A cold shower is a lousy way to find out your well pump has died. One minute you’ve got decent pressure; the next, the gauge is stuck at zero, and your pressure switch is clicking like it’s begging for help. No water for dishes, no water for laundry, and if you’ve got livestock or a garden on drip lines—chaos. In my three decades sizing, installing, and rescuing systems out in the field, I’ve seen the same pattern: a submersible that wasn’t sized to the well’s depth and drawdown, a motor that never ran near its Best Efficiency Point (BEP), or a pump brand built with cost-cut corners. That’s why we work so hard at PSAM to match folks with a Myers Pump that won’t leave them high and dry.
Meet the Yarayan family—Miguel Yarayan (41), an ag science teacher, and his wife, Priya (39), a remote CPA—living on 7 acres outside Ellensburg, Washington. Their well is 260 feet deep with a static level around 90 feet and seasonal drawdown to 140 feet. Their previous 1 HP budget submersible from a big-box label failed after 3 years when the bearing seized and the impeller stack chewed itself. Morning dishes, school lunches, and an irrigation zone for blueberries—all halted. Their contractor pulled the unit and found a cracked thermoplastic discharge and scarred impellers. We stepped them into a Myers Predator Plus with a Pentek XE motor and the problem went away—steady 12 GPM to the house, 50/70 PSI, and quiet operation.
This list breaks down what matters when comparing Myers Pump models, especially the Predator Plus Series: stainless steel construction, motor quality, staging, wiring choices, head and GPM sizing, warranty, and field serviceability. Along the way, I’ll show where Myers outpaces competitors, call out installation best practices, explain 2-wire vs 3-wire decisions, and share the exact curve-thinking I use on every job. If you’re a rural homeowner, a contractor trying to avoid callbacks, or someone whose water just stopped—this is the practical, field-tested guide you need.
- #1 covers stainless steel durability #2 tackles the right horsepower for your depth and demand #3 breaks down Pentek XE motor advantages #4 compares Teflon-impregnated staging with standard impellers #5 simplifies 2-wire vs 3-wire #6 shows how to read and use pump curves #7 explains warranty and lifecycle economics #8 dives into field-serviceable design #9 outlines installation best practices #10 gives my model-by-model picks for common well scenarios
Let’s get your water back on—and keep it that way.
#1. Myers Predator Plus Series Stainless Steel Construction - 300 Series Lead-Free Materials for 8-15 Year Lifespan in Residential Well Systems
Reliable water starts with materials that don’t corrode, crack, or warp under load. The Predator Plus’ use of 300 series stainless steel in the shell, discharge bowl, shaft, coupling, wear ring, and suction screen is the foundation for long service life.
Technically, stainless components resist chloride attack, acidic pH, and mineral-laden water that chews up lesser metals. Inside, engineered composite impellers ride on robust staging, minimizing galling and improving tolerance consistency. Pair that with a stainless intake screen and internal check valve, and you’ve got a submersible that tolerates real-world water conditions without the slow decline you see when cast iron starts to pit. Every unit is factory tested, UL listed, and built to tight concentricity tolerances to keep vibration down and efficiency up.
Competitor context: Unlike some mid-range pumps that blend cast iron components into the wet end, the stainless approach fights corrosion from day one. In water loaded with iron or with a slightly acidic profile, stainless simply keeps its integrity. Fewer leaks, fewer pinholes, and fewer surprise failures mean lower lifetime cost.
For the Yarayan family, their old thermoplastic housing cracked at the discharge after repeated pressure cycles. The Predator Plus stainless shell shrugged off the same operation, held 60 PSI steady, and restored confidence.
Why Stainless Steel Matters in Real Wells
Stainless doesn’t just look good on a spec sheet. It means impeller clearances stay where they belong, performance curves remain accurate, and startup torque doesn’t turn into vibration. When you pull a stainless pump after 10 years, it often looks serviceable; that’s not what I see with cast iron in many wells.
Corrosion Resistance in Mineral-Rich Water
Mineral content varies seasonally and regionally. Stainless slows down the oxidation that robs you of flow and pressure. If your water lab shows hardness, iron, or low pH, stainless is the smart bet and pays off in longevity.
Stainless and Energy Efficiency
Holding tight tolerances keeps the pump operating closer to its BEP. That translates into maintaining 80%+ hydraulic efficiency where designed—lowering amperage draw, reducing heat, and extending the life of seals and bearings.
Key takeaway: If you want an 8-15 year lifecycle, stainless construction isn’t optional—it’s essential.
#2. Best Size by Depth and Demand - 1/2 HP to 2 HP Myers Submersibles with GPM Ratings Matched to TDH and Household Use
A well pump has one job: deliver enough GPM at your system’s TDH (total dynamic head) to maintain pressure under peak demand. Choose horsepower by math, not by guess.
Technically, TDH is the sum of vertical lift (from pumping water level to tank elevation), friction loss in the drop pipe and distribution piping, and pressure expressed as head (1 PSI ≈ 2.31 feet). I like to target BEP on the pump curve at or near your operating flow. For most homes, 7-10 GPM is adequate; larger homes with irrigation may need 12-20 GPM. Myers’ lineup from 1/2 HP, 3/4 HP, 1 HP, 1.5 HP, to 2 HP gives you precise staging options to hit your number without over-amping.
