PSAM Myers Pump: Comparing Models and Specifications

A cold shower, a sputter from the faucet, then silence. In rural homes, that silence means one thing: your well system just quit, and life immediately gets complicated. Laundry halts, livestock go thirsty, and dishwashers sit full. In my three decades of field work, I’ve seen this scene far too often—and nearly every time the root cause traces back to undersized pumps, weak materials, or bargain-bin components that never should have been installed in the first place.

Meet the Novaks of Upton, Massachusetts. Ryan Novak (41), a public school science teacher, and his wife Priya (39), a nurse practitioner, live on five wooded acres with their kids—Lena (10) and Max (7). Their 260-foot drilled well had limped along with a budget 3/4 HP submersible from a big-box brand. It short-cycled constantly and struggled after heavy laundry days. When the motor finally burned out during a Sunday shower rush, Ryan pulled the cap and saw the real culprit: a thermoplastic stage stack chewed up by grit. That failure cost them two days of hauling buckets and a frantic scramble for a replacement.

This is exactly why I steer homeowners and contractors to Myers Pumps through PSAM. The Myers Predator Plus Series—paired with a Pentek XE high-thrust motor—delivers the durability, efficiency, and field serviceability that stop the revolving door of emergency replacements. In this guide, I’m comparing models and specifications the way we do in the field: focusing on materials, staging, horsepower selection, wire configuration, curves, heads, and real-life reliability. You’ll see why the Novaks landed on a Myers Predator Plus 1 HP, 10 GPM, 13-stage unit—sized to their total dynamic head—and how you can make the same confident choice.

Here’s what we’ll cover: stainless steel construction benefits, motor efficiency gains, deep-well and shallow options, 2-wire vs 3-wire decisions, pump curve sizing, Teflon-impregnated staging for grit, warranty value, installation best practices, sewage/grinder/sump options, and Myers water pump features https://www.plumbingsupplyandmore.com/3-4-hp-12-stage-submersible-well-pump-for-wells.html PSAM’s ordering and support advantages.

Let’s get you out of emergency mode and into a system that quietly works for the next decade or two.
#1. Myers Predator Plus Series Stainless Steel Construction - 300 Series Lead-Free Materials for 8-15 Year Lifespan in Rural Well Systems
Reliable water depends on robust materials that shrug off minerals, sand, and pressure cycles—this is where construction makes or breaks a pump’s lifespan. The Myers Predator Plus Series uses 300 series stainless steel for the shell, discharge bowl, shaft, coupling, wear ring, and suction screen. That metal resists acidic water, chloride stress, and the constant wet/dry transitions inside a submersible well pump. When you combine that shell with engineered composite impellers and Teflon-impregnated staging, you get a multi-stage stack that stays true to its clearances and efficiency curve for years. Each unit is factory tested, UL listed, and NSF certified, so you’re buying consistent performance, not just an impressive spec sheet.

For context, the Novaks’ old thermoplastic stack swelled and distorted under heat, grinding itself down as grit passed through. After switching to the Predator Plus 1 HP (10 GPM), the intake screen and tight stage tolerances eliminated that destructive wear pattern. Pressure stabilized, and short-cycling stopped once we paired the pump with an appropriately sized pressure tank and a 40/60 pressure switch.
Materials that survive real water
Myers’ use of corrosion resistant 300 stainless where it matters—discharge, shaft, wear ring—prevents pitting and galling. That means the pump holds its original efficiency longer, even in hard or slightly acidic water. Fewer surprises, fewer service calls.
Stage design that resists grit
With Teflon-impregnated staging and self-lubricating impellers, sand that would chew softer plastics becomes a pass-through event, not a failure. In wells with seasonal turbidity, this is a non-negotiable feature.
Structural advantages in deep wells
A stainless discharge and threaded assembly prevent misalignment when pulling or setting the pump. At 200–350 feet, alignment matters. It’s one reason Predator Plus stays quiet and balanced over time.
Key takeaway
If your water has minerals, grit, or pH quirks, Predator Plus stainless construction is the difference between steady pressure and another Saturday spent pulling pipe.
#2. Pentek XE High-Thrust Motor Technology - 80%+ Hydraulic Efficiency Reduces Energy Costs 20% at Best Efficiency Point (BEP)
Electric bills and Plumbing Supply and More myers pump https://www.plumbingsupplyandmore.com/4-deep-well-package-bronze-hj75d-series-lead-free.html pump longevity go hand-in-hand. The Pentek XE motor paired with Myers Predator Plus optimizes torque delivery to multi-stage impellers, keeping efficiency high near the best efficiency point (BEP) where most well systems operate. These single-phase motors (115V/230V) run continuous duty with thermal overload protection and lightning protection built in. Fewer heat cycles, less winding stress, longer life—that’s the core story.

On paper you’ll see lower amperage draw at equivalent TDH compared to standard motors. In real life, it looks like smooth pressure, no chatter at startup, and quiet operation. Over a year, the typical rural home saves enough in energy and service avoidance to justify choosing the XE motor upfront.

For the Novaks, stepping up to a 1 HP XE motor eliminated nuisance trips and reduced heat at the control head. Running a 260-foot system with daily laundry and shower loads, that’s money in the meter month after month.
Torque where it counts
High-thrust bearings and rotor design maintain stable axial loads across 10–15 stages. That stability prevents impeller rub, saving the stack and keeping the pump curve honest.
Electrical protection built-in
Integrated thermal protected windings and surge resilience handle minor power fluctuations. In storm-prone areas, this is your first line of defense.
Quiet, efficient operation
Less vibration equals less wear. Contractors appreciate how smooth these units run, especially after setting a proper pitless adapter and torque arrestor.
Key takeaway
Better motor equals better longevity. Pentek XE isn’t hype; it’s the practical path to fewer service calls and lower power bills.
#3. Best Deep Well Submersible: Myers Predator Plus 1–1.5 HP - 10 GPM, 13–18 Stages for 300–490 ft Shut-Off Head
Deep wells demand head capacity, stage count, and honest curves. Myers Predator Plus in the 1 HP and 1.5 HP models covers 10 GPM builds reaching shut-off head up to 490 feet. In practice, that supports wells at 200–380 feet with comfortable margin for friction losses, elevation, and household draw. Choose the stage count to match your pump curve target; 13–18 stages keeps you near BEP where efficiency peaks.

For the Novak property at 260 feet, we mapped TDH: static level at 140 ft, plus drawdown to 170 ft, 260 ft setting depth, 40 PSI at the tank, and friction losses. The 1 HP 10 GPM profile hit the sweet spot, delivering crisp pressure while avoiding excessive motor load.
Staging that matches your curve
Selecting the right number of stages ensures you’re not over-spinning or under-driving the system. Myers’ curves make it straightforward to choose the right build.
Flow target: 10 GPM for households
Most rural homes run best on a 7–12 GPM target. Ten GPM covers showers, a dishwasher, and laundry without starving fixtures.
Margin for seasonal shifts
Water levels move. Sizing with 10–15% headroom avoids mid-summer pressure complaints and keeps your pump off the ragged edge.
Key takeaway
Deep well? Start with Predator Plus 10 GPM at 1–1.5 HP, then stage for your exact TDH. You’ll feel the difference every time the shower kicks on.
#4. Detailed Comparison: Myers Predator Plus vs Goulds and Grundfos — Materials, Efficiency, and Real-World Serviceability
Technical performance first: Myers Predator Plus leverages 300 series stainless steel across critical load-bearing parts, while many Goulds Pumps deep-well models mix in cast iron components. In acidic or mineral-heavy water, cast iron pits and scales; stainless maintains tolerances and curve performance. On motor pairing, Pentek XE focuses on high-thrust efficiency and controlled amperage under multi-stage load. Grundfos builds capable systems, yet their configurations often lean toward 3-wire controls and proprietary components that add cost and complexity for basic residential installs. At BEP, Myers commonly hits the 80%+ hydraulic efficiency mark, translating to tangible savings when systems run multiple times daily.

Practical differences matter even more on a jobsite. Myers’ field serviceable design with a threaded assembly allows a qualified contractor to pull, inspect, and swap sections without junking the entire unit. Goulds and Grundfos programs can be solid, but parts access and dealer networks vary regionally. Annualized ownership costs swing hard when you add control box expense, potential corrosion of cast stages, and the labor of proprietary service calls. Over eight to fifteen years, these choices add up.

For rural homeowners who need dependable water every day, the Predator Plus package—stainless construction, XE motor, straightforward 2-wire options, and PSAM’s in-stock support—stacks the deck toward reliability. The result is fewer surprises, cleaner installs, and lower ten-year costs. In short: worth every single penny.
#5. 2-Wire vs 3-Wire Configurations - Simplified Myers 2-Wire Saves $200–$400 on Control Boxes Without Sacrificing Reliability
Wire configuration impacts both installation time and long-term ownership costs. 2-wire well pump configurations integrate the start components within the motor, eliminating the external control box. For many residential systems at 1/2–1 HP, this simplifies wiring, cuts points of failure, and often saves $200–$400. 3-wire well pump setups still have a place—usually in 1.5–2 HP builds or when contractors want external control flexibility—but for the majority, 2-wire is clean and dependable.

The Novak upgrade went 2-wire at 1 HP, 230V. With new drop cable and proper wire splice kit, installation was quick, and we removed a weather-beaten control box from the system—one less enclosure to troubleshoot during storms.
When 2-wire shines
For 100–300 ft wells with 7–12 GPM targets, 2-wire keeps components submerged, protected, and simplified. Fewer boxes mean fewer callbacks.
When 3-wire makes sense
At higher horsepower, or where a contractor prefers external start/run component control for diagnostics, 3-wire configurations remain a smart choice.
Voltage considerations
At 230V, starting torque and efficiency are excellent. If you only have 115V available, confirm amperage, wire gauge, and distance to avoid voltage drop problems.
Key takeaway
If you don’t need external control flexibility, a Myers 2-wire configuration is a smart way to save upfront and reduce future headaches.
#6. Rick’s Pump Curve Playbook - Matching Horsepower, GPM Rating, and TDH for Clean, Consistent Pressure
Guesswork breaks pumps. Using pump curve data to match your TDH (total dynamic head), GPM rating, and horsepower is non-negotiable. Start by documenting static water level, anticipated drawdown, vertical lift to the pressure tank, target pressure (40/60 or 30/50), and friction losses for your drop pipe and fittings. Then select the Predator Plus curve that lands you near BEP at the desired flow—ideally 10 GPM for a typical family home.

For the Novaks, calculations drove the choice: 1 HP at 10 GPM, staged to hold pressure without outrunning their well’s recovery rate. The result? No more cycling wars between shower and washing machine.
Calculating TDH
TDH = vertical lift + pressure head (PSI × 2.31) + friction losses. Example: 60 PSI target ≈ 138 feet of head. Add your vertical and friction numbers, then choose your curve.
Sizing flow honestly
Ten GPM covers simultaneous fixtures. Larger irrigation needs? Consider a dedicated booster pump or irrigation zone strategy rather than oversizing the well pump.
Staging for BEP
Choose stages that put your operating point in the fat of the curve. Efficiency, quiet operation, and longevity all improve.
Key takeaway
A correct curve match turns “good enough” into “set and forget.” Use the numbers. PSAM provides curves and my phone line if you need a second set of eyes.
#7. Teflon-Impregnated Self-Lubricating Impellers - Grit Resistance That Outlasts Budget Plastics and Keeps GPM On-Spec
Water isn’t perfectly clean. Fine sand and silt sneak into almost every well over time. Teflon-impregnated staging with self-lubricating impellers keeps clearances consistent and resists the micro-abrasions that murder cheap stage stacks. You feel it at the faucet as steady flow, not the gradual taper that happens when impellers round off and diffusers score.

The Novak well occasionally clouded after heavy summer rains. The new Predator Plus shrugged it off, and the intake screen stayed clean after the first month check. No pressure fade, no grit howl.
Wear mechanisms explained
Abrasive particles erode edges and widen clearances in standard plastics, cutting efficiency. The Myers composite blend resists that, maintaining curve performance longer.
Practical inspection notes
At first-year service, a quick amp check and pressure test tell the tale. If numbers match install day, your impellers are doing their job.
Pairing with filtration if needed
High-sand wells may benefit from a spin-down sediment filter topside. Protection isn’t just for the pump—it saves fixtures and water heaters too.
Key takeaway
If your old pump faded slowly, abrasive wear was the villain. Myers’ stage tech stops that story cold.
#8. Extended 3-Year Warranty Coverage - Industry-Leading Protection That Cuts Lifetime Costs by 15–30%
Warranties aren’t just fine print—they’re a brand’s confidence on paper. Myers backs Predator Plus with a 3-year warranty, far beyond the 12–18 months some competitors offer. Combined with Pentair backing and Made in USA quality controls, that coverage reflects what I see in the field: fewer early-life failures and a higher average lifespan—eight to fifteen years, often longer with great water and maintenance.

When the Novaks registered their pump with PSAM, we documented install photos and serials. If something ever goes sideways, the proof is ready and downtime is minimized. That matters when a school week starts Monday and the laundry must get done Sunday.
Coverage scope that matters
Manufacturing defects and performance issues are covered. Keep tank pre-charge documented and protect with a surge suppressor to avoid gray-area claims.
Real savings, not theory
Every avoided service truck roll is $200–$400 saved. Over a decade, that’s meaningful money and fewer family disruptions.
Documentation made easy
PSAM keeps your order history and spec sheet, and we’ll walk you through warranty steps if ever needed.
Key takeaway
Coverage is part of total cost of ownership. Myers’ 3-year term stacks the math in your favor.
#9. Field-Serviceable Threaded Assembly - On-Site Repairs Without Full Replacement vs Franklin Proprietary Dealer Requirements
Serviceability is where Myers shines. The threaded assembly design allows qualified contractors to pull the pump, replace worn sections, and reassemble on-site. No shipping units back, no waiting on proprietary tools. By contrast, certain Franklin Electric submersible packages lean into dealer-only landscapes and proprietary control schemes, adding time and cost to straightforward jobs.

In practice, I’ve salvaged a Myers unit with a single-stage replacement and put a family back in water by afternoon. That kind of turnaround is rare with proprietary ecosystems. Add Myers’ internal check valve, cable guard, and standard 1-1/4" NPT discharge, and you’ve got a pump that fits the rest of the industry—not the other way around.

For the Novaks, this means if service is ever required, we can keep downtime measured in hours, not days.
Parts availability
Common wear items and stage kits are stocked at PSAM. Same-day shipping on most Predator Plus components means less waiting.
Standardized interfaces
With NPT, standard controls, and common fittings, your system won’t be held hostage by unusual parts.
Lower life-cycle cost
Repairable equipment lowers the 10-year cost curve dramatically. You keep what’s good and fix what’s worn.
Key takeaway
Open, serviceable design is the adult decision. It’s why contractors like Myers and why homeowners sleep better.
#10. Installation Best Practices and Accessory Kit - Tank Sizing, Pitless Adapter, and Check Valve Positioning That Prevents Nuisance Failures
Even the best pump can be undermined by sloppy installation. Start with a properly sized pressure tank—as a rule of thumb, at least one gallon of drawdown per GPM of pump capacity. For 10 GPM, aim for 10–20 gallons of drawdown to tame cycling. Use a quality pitless adapter for frost-proof reliability and a stainless steel check valve directly at the pump (do not stack multiple checks unless design calls for it). Add a torque arrestor, safety rope, and correct wire splice kit rated for submersible duty.

We upgraded the Novaks to a 44-gallon total tank with ~12 gallons drawdown at 40/60. Cycling vanished. Their old installation had two check valves—one at the pump and another in the basement—causing water hammer. We removed the basement check and the thumping stopped.
Wire gauge and voltage drop
On 230V runs, size wire to limit drop to under ~3%. Undersized conductors cause hot motors and early failures.
Pressure switch placement
Mount close to the tank tee with a clean takeoff. Poor placements cause erratic cut-in/cut-out behavior.
Freeze strategy
In cold regions, ensure pitless seals are sound, and insulate well caps if needed. Frozen lines mimic pump failure.
Key takeaway
A well-installed Myers system feels effortless for years. PSAM can bundle a fittings kit so you don’t miss a critical part.
#11. Jet Pumps and Shallow Wells - Myers Jet Alternatives When Your Static Water Level Is 25–50 Feet
Not every property needs a submersible. For shallow wells and cistern pulls where static level sits within 25–50 feet, a Myers jet pump or convertible jet pump delivers dependable service without pulling a drop pipe. Pair with a foot valve and priming port, verify airtight suction, and you’re in business.

I still recommend Predator Plus for most drilled wells, but shallow sand points, seasonal cottages, and rainwater cisterns can be perfect jet pump use cases.
Convertible jet flexibility
Switch between shallow and deep well ejectors as water levels change. This adaptability keeps you online during dry spells.
Priming done right
Use a priming tee and keep suction joints airtight. Most jet issues trace back to minor air leaks, not the pump.
Sizing to demand
Match 1/2 HP to modest use and 3/4–1 HP for multi-fixture cottages. Check curves—jet pumps don’t like oversizing.
Key takeaway
For shallow, clean water sources, Myers jet pumps are a practical, serviceable choice—especially when pulling a submersible isn’t feasible.
#12. Myers Sump and Sewage Solutions - Sump, Sewage, and Grinder Pumps That Complement Your Water Supply System
A home’s pumping needs don’t end at the well. Basements, outbuildings, and accessory dwellings often need a myers sump pump, myers sewage pump, or even a myers grinder pump for long, high-head sewer runs. Building a reliable water system means handling both supply and discharge with equal seriousness.

On the Novak property, a half-bath in a detached studio required a sewage ejector. We matched a Myers sewage pump sized to head and fixture count. One brand, one supplier, consistent parts.
Sump protection
A quality sump pump with a vertical float switch keeps basements dry. Add a high-water alarm for insurance against float failures.
Sewage ejectors vs grinders
Ejectors handle typical solids; grinder pumps macerate for long small-diameter force mains. Choose based on run length and elevation.
Unified service and parts
Standardize on Myers so float switches, basins, and check valves integrate smoothly—and PSAM can ship replacements fast.
Key takeaway
End-to-end reliability beats piecemeal gear. Myers has the catalog depth to cover clean and dirty water with equal confidence.
#13. Detailed Comparison: Myers vs Red Lion and Goulds — Thermoplastic Cracking, Cast Iron Corrosion, and Why Stainless Wins
Materials decide fate. Red Lion leans heavily on thermoplastic components across several residential models. Under pressure cycles and mild heat, thermoplastics can craze and crack—especially if grit scours the surfaces. Some Goulds Pumps deep-well units include cast iron stage components that corrode in lower pH or mineral-rich groundwater. By contrast, Myers Predator Plus deploys 300 series stainless steel across critical parts, plus engineered composite stages with Teflon-impregnated wear surfaces, maintaining impeller-to-diffuser tolerances after years of service.

In application, those materials differences show up as fewer pressure fades and far fewer mid-life leaks. Installers feel it too: when you pull a stainless-bodied submersible that’s been down for a decade, you see intact edges, not flaked rust or warped plastic. Add the Pentek XE motor—noted for efficient power at multi-stage thrust—and you’ve got a combination that sips electricity and prevents hot-running failures. Over eight to fifteen years, Myers systems maintain more of their day-one performance compared to plastic or iron-heavy rivals.

For families like the Novaks, the ROI is obvious: stable pressure, fewer emergency calls, and lower 10-year spend. Field-serviceable construction and PSAM’s same-day shipping close the loop. This is one of those buy-once decisions that’s worth every single penny.
#14. Emergency Buyers: In-Stock Predator Plus, Same-Day Shipping, and Drop-In Kits That Get You Back Online Fast
When the water stops, you don’t want a two-week lead time. PSAM stocks popular Myers submersible well pump models—1/2, 3/4 HP, 1 HP, 1.5 HP—in 10 GPM builds with the most common stage counts. We can ship same-day in most cases. Ask for a drop-in kit: pump, proper check valve, pitless adapter, torque arrestor, wire splice kit, and fittings. Less guesswork, more flow.

For the Novaks, we staged a curbside pickup that afternoon. By evening, showers were back, kids were in bed, and Monday looked normal again.
Support you can reach
Call PSAM, reference your well depth and pressure settings, and I’ll confirm a curve match while you’re on the line.
Clear timelines
We’ll tell you exactly when it ships and when to expect it. No vague “processing” purgatory.
Installation-friendly packaging
Labeling, manuals, and QR links to curves and tank sizing charts come standard with our shipments.
Key takeaway
Speed matters when water is out. PSAM plus Myers is the fastest path from panic to pressure.
#15. Ownership Roadmap: Maintenance Intervals, Surge Protection, and Tank Checks to Achieve 20–30 Year Potential
Longevity isn’t luck—it’s maintenance. Set a calendar reminder to check tank pre-charge yearly (2 PSI below cut-in), inspect pressure switch contacts, and test running amps against install numbers. Add whole-home lightning protection and a plug-in surge protector where applicable. If your water has sand, install a spin-down filter and flush it monthly. Keep crawlspace fittings dry and corrosion-free.

The Novaks log their tank pressure every six months and photograph gauge readings during laundry hour. That small habit catches problems early.
Annual service checklist Verify pre-charge and pressure switch function Inspect wire splices and pitless seals Amp-check against nameplate values Listen for new vibration or hammer Surge and lightning mitigation
A modest investment in surge suppression can save a motor. Rural feeds can be noisy; protect your equipment.
Water quality watch
Iron, hardness, and sand are solvable. Address them and your pump rewards you with quiet years of service.
Key takeaway
Do the small stuff and a Myers Predator Plus can run two decades. Reliability is a program, not a hope.
FAQ: Myers Well Pump Sizing, Specs, Installation, and Total Cost of Ownership 1) How do I determine the correct horsepower for my well depth and household water demand?
Start with TDH: add vertical lift from water level to tank, pressure head (PSI × 2.31), and friction losses. Then pick a curve that lands near BEP at your target flow—most homes do well at 10 GPM. For example, a 60 PSI system equals ~138 feet of head. If your static water level is 120 feet and drawdown is 30 feet, add 150–170 feet for elevation, pressure head, and friction. A 1 HP Myers Predator Plus at 10 GPM often fits wells up to ~300 feet when sized correctly. Larger homes with irrigation or multi-bath simultaneous use might push to 1.5 HP. My recommendation: call PSAM with your depth, static level, pressure settings, and drop pipe length. I’ll confirm your curve match on the spot and advise on stages and discharge size. Getting horsepower right prevents short cycling and protects the motor from running off-curve.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most single-family homes are best served by 7–12 GPM. I recommend 10 GPM as the default target. Multi-stage pump design stacks impellers to build pressure (head) at that flow. With Myers Predator Plus, stage counts from ~9–18 are common depending on TDH and horsepower. The benefit: you can tune head to your exact needs without oversizing HP. At BEP, you’ll see stable shower pressure during laundry and dishwashing. For the Novak family (two adults, two kids), 10 GPM at 1 HP and ~13 stages held 40/60 PSI beautifully at 260 feet. If you need more fixture diversity, we can add a booster pump for irrigation rather than oversizing the well pump.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from three areas: precise engineered composite impellers, tight-stage Teflon-impregnated wear surfaces, and the Pentek XE motor delivering consistent torque across the multi-stage load. Those pieces keep operating points centered on the pump curve where hydraulic efficiency is highest—often 80%+ near BEP. Lower amperage draw at that point reduces heat and extends motor life. Many budget pumps drift off-curve as plastics deform or as impellers wear, tanking efficiency and raising power bills. Myers’ materials hold shape and clearances longer, preserving day-one performance. In homes that cycle frequently, that efficiency delta translates to real dollars saved annually.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Below grade, water chemistry wins. 300 series stainless steel resists pitting and scaling in acidic, mineral-heavy, or slightly chlorinated environments. Cast iron can corrode, particularly in low pH, and corrosion flakes can abrade impellers and foul diffusers. With stainless in the shell, discharge bowl, shaft, coupling, wear ring, and suction screen, Myers Predator Plus maintains mechanical precision for years. That means steadier curves, fewer noisy startups, and a lower chance of seizing during off-season periods. I’ve pulled stainless submersibles after a decade that looked serviceable after a clean-up; cast iron units from the same aquifer often needed full replacement.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
The Teflon-impregnated staging reduces friction and resists micro-abrasions that widen stage clearances. Think of it as a low-friction barrier protecting the edges that matter most to maintain pressure at flow. In wells that occasionally cloud, standard plastics “sandblast” quickly. With Myers’ composite, the impeller leading edges and diffuser surfaces keep their geometry longer, so GPM and head stay on-spec. Combine that with a clean intake screen and a properly positioned check valve, and the pump handles minor sediment events without losing its tune. If your well runs sandy often, add a spin-down filter upstream of the pressure tank as a belt-and-suspenders move.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor is built for multi-stage axial loads—beefed-up thrust bearings, optimized rotor/stator geometry, and careful winding design for lower heat at operating amperage. With thermal overload protection and lightning protection, it rides out minor electrical events that sideline basic motors. At the panel, you’ll see smooth start characteristics and fewer nuisance trips. On the bill, you’ll see lower kWh for the same water moved. In the field, I notice quieter operation and less vibration, which translates to less wear at the threaded assembly and stage stack. Pairing XE with the Predator Plus head package is exactly how Myers holds performance over long duty cycles.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
Skilled DIYers with electrical and plumbing experience can install, but I strongly recommend a licensed installer for deep wells or first-time replacements. You’ll need to manage the drop pipe, splices with a submersible-rated wire splice kit, a properly set pitless adapter, and confirm voltage, phase, and pressure switch settings. Mistakes with check valve placement, wire gauge, or tank sizing cause short cycling, water hammer, and motor stress. If you DIY, call PSAM first: we’ll help confirm your curve match, wire size, and accessory list—then we’ll ship everything together. For the Novaks, we handled install because of their 260-foot depth and the need to re-size the tank.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
In a 2-wire configuration, start components reside inside the motor—no separate control box. That simplifies wiring and reduces parts count. In a 3-wire configuration, the external box handles start/run capacitors and relays. Pros for 2-wire: faster installs, fewer failure points, lower cost. Pros for 3-wire: external diagnostics and component replacement without pulling the pump—useful at higher HP. For most 1/2–1 HP residential systems, 2-wire is my go-to. Over 1.5 HP or in specialty control scenarios, 3-wire makes sense. Myers offers both, so you can match your preference and site constraints.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
Eight to fifteen years is realistic maintenance-normal life, with many systems hitting 20+ years when water chemistry is kind, pressure tank sizing is correct, and electrical protection is in place. Key upkeep: annual tank pre-charge checks, surge suppression, and amp/pressure verification. If your well produces fine sand, consider a sediment filter to protect the stages. I’ve seen Myers units exceed 25 years in clean water with gentle duty cycles. Expect less in harsh water, but still longer than budget brands thanks to 300 series stainless steel and Teflon-impregnated staging.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
Annually: check tank pre-charge (2 PSI below cut-in), inspect pressure switch contacts, and verify running amps against install day records. Every 6–12 months in sandy wells: flush a spin-down filter. After storms: check for nuisance breaker trips and inspect wire terminations. Every few years: pull the well cap, check for insects, and confirm well seal integrity. Keep the area around the tank tee dry and corrosion-free. These low-cost actions head off cycling issues, water hammer, and electrical heat that reduce motor life.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
The Myers 3-year warranty outstrips the 12–18 month coverage common with several competing residential models. It covers manufacturing defects and performance failures under normal use. Pair that with Pentair engineering and Made in USA quality control, and you’ve got one of the most confident packages in the category. Register your pump with PSAM, keep install documentation, and use surge suppression to avoid electrical damage disputes. In my experience, claims are rare because Predator Plus is built to avoid early-life failures.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Budget brands can look attractive at checkout, but many deliver only 3–5 years before efficiency fades or components fail—especially with thermoplastic housings and basic bearings. Count the cost of two or three replacements, emergency labor, and higher kWh from off-curve operation. Myers Predator Plus—thanks to stainless steel, Teflon-impregnated stages, and the Pentek XE motor—typically runs 8–15 years with lower energy draw. Add the 3-year warranty, field serviceable design, and PSAM’s parts availability, and Myers wins the 10-year math. The Novaks calculated they’d save over $1,200 in avoided service plus lower power during that span.
Conclusion: Why Myers Through PSAM Is the Smartest Water Decision You’ll Make This Year
In the field, materials, curves, and serviceability separate okay pumps from the ones that just work. Myers Predator Plus brings 300 series stainless steel durability, Teflon-impregnated staging that stays efficient, and the Pentek XE motor that keeps amperage in check under thrust. Add a genuine 3-year warranty, Made in USA consistency, and PSAM’s same-day shipping and tech support, and you’ve got a residential pumping system designed for long, quiet service.

The Novak family went from panic to pressure the same day—and they haven’t thought about the pump since. That’s the goal: clean installs, correct curves, and equipment that fades into the background while your home runs smoothly.

If you’re sizing a system today, call PSAM. I’ll help you choose the exact Myers submersible well pump or myers deep well pump for your well depth and demand—2-wire or 3-wire, 1/2 HP to 2 HP, 7–20+ GPM, and 250–490 ft head capability. We’ll bundle the right accessories, ship fast, and stand behind the gear. For rural homes, farms, and off-grid cabins, Myers is the upgrade that pays you back in reliability, efficiency, and peace of mind—worth every single penny.