket and a basic fittings kit. These low-cost items solve 80% of weekend problems.
Service Without Starting from Zero
If an inspection finds minor stage wear after years of grit, your tech can swap parts, verify clearances, and reinstall. You keep your motor, you keep your wiring, and you keep your budget in shape.

Key takeaway: field serviceability is real value—built into every Myers Predator Plus.
#10. Comparison Deep Dive: Myers vs Franklin Electric – Flexibility, Maintenance Ease, and Cost Control
Franklin Electric builds reputable submersibles—no argument there. Where Myers pulls ahead for many homeowners and small contractors is service flexibility and configuration simplicity.

From a technical perspective, Myers Predator Plus submersibles with 2-wire well pump options eliminate external control boxes in many installations. Fewer components mean fewer potential failures and less troubleshooting complexity. The Pentek XE motor used by Myers offers outstanding thrust handling and thermal resilience, helping the system run near BEP across a wide range of heads and flows. Efficiency matters over thousands of runtime hours.

Operationally, Franklin systems sometimes tie into proprietary control schemes and dealer-centric service models. Myers’ more open, field-serviceable approach—bolstered by PSAM’s accessible parts and support—means most competent local contractors can diagnose and fix issues quickly. Add the industry-leading 3-year warranty, and a customer like Camille, working nights, gets rapid, practical solutions instead of long scheduling delays.

Crunch the ten-year math: fewer components to replace, faster serviceability, and proven stainless construction reduce headaches and surprises. For rural families who can’t go without water, that blend of reliability, flexibility, and warranty support is—say it with me—worth every single penny.
Why Mateo Chose the Configuration He Did
He liked the cleaner electrical path of a 2-wire install, less to mount on the wall, and fewer points of failure. Simplicity that still delivers professional-grade performance.
How PSAM Makes It Easy
We stock Myers Pumps, parts, and accessories for same-day ship on most orders. When it’s urgent, that speed is the difference between crisis and “back to normal.”

Key takeaway: proven performance plus service flexibility wins in the real world.
FAQ: Myers Well Pump Maintenance, Sizing, and Value 1) How do I determine the correct horsepower for my well depth and household water demand?
Start with depth to water, total lift, and fixture load. For most three-bath homes at 120–200 feet, a 1 HP Myers submersible well pump at 10–13 GPM is ideal. Check the published pump curve against your plumbing layout—longer runs and elevation add resistance. Aim to operate near BEP, where efficiency and life expectancy are highest. Example: a 165-foot Vermont well with typical indoor use and seasonal garden watering landed the Aguirre-Lemieux family on a 1 HP Predator Plus, balanced for steady 10 GPM delivery. If you irrigate heavily or fill livestock tanks, step up staging or horsepower. Rick’s recommendation: call PSAM with your static level, recovery rate, desired pressure (40/60 or 50/70), and the longest run you expect. We’ll plot your curve, confirm wire size, and prevent the two classics—oversizing (wasteful and hard on tanks) or undersizing (weak showers and hot motors).
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
A standard household thrives at 8–12 GPM. Multi-user homes, irrigation zones, or accessory dwellings may target 12–20 GPM. Multi-stage impellers in the Myers Predator Plus build pressure by stacking stages, each adding head. That’s how a compact submersible produces strong delivery at depth without monster motors. Operate close to the BEP portion of the pump curve and you’ll see better energy performance and quieter operation. When Luc and Sabine both shower while laundry runs, the Aguirre-Lemieuxs’ 10 GPM model sustains comfortable pressure because staging maintains head as fixtures open. Pro tip: don’t chase big GPM blindly—match GPM to your pressure target, depth, and fixture demand. Myers Pumps offer a precise spread across flow and head so you can hit the sweet spot.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
The gain comes from optimized hydraulics and material choices: precision-guided, Teflon-impregnated staging reduces friction; tight tolerances sustain head across stages; and the Pentek XE motor keeps shaft alignment accurate under thrust. Run the pump where the pump curve peaks—its BEP—and you’ll convert more watts to useful water. Translating that to your bill: at four hours/day average runtime, a well-matched Predator Plus can trim 10–20% of energy costs compared to off-curve systems. That’s real money over a decade. In my field notes, Myers consistently holds delivered flow longer as wear accumulates, which protects efficiency for years, not just the first season.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Underwater, oxygen, pH, and minerals never stop working. 300 series stainless steel resists corrosive attack that causes cast iron to pit and flake. Flaking widens internal clearances, drops head, and raises energy use. Stainless maintains geometry, which preserves your flow and pressure profile. In northern wells where seasonal chemistry swings, stainless wins by staying dimensionally stable and easier to sanitize if you ever shock-chlorinate. Translation: fewer surprises and longer service intervals. The Myers Predator Plus build uses stainless where it counts—shell, discharge, shaft—so grit and chemistry don’t rob performance. It’s part of why I spec Myers for challenging Northeast water.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Grit is sandpaper. Most pumps hate it. Myers’ Teflon-impregnated staging lowers friction at the wear points and provides micro-lubrication so grit has less bite. That slows clearance growth, which preserves pressure plumbingsupplyandmore.com https://www.plumbingsupplyandmore.com/convertible-shallow-or-deep-well-jet-pump-3-4-hp.html across the stack. In wells with slight silt—like the Aguirre-Lemieux system during snowmelt—this design avoids the noisy grinding you hear in cheaper impellers and keeps flow on spec. No pump loves heavy sand forever, but Myers buys you margin when the aquifer throws curveballs. Pair it with a first-flush routine after storms and you’ve got a smart, durable combination.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
A Pentek XE motor handles axial thrust loads from stacked impellers with premium bearings and precise rotor alignment. Lower internal losses mean cooler running, which extends insulation life on the windings. Startup current is well-managed, and running amps stay predictable near the BEP operating range. In practice, that means smooth starts, less heat soak, and longer intervals between service. When I clamp-meter Myers installs, I see stable numbers that don’t drift as seasons change—exactly what you want when your household depends on it every day.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
Competent DIYers can install a Myers with proper safety practices and tools, but I strongly recommend a licensed pro for deep wells or unfamiliar setups. A bad crimp, wrong wire gauge, or mis-set tank charge will haunt you for years. If you do DIY: use a torque arrestor, stainless clamps, a safety rope, and a proper threaded assembly sequence. Pressure test, shock-chlorinate per code, and document your static/dynamic levels. Many customers, like Mateo (who’s an electrician), handle electrical and leave the pull-and-set to a driller. Either way, PSAM can supply the pump, fittings, and tech support—and connect you to local pros if needed.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump houses start components in the motor, simplifying installation—fewer parts on the wall, less to troubleshoot. A 3-wire uses an external control box with separate start/run capacitors. Contractors sometimes prefer 3-wire for component-access ease, but modern Myers 2-wire systems are extremely reliable and cleaner for homeowners. For the Aguirre-Lemieux family, 2-wire meant a slick, simple install with fewer potential failure points. If you have unique control needs (specialized timers, VFDs), a 3-wire path can make integration straightforward. Ask us; we’ll match the configuration to your goals and budget.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
Realistically, 8–15 years is the standard window, with 20–30 years possible in clean water and careful operation. Keep the pressure tank healthy, verify flow once a year against the pump curve, and protect the circuit with surge suppression. That’s the winning formula. Myers’ 3-year warranty puts real confidence behind the package. In my ledger, clean, correctly sized Myers installs outlast budget models by a wide margin—often double. It’s why I recommend preventive checks rather than waiting for mysterious pressure dips or breaker trips.
10) What maintenance tasks extend well pump lifespan and how often should they be performed? Twice-yearly: Check tank precharge and switch function; inspect electrical lugs; review surge protection status. Yearly: Flow test vs baseline; flush system and clean aerators; inspect well cap, torque arrestor, and safety rope; verify pitless hardware. After major storms: Visual wellhead check; listen for noisy starts; confirm no grit surge at outdoor spigots. Follow this schedule, and your Myers stays close to its BEP, burns fewer watts, and avoids destructive short-cycling. Document everything—dates, readings, and any changes. The paper trail saves time and prevents guesswork later. 11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers’ industry-leading 3-year warranty outpaces many competitors that sit at 12–18 months. Coverage addresses manufacturing defects and performance issues under normal use. Partnering with Pentair, Myers backs the hardware with serious R&D and parts availability. Compare that to budget brands that make you the beta tester after year one. For families like the Aguirre-Lemieuxs, three full years of protection reduces total ownership cost and gives breathing room to build your maintenance routine. PSAM handles warranty support quickly—no black box runaround—so your downtime is minimal.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
When you add it up—purchase price, energy consumption, parts, labor, and downtime—Myers wins most ten-year comparisons. Efficient hydraulics and a dependable Pentek XE motor lower your power bill, stainless construction avoids premature stage wear, and the threaded assembly cuts service costs. Budget pumps that fail at year 3–5 double your labor and leave you dry at the worst times. Even against mid-tier brands, the combination of durable materials, smoother operation near BEP, and a real 3-year warranty keeps dollars in your pocket. Ask Camille how much hauling water during a storm cost in lost time—that calculus alone makes a reliable system a bargain.
Conclusion: Keep It Simple, Keep It Scheduled, Keep It Myers
Preventive maintenance isn’t glamorous, but it’s powerful. Stabilize your pressure tank, protect the electrical, verify flow against the pump curve, clean your fixtures, and audit the mechanicals around your pump. The design advantages built into Myers—stainless construction, Teflon-impregnated staging, the Pentek XE motor, and a field-serviceable threaded assembly—turn into real-world reliability when you follow this checklist. The Aguirre-Lemieux family went from midwinter crisis to steady, affordable water because we matched the right equipment to their needs and kept an eye on the basics.

Need help sizing or setting up a maintenance plan? Call PSAM. I’ll walk you through model selection, accessories, and the simple schedule that keeps your Myers delivering clean, strong water, season after season. With the Predator Plus Series and PSAM support behind you, you’re choosing performance that’s truly worth every single penny.