Comparison snapshot: Where some brands push a single “universal” 1 HP for every problem, that leads to poor efficiency and short-cycling. Myers’ multiple staging choices let us fine-tune to your well’s static and drawdown levels so the motor isn’t laboring.
The Yarayan well sits at 260 feet with a drawdown to 140 feet. We sized a 1 HP Predator Plus in the 10 GPM class to deliver 12 GPM at ~280 feet TDH for house plus drip irrigation—no surge, no starve, just steady pressure.
How to Estimate Your TDH
- Vertical lift: pumping level to pressure tank centerline Pressure requirement: 50 PSI target ≈ 115 feet Friction: add 10-20 feet depending on line length and fittings Add them up. Then check the Myers pump curve and pick the model where your flow sits near BEP.
When to Choose 3/4 HP vs 1 HP
For 120-180 feet of lift and 7-10 GPM, 3/4 HP can be perfect. Stretch past 220-260 feet or add irrigation zones and a 1 HP becomes the safer, more efficient choice, preventing motor overload and cut-outs.
Staging and Shut-Off Head
Staging is your pressure-maker. Myers offers models with shut-off head from 250 to 490 feet. Pick enough headroom to avoid riding the top of the curve under seasonal drawdown.
Key takeaway: Right-size for TDH and demand. A correctly chosen Myers model runs cool, efficient, and dependable.
#3. Pentek XE High-Thrust Motor Technology - 80% Hydraulic Efficiency Reduces Energy Costs Up to 20% Annually
Motors decide your long-term operating cost and reliability. The Predator Plus pairs beautifully with the Pentek XE motor, engineered for high thrust, smooth starts, and cooler operation.
Technically, high-thrust bearings and balanced rotors keep axial loads in check across multiple stages. The motor is built for continuous duty with thermal overload protection, and the windings are designed to minimize copper loss. Lightning-related surges are better tolerated with integrated lightning protection, and the motor’s efficiency keeps amperage draw down at your target flow. On a 230V circuit with proper wire gauge, you’ll get lower heat, less insulation stress, and more predictable service life.
In practice, I’ve seen Pentek XE motors hold up under frequent seasonal irrigation loads where standard builds struggle. When you live on a private well, that’s not a convenience—it’s your lifeline.
For Miguel and Priya, the XE motor stabilized current draw even when their irrigation zone opened. No nuisance trips, no pressure collapse—just quiet, efficient operation.
Why High-Thrust Matters in Deep Wells
Multi-stage pumps stack axial load on the motor. High-thrust builds tolerate this without premature bearing wear. That’s a big reason well systems hit 8-15 years instead of failing at three or four.
Thermal Management and Voltage
Heat kills motors. Efficient windings, proper wire sizing, and true 230V supply reduce internal temperatures. Keep splices clean with a wire splice kit, and you protect your investment.
Noise and Vibration Control
Balanced rotors and quality bearings translate into quiet operation. Less vibration equals less wear on the intake screen, check valve, and cable—longevity you can’t see but will eventually pay for if it’s missing.
Key takeaway: Pentek XE pushes Myers into a different reliability class—lower cost to run, fewer surprises.
#4. Teflon-Impregnated Self-Lubricating Impellers - Grit and Sand Resistance Surpassing Standard Bearing Stacks
Sand and fine grit ruin pumps more reliably than just about anything. The Predator Plus uses Teflon-impregnated staging with self-lubricating impellers to fight abrasion and reduce friction.
The technical edge is in materials and geometry. Teflon within the impeller staging lowers the coefficient of friction, keeps startup torque in check, and resists the micro-scoring that opens up clearances over time. Self-lubricating designs don’t rely on perfect water quality to avoid galling. As grit slides through, the material maintains its shape far better than standard plastics.
Compared to traditional impellers that rely on water film alone, this staging holds performance longer. That means your pressure at the kitchen sink doesn’t slowly fade over months as wear sets in.
The Yarayan well carries a seasonal hint of grit after heavy spring recharge. Post-install, we scoped the first-year drawdowns and found performance unchanged—no drift in amperage, no loss at 60 PSI setpoint.
When Grit Shows Up in the Water
- New wells as fines settle Seasonal recharge or drought cycles Older casings with minor screen erosion Self-lubricating staging buys you time and prevents rapid decline.
Protective Accessories That Help
Add a torque arrestor, proper cable guard, and ensure a true pitless adapter connection. Clean routing stops wire rub and reduces debris circulation near the intake.
Pressure Stability Over Time
With stable staging clearances, the pump curve stays honest. Your pressure switch’s 40/60 or 50/70 operation remains tight, and the pressure tank cycles less frequently.
Key takeaway: If your well ever carries fines, Myers’ impeller tech is the difference between steady pressure and gradual disappointment.
#5. 2-Wire vs 3-Wire Configuration - Simplified Installation Options for Shallow to Deep Wells
The wiring configuration sets your control strategy and installation complexity. Myers offers both 2-wire well pump and 3-wire well pump options, giving flexibility for replacement or new installs.
Technically, 2-wire pumps with internal start components simplify setup—no external control box required. That’s fewer parts outdoors and fewer failure points. 3-wire pumps move start circuitry to an external box, which can be advantageous for diagnostics and service in some deep-well or high-demand scenarios. With modern designs, both configurations perform well; the choice often comes down to preference, wiring runs, and service philosophy.
Contractors appreciate 3-wire for easy capacitor swaps at the box. DIYers and emergency replacements lean to 2-wire for speed. Either way, Myers’ motor/control compatibility is clean and clear.
For the Yarayan job, we used a 2-wire 230V unit to avoid placing a box outside through winter freezes. It simplified the pull and reduced parts count—ideal for an emergency replacement.
When to Choose 2-Wire
- Fast replacement without rewiring Fewer external components in harsh climates Clean, compact installs with fewer penetrations
When to Choose 3-Wire
- Preference for external diagnostics and part replacement Long-term serviceability by contractors Complex systems with multiple controls and protections
Voltage, Amperage, and Wire Gauge
A 230V circuit lowers amperage draw and voltage drop. Run the correct gauge for the length of your drop pipe plus horizontal distance; undersizing wire heats motors and shortens life.
Key takeaway: Myers gives you both options done right—choose the path that makes service and installation simplest for your situation.
#6. Reading Pump Curves the Right Way - Matching GPM, TDH, and BEP for Energy Efficiency and Reliability
Curves aren’t marketing—curves are truth. The Myers pump curve tells you exactly where the unit performs best. Put your operating point close to BEP, and you’ll enjoy quiet efficiency and long life.
Start with your TDH calculation. Then, intersect that with your target GPM rating on the Myers curve for your chosen horsepower. Look at the BEP—usually where efficiency peaks—and see how close your operating point sits. The closer, the happier your motor will be. Avoid the far-right “wide open” end (too little pressure) and the far-left “dead head” zone (too much pressure, low flow). Curves are your insurance against mis-sizing.
In my field notes, the installs that last the longest are the ones whose curves were respected. Oversized pumps that never reach BEP rattle themselves to death. Undersized units run hot and trip protections.
For Miguel and Priya, we targeted 12 GPM at roughly 280 feet TDH, which put their pump right where the efficiency band lives—outstanding stability.
How to Account for Pressure Tank Settings
If your switch is 40/60, you’ll see head swing from ~92 to ~138 feet. Model your flow at the midpoint (~50 PSI) and ensure both ends still fall in the efficient band.
Friction Loss and Pipe Size
At 10-12 GPM, 1” poly or PVC can work; for longer runs, consider 1-1/4” to reduce friction. Myers’ 1-1/4" NPT discharges pair easily with larger drop sizes.
Seasonal Drawdown Planning
Design with margin. If your summer drawdown adds 30 feet, your curve point shifts left. Pick a pump curve that tolerates seasonal changes without crossing into problem zones.
Key takeaway: Spend 20 minutes with the curve now or spend thousands later. Myers provides clear curves—use them.
#7. Industry-Leading 3-Year Warranty - Lower Lifetime Costs and Real Protection vs 12-18 Month Guarantees
Warranty isn’t just paperwork; it’s a commitment to quality. Myers backs Predator Plus with an industry-leading 3-year warranty, far beyond the 12-18 month coverage that’s still common.
From a contractor’s perspective, that extra time matters. Most infant failures show up in the first year. The second and third year catch issues that cheaper models won’t cover. Pair that with Made in USA build quality, NSF certified materials, and strict UL listed compliance, and you get protection that actually protects you.
Break the numbers down: If a bargain pump fails in year two, you pay for a new unit, labor, and often rush shipping. A Myers pump that runs 8-15 years with proper maintenance, with parts and service support from PSAM, lowers your 10-year cost dramatically.
The Yarayan replacement wasn’t just about pressure today—it was about never wanting to haul water again. The Myers warranty sealed it.
What’s Actually Covered
Manufacturing defects and performance issues under normal operation. Keep your installation records, pressure settings, voltage readings, and maintenance notes. Clean documentation speeds claims.
Warranty and Installation Quality
A sloppy install voids good warranties. Follow recommended check valve placement, torque control, wire splicing procedures, and pressure tank sizing. We can walk you through it.
Why Longer Coverage Equals Savings
It aligns incentives. Myers builds pumps to last, not to be replaced. With PSAM support and fast parts availability, downtime is minimal if you ever need help.
Key takeaway: The 3-year coverage isn’t fluff—it’s real money saved and peace of mind earned.
#8. Field-Serviceable Threaded Assembly - On-Site Repairs Without Full Replacement for Faster Restores
Downtime hurts. Myers designs Predator Plus with field serviceable modules and a threaded assembly so qualified techs can address issues without scrapping a whole pump.
Threaded wet-end assembly allows staged disassembly for inspection and repair. If grit damage or a stuck check occurs, a contractor can correct course quickly. This is rare in the budget tier where sealed designs force total replacement. With internal check valve accessibility and standardized components, Myers gives installers more control and homeowners faster water restoration.
For contractors, