Top 10 PSAM Myers Pump Check Valve Placement Best Practices
Introduction
The kitchen faucet coughed, pressure sagged, and then the house went silent. No water, no warning—just a family staring at empty sinks and a dead well system. In my world, that silence usually points to one of three culprits: a pump on its last legs, a pressure tank issue, or a mislocated check valve that’s been hammering the system into early failure. Over three decades, I’ve seen too many good pumps undone by bad check valve placement. That’s why I’m laying out the very best practices for check valves around a Myers submersible—so you never experience that silence again.
Two miles outside Walla Walla, WA, Mateo Arzola (38), who runs a small agricultural supply route, and his wife Lila (36), a nurse, live with their kids Nico (9) and Camila (6) on five acres of rolling pasture. Their 240-foot well draws from basalt fractures with seasonal shifts. After a budget Red Lion 3/4 HP split its thermoplastic housing under repeated hammer, Mateo limped by on borrowed water for a weekend. When I ran the numbers on their 10-12 GPM household load and 60/40 pressure setup, the weak link wasn’t just the pump—it was a mismatched check valve plan that sent shockwaves all the way to the sink.
Here’s what matters for rural homeowners, emergency buyers, and contractors alike: where the primary check should live, where to add a backup, when to say no to multiple checks, how to protect against hammer, how to size for lift and friction, how to route through the pitless, what to do at the tank tee, how to integrate the pressure switch, and what maintenance prevents surprises. Every item below ties directly to real-world installs and the field-proven reliability of Myers Pumps—especially the Predator Plus Series. You’ll also see how correct check valve placement unlocks the efficiency, longevity, and quiet performance that make a Myers well system worth every penny.
Awards, achievements, and why trust this guide? Myers delivers an industry-leading 3-year warranty, 80%+ hydraulic efficiency near BEP, and the engineering muscle of Pentair behind the build. The 300 series stainless steel construction and Pentek XE motor in Predator Plus move water with less amp draw and less wear. At PSAM, I vet what I recommend. These best practices are pulled from hundreds of installs and service calls—so you size right the first time, install it once, and get back to living.
#1. Start with the Pump’s Internal Check – Myers Predator Plus, Internal Check Valve, and 1-1/4" NPT Discharge Work as a System
The foundation of any quiet, efficient well system is using the pump’s built-in check correctly and not fighting it with conflicting valves topside. Start here, and the rest falls into place.
Most submersible well pump models in the Myers Predator Plus Series include an internal check valve designed specifically to hold column water and prevent backspin when the pump stops. That internal check seals at low backflow velocities and pairs with the pump’s 1-1/4" NPT discharge to keep start-up torque under control. With the Pentek XE motor delivering solid starting thrust, backspin is your enemy; the internal check blocks reverse rotation, protecting shaft, couplings, and stages. If you ignore this and add a conflicting check immediately above, you can trap pressure, cause air entrapment, or amplify water hammer. Bottom line: treat the pump’s internal check as your primary seal unless site conditions dictate a backup.
In the Arzola system, the Red Lion’s internal valve had worn, then a rigid inline check above the pitless was added to “help.” The two fought each other. When we upgraded to a Myers Pumps 1 HP, 230V, 10 GPM Predator Plus, we respected the internal check and planned any secondary valve based on actual lift, friction, and drop pipe length—not guesswork.
- Use the Internal Valve, Respect Its Job The pump’s internal check is engineered around the impeller stack’s inertia and the motor’s arrest torque. In a multi-stage pump, that matters. Let it do its job, and place any added checks with at least 5–10 feet of water column separation to avoid competitive sealing and chatter. Pro Tip: Verify Factory Valve Function Before setting the pump, test crack pressure on the internal valve with a hand pump or vacuum check. A smooth seal avoids post-install surprises and reduces the need for extra checks.
Key takeaway: The internal check is not optional on a Myers well pump—it’s your baseline. Build the rest of your valve strategy around it.
#2. Add One Spring-Loaded Check Above the Pump When Needed – Predator Plus, Drop Pipe, and TDH Reality
Long lifts, deep sets, or known leak-back risks justify one high-quality secondary check above the pump—placed smartly, not reflexively.
When lift exceeds about 200 feet or when vertical runs are segmented, I add a single, spring-loaded, poppet-style check 5–10 feet above the pump discharge in the drop pipe. This supports the Myers internal valve, reduces column water rebound, and stabilizes start-up under higher TDH (total dynamic head). Use stainless or brass bodies rated for submersible service and match the pump’s GPM rating and pipe size. For a 10 GPM Predator Plus at 1 HP with set depth around 185–220 feet, that single added check maintains a quiet stop and clean relaunch. More than one added check often leads to trapped air and delayed opening—a recipe for hammer and early wear.
For Mateo and Lila, we set the Myers pump at 200 feet in a 240-foot well, then placed a spring-loaded check 7 feet above the discharge. That, paired with the pump’s internal valve, stopped their hammer immediately and eliminated backspin hum on shutdown.
- Spacing and Orientation Matter Keep 5–10 feet from the pump outlet to the first added check to prevent turbulence at the valve. Ensure flow arrow orientation is correct and use thread sealant compatible with potable water and 300 series stainless steel fittings. Valve Type and Materials Select a soft-seat, spring-loaded check with low cracking pressure (1–2 psi) to open fast at startup and close positively on shutdown. Stainless internals and corrosion-resistant bodies are non-negotiable for deep-well service.
Key takeaway: One strategic secondary check above the pump supports deep sets and stops rebound. Add it once, not in multiples.
#3. Don’t Stack Check Valves at the Wellhead – Pitless Adapter, Pressure Switch, and Quiet Hydraulics
The most common check-valve mistake I see? A redundant check at or above the pitless adapter, which fights the pump’s internal check and creates hammer.
At the wellhead, flow transitions through the pitless adapter and into the lateral that feeds the pressure tank and pressure switch. A check valve at this location can isolate air in the drop pipe, slow priming after service, and cause alternating seal points. The result is chatter, thump, and increased start amperage. Myers designs the Predator Plus internal valve to govern column water. If you need a surface isolation device, use a full-port ball valve for service shutoff—not a check. Keep the hydraulic path clean and continuous from the pump outlet to the tank tee.
I measured the Arzola line and found an aftermarket check crammed 12 inches after the pitless. Removing it dropped start-up noise from a clunk to a whisper and trimmed motor inrush by about 0.8 amps. That’s less strain on windings and more life from an already robust Myers motor.
- Service Isolation vs. Flow Control Put a ball valve and union assembly near the wellhead for maintenance. Leave check functions to the downhole valves to avoid trapped pressure pockets that cause slam. Protect the Switch, Protect the Tank Smooth flow to the pressure switch and pressure tank keeps cycling steady. A downstream check can starve the tank of pressure changes, making the switch read erratically.
Key takeaway: Resist the urge to “double protect” at the pitless. Surface checks near the wellhead usually do more harm than good.
#4. One Check Per 200 Feet of Vertical Rise—And Never After the Pressure Tank
Here’s the rule I write on every install sketch: one functioning check for the first 200 feet of lift, one added for every additional 200 feet. And none after the tank tee.
Vertical elevation is energy. Every 2.31 feet of water column equals 1 psi. On a 200-foot set, you’re holding roughly 86 psi of static head at shutdown. The Myers Pumps internal check handles that well; a single spring-loaded assist above the pump improves silence and start torque on deeper sets. On very deep wells—say, 380 feet—consider one more check around mid-column. But never put a check downstream of the pressure tank. The tank must “see” the system to charge and discharge properly. A downstream check isolates the distribution, causes dead-heading and phantom cycling, and can burn up even a rugged Predator Plus Series unit.
The Arzola well didn’t require a mid-column valve, just the single assist. We verified zero backflow drift over four hours at 60 psi—textbook performance and no late-night cycling.
- Why Not After the Tank? The tank’s job is to buffer pressure between pump cycles. A check after the tank blocks flow return and fools the pressure switch. Expect chatter, short cycling, and accelerated wear if you break this rule. Long Columns, Thoughtful Intervals Over 300 feet? Add a mid-column check. Space it where you can retrieve it during service and ensure each valve’s cracking pressure is low and consistent.
Key takeaway: Follow the 200-foot rule and keep checks away from the tank discharge. It’s the simplest way to preserve pump and plumbing.
#5. Comparison Deep Dive: Myers vs Franklin Electric and Goulds on Check Strategy, Materials, and Maintenance
When comparing valve strategy across brands, materials, and motor dynamics matter just as much as where you place hardware. In independent service calls, I often see Franklin Electric submersibles paired with proprietary control boxes and installers relying on surface checks to guard against internal wear. Franklin’s motors are solid, but their ecosystems sometimes push dealer-dependent service and added complexity with 3-wire configurations. Meanwhile, Goulds Pumps models that use cast iron components upstream of the discharge can show corrosion in mineral-rich or slightly acidic waters, increasing cracking pressures over time if the internal check’s seat corrodes or roughens. The Myers Predator Plus Series uses 300 series stainless steel from shell to suction screen and a Pentek XE motor that tolerates starts gracefully, so you can rely on the internal check and a single, quality assist check downhole—no surface band-aids.
Real-world differences show up in maintenance. With Myers Pumps, the field serviceable threaded assembly means if you ever do need to replace a secondary check or inspect stack components, it’s straight-forward. Goulds iron scale? That often sticks poppet checks and increases shut-off shocks. Franklin’s dealer-only bent? It can delay simple fixes. Myers stays quiet, efficient, and accessible, which is exactly why correct valve placement performs as designed for the long haul—worth every single penny.
- Surface Checks Create False Security Across brands, surface checks are often added to cover internal valve wear. With Myers stainless internals and self-protecting motor, start by trusting the downhole solution and maintain it rather than masking symptoms at the wellhead. Pentair Support, PSAM Stock Factory-tested Myers assemblies backed by Pentair R&D, plus PSAM same-day shipping, keep downtime minimal when you do need parts.
Key takeaway: Material quality and motor behavior shape check-valve reliability. Myers’ stainless build and serviceable design let a clean valve plan do its work.
#6. Beat Water Hammer Before It Starts – Teflon-Impregnated Staging, BEP Efficiency, and Pressure Tank Sizing
Water hammer is not “just noise.” It’s momentum turned to shock, and it’s murder on fittings, gauges, and cheap valves. Prevent it with proper check placement and tuned hydraulics.
Myers’ Teflon-impregnated staging and engineered composite impellers ride through minor grit without losing efficiency. That helps you stay close to best efficiency point (BEP), which, in turn, reduces velocity spikes at start/stop. Pair that with a single downhole assist check and a properly sized pressure tank (drawdown that matches your duty cycle goals), and hammer all but disappears. Undersized tanks and stacked checks near the surface create abrupt flow stops. Overshooting pressure at the pressure switch (e.g., running a 70/50 on a 10 GPM, 1 HP) without adequate tank volume also prompts hard stops. Get the valve count, tank volume, and switch setting aligned with the pump’s curve, and hammer becomes rare.
At the Arzola home, we verified tank drawdown, set 60/40 on the switch, and confirmed the Predator myers pump submersible Plus 1 HP was running at 9–11 GPM at their TDH. Result: silky shutdowns, zero clunk.
- Switch, Tank, and Valve Harmony For a 10 GPM pump at 60/40, aim for 7–10 gallons of drawdown per cycle minimum. That gives each stop time to settle without slamming checks. Flow Velocity Discipline Keep line velocity in 1-1/4" laterals under 5 ft/s at design flow. Controlled velocity equals controlled momentum—and fewer shocks at the check face.
Key takeaway: Thoughtful check placement is step one; tuning system hydraulics is step two. Do both, and hammer fades away.
#7. Surface Plumbing Rules that Save Pumps – Tank Tee, Gauges, and No-Check Zones
Once water exits the pitless, keep the plane clear: no checks, no odd restrictions, nothing that traps pressure between the tank and the house.
Build a clean tank tee assembly: boiler drain, pressure gauge, relief valve, pressure switch, union, and ball valve to isolate the home—never a check on the house side. This keeps the tank “communicating” with the piping so pressures normalize between cycles. A rogue check at the basement manifold will cause phantom cycles as trapped pressure bleeds and re-equalizes. If you think a check is needed to protect a treatment system, use a simple bypass during service or a soft-seat backflow preventer only where code requires—far downstream myers jet pump of the pressure tank. Let the Myers pump’s internal and downhole checks own the check job.
For Mateo, we rebuilt the tank tee with a 1-1/4" trunk, added a glycerin-filled gauge for better read under small shocks, and ensured zero checks beyond the tee. Pressure stabilized, and so did the family’s mornings.
- Gauge and Drain Placement Put the pressure gauge on the tank tee where it sees true system pressure. Add a boiler drain before and after any filters for easy bleed and diagnostics. Relief Valve and Code Include a 75–100 psi relief valve on the tee. Even with reliable checks, this protects against rare switch or control failures.
Key takeaway: The only check valves that belong in a standard submersible system are down the hole. Keep the basement clean and communicative.
#8. Wire, Controls, and 2-Wire Simplicity – Matching Check Strategy to Motor Behavior
Start characteristics change the way checks feel at shutdown. Simplified controls mean fewer surprises and fewer bandaid valves.
The 2-wire configuration offered on Myers Predator Plus in 1/2 to 1 HP keeps components simple—capacitor and relay built into the motor—so you’re less dependent on a separate control box. Combined with thermal overload protection and lightning protection in the Pentek XE motor, recovery from minor power hiccups is smooth, which reduces nuisance trips and the hard stops that stress checks. I often see complex 3-wire setups with mismatched boxes create delayed or harsh starts, which in turn trigger installers to add surface checks to “quiet” the result. The better plan is quieting the hydraulics at the source: rely on the downhole checks and tune the switch, not layer on more hardware that fights the Myers internal valve.
The Arzolas chose 2-wire 230V for simplicity. Starts were crisp, flow predictable, and checks behaved as designed.
- Control Box vs. Built-In Controls For deeper wells or larger motors (1.5–2 HP), 3-wire can make sense. For 1 HP and under, 2-wire reduces failure points and start-up variance—good news for valve longevity. Voltage and Amperage Discipline Maintain correct wire gauge to limit voltage drop below 5% at full load. Lower inrush means kinder closes at the checks on stop events.
Key takeaway: Simple, stable starts equal gentle stops. Myers 2-wire options help checks last longer and operate quieter.
#9. Comparison Deep Dive: Myers vs Red Lion on Pressure Cycling, Thermoplastic Stress, and Longevity
Pressure cycling accelerates check wear. With Red Lion submersibles, I repeatedly see thermoplastic housings and fittings fatiguing under the stop/start load that bad valve placement exaggerates. That material can creep under temperature and pressure swings, shifting load onto the internal check seat and distorting alignment. The result? Leaky seats, dribbling backflow, and installers trying to mask it with a surface check—only to trigger water hammer. Myers Pumps, by contrast, rely on 300 series stainless steel shells and discharge bowls, which hold geometry under stress. Couple that with Teflon-impregnated staging that resists grit abrasion, and the internal check keeps sealing cleanly for years. Now overlay an 80%+ hydraulic efficiency profile at BEP and you get lower heat, lower vibration, and less thump at shutdown.
In practice, Myers’ internal + one assist check strategy enables 8–15 year service lives, sometimes stretching to two decades with clean power and proper tank sizing. Red Lion systems that depend on extra surface checks often see failure at 3–5 years, sometimes sooner in mineralized water. Add Myers’ 3-year warranty and PSAM’s same-day parts support, and the maintenance math becomes obvious—worth every single penny.
- Material Holds the Line Stainless doesn’t creep. That keeps the check seat square to the poppet and the seal tight, cycle after cycle, season after season. Cycling Reduction = Valve Health Use a larger pressure tank or a cycle stop valve only when appropriate, and never add checks to fake stability. Myers is built to run right without gimmicks.
Key takeaway: Don’t fix plastics with extra checks. Fix the plan with Myers stainless and correct valve placement.
#10. Commissioning, Testing, and Maintenance – Factory Tested, UL Listed, and Field Serviceable for the Long Haul
A perfect valve plan still needs a clean start-up: proper purge, pressure checks, and documented performance against the pump curve.
Every Myers Pumps Predator Plus ships factory tested, UL listed, and CSA certified. At install, flush the line, then bring the system to 10 psi above cut-in and watch for decay with the pump off. If pressure holds, your check valve array (internal plus any assist) is sealing. Next, run at steady-state and record flow at the hose bib with a calibrated gauge to verify against the pump curve for your set depth and lateral friction. Tie the pressure switch firmly to a verified pressure tank pre-charge (2 psi below cut-in), and tape service notes to the tank tee for the next guy. Annual checks? Inspect tank air charge, check for pressure decay, feel for water hammer, and confirm the pitless connections are bone dry.
At the Arzolas’, we logged 10.2 GPM at 52 psi steady, zero decay over four hours, and silky restarts. That’s what a quiet, reliable Myers water pump system looks like when the check plan is right.
- Documentation Pays Dividends Record set depth, static and pumping levels, switch settings, flow at tap, and check locations. Myers’ field serviceable design plus good records make quick work of any future tune-ups. Quick Visuals Every Season Listen for chatter, feel for thumps, and verify gauge steadiness. Early tells prevent late-night outages.
Key takeaway: A thoughtful check valve plan deserves a disciplined start-up and seasonal look-over. That’s how Myers delivers its reputation year after year.
FAQ: Myers Pump Check Valves, Sizing, and System Design
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with total dynamic head (TDH): vertical lift from static water level to pressure tank, plus friction loss, plus desired pressure at the house. A typical 3–4 bedroom home uses 8–12 GPM. For example, a 240-foot well with static at 80 feet and a set at 200 feet might run a 1 HP submersible well pump at 10 GPM to cover 60/40 pressure and moderate lateral friction. Reference the pump curve to confirm that at your TDH, the pump delivers target flow near its BEP. For many residential wells 120–250 feet deep, a Myers Predator Plus Series 3/4 to 1 HP at 230V hits the sweet spot. In the Arzola case, 1 HP delivered 10.2 GPM at 52 psi steady—plenty for laundry, showers, and irrigation zones. My recommendation: call PSAM with your static and pumping levels, lateral length, and number of fixtures. We’ll overlay your numbers on the curve and size horsepower precisely.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
A standard home thrives on 8–12 GPM, with peak moments (sprinklers + shower + dishwasher) edging higher. Multi-stage pump designs like Myers Predator Plus stack impellers to generate more head (pressure) at modest flows, which fits residential needs superbly. Each stage contributes incremental pressure rise, so a 10 GPM, 1 HP can maintain 50–60 psi at the tank even with 150–250 feet of lift and some lateral loss. Multi-stage geometry also decentralizes workload, making shutdowns gentler on the check valve because inertia is shared across stages rather than a single impeller slamming to a halt. In practical terms, multi-stage equals steady pressure and quieter operation—especially when your pressure tank and pressure switch are tuned to the pump’s sweet spot.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
The efficiency comes from tight-tolerance engineered composite impellers, Teflon-impregnated staging, and flow paths that minimize recirculation losses. Pair that with the Pentek XE motor, which optimizes torque curves and reduces slip, and you see lower amp draw per GPM than many rivals. Operating near BEP is crucial; that’s where the Predator Plus hits 80%+ hydraulic efficiency. By sizing to your TDH and staying within the 7–12 GPM band for most homes, energy consumption can drop 15–20% annually versus pumps running far from their sweet spot. Efficient hydraulics also mean softer shutdowns—great news for check valve longevity. The Arzola system saw smoother pressure profiles after dialing flow into the center of the curve, which is exactly how Myers is designed to run.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
300 series stainless steel resists corrosion in mineralized or slightly acidic waters far better than cast iron. Submerged environments punish iron with scale buildup and pitting, which can alter internal geometries and increase stress on seals and valves. Stainless holds tolerances, keeping the internal check valve seat square and tight over thousands of cycles. In the field, I’ve replaced corroded iron components on older systems where the check started weeping, leading to backspin, hard starts, and water hammer. Myers uses stainless for the shell, discharge bowl, shaft coupling, and suction screen—so the wet end maintains as-built performance. That stability is a direct reason Myers pumps often run 8–15 https://www.plumbingsupplyandmore.com/4-deep-well-package-bronze-hj75d-series-lead-free.html years and beyond with proper maintenance.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Teflon-impregnated staging reduces friction between impellers and diffusers and sheds fine abrasives that would otherwise scour surfaces. In wells with light sand or silt, that self-lubricating property trims wear that can open up internal clearances. Tight clearances are critical to maintaining head per stage and reducing recirculation. Less recirculation equals smoother shutdowns and less shock at the check valve. Combine that with a proper intake screen and a correct set depth above the well bottom (usually 10–20 feet), and abrasive wear becomes manageable. Myers’ materials choice keeps performance stable even as seasonal flows change—one more reason the internal check keeps sealing cleanly over time.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor uses optimized rotor/stator geometry and high-thrust bearings to handle axial loads from multi-stage stacks without hunting for equilibrium. That means fewer micro-oscillations at start and stop, a more stable amp profile, and less heat. Thermal efficiency matters in submersibles; heat has nowhere to go but into the water. Cooler motors live longer, windings stay happy, and check valves see gentler hydraulic transitions. The XE is also equipped with thermal overload protection and lightning protection, limiting nuisance cycling after power glitches. Together, that’s why Myers systems start smoothly and stop quietly—exactly what your valves need to last.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
If you’re a capable DIYer comfortable with electrical code, torque control, and safe handling of long drop pipe assemblies, you can install a Myers pump. You’ll need a wire splice kit, torque arrestor, safety rope, and a clean plan for check valve placement. Most homeowners, however, benefit from a licensed installer—especially when wells exceed 150 feet. Contractors bring pump hoists, megohm meters, and experience with pitless adapter sealing and proper tank tee builds. Either way, PSAM supports you with parts, diagrams, and phone guidance. My stance as Rick: DIY is fine if you respect safety and follow best practices; for deep wells or complex systems, hire it out and protect your investment.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump houses the start components (capacitor/relay) in the motor. Fewer external parts, simpler wiring, and very stable starts—great for 1/2–1 HP residential systems. A 3-wire well pump uses an external control box, giving service access to start components and sometimes aiding very deep or larger horsepower applications (1.5–2 HP). From a check valve perspective, 2-wire’s consistent start behavior tends to be kinder on valves because there’s less variability from failing external boxes. 3-wire is fine when sized right and matched to the proper control box, but issues arise when boxes are mismatched or failing, which can lead to hard starts and hammer. Myers offers both; choose based on depth, HP, and service preferences.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
With correct sizing, smart check valve placement, clean power, and periodic tank/switch verification, a Myers Predator Plus typically serves 8–15 years. I’ve seen 20–30 years in clean wells with ideal voltage and gentle duty cycles. Maintenance means annual air charge checks on the pressure tank, a quick pressure decay test (to confirm checks are sealing), inspection of the well cap and pitless adapter, and listening for new noises. Keep voltage drop under 5%, stabilize switch settings (40/60 is a rock-solid choice), and avoid unnecessary surface checks. Do that, and your Myers water well pumps will live long, quiet lives.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
Annually: verify pressure tank pre-charge (2 psi below cut-in), test pressure decay with pump off for 30–60 minutes (no drop = healthy check valves), inspect well cap, confirm dry pitless connections, and log pressures/flows to track performance drift. Every 3–5 years: pull the pump if water quality changes or if you hear chatter; replace the assist check if wear is detected; inspect splices, cable guard, and torque arrestor. After lightning events: meg the motor leads before restart. Pro tip: keep a log sheet taped near the tank tee—switch settings, flow at hose bib, pump model, set depth, and check locations. Myers’ field serviceable build means planned maintenance beats emergency replacements every time.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers offers an industry-leading 3-year warranty on the Predator Plus Series, far exceeding many competitors’ 12–18 month terms. Coverage includes manufacturing defects and performance issues. When paired with PSAM documentation—pump curve data, installation notes, check placement—you’re well-positioned if a claim is ever needed. Compare that to budget brands with one-year terms; you’ll often be paying out-of-pocket just as kinks show up. The real value of three years is not just cost coverage—it’s confidence that you sized and installed right, and that the manufacturer stands behind the product. In the Arzola install, that peace of mind was the final nudge to go Myers over another mid-range brand.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Let’s run a typical scenario. Budget pump: $500–$700 upfront, 3–5 year lifespan, likely two replacements in 10 years, plus extra fittings and emergency labor—easily $1,800–$2,500 total. Add higher energy costs from running off-curve and a few water hammer-induced repairs, and you’re north of $3,000. Myers Predator Plus: $900–$1,400 depending on HP and staging, installed once, 8–15 year life, with fewer service calls thanks to stainless build, Pentek XE motor, and smart check valve planning. Energy savings (10–20% from higher efficiency) and fewer parts failures often make the 10-year TCO lower than budget options. Factor in less downtime for your home and a 3-year warranty, and Myers wins on reliability and the bottom line.
Conclusion
A well system is only as quiet and durable as its check valve strategy allows. Treat the internal check valve in a Myers Predator Plus Series pump as the foundation, add a single spring-loaded assist downhole when depth warrants it, keep the pitless clean, and never place checks after the pressure tank. Tune your pressure switch, right-size the tank, and verify performance against the pump curve. Do this, and your Myers well pump delivers silent shutdowns, steady pressure, and years of reliable water—just like Mateo and Lila Arzola now enjoy.
With PSAM’s technical support, same-day shipping, and my field-tested best practices, you’ll avoid the expensive, noisy detours. From stainless construction to Pentek XE motor efficiency and a 3-year warranty, Myers Pumps are engineered for real rural living. Set it up right once—and the only time you’ll think about your water is when you turn on the tap. That’s worth every single penny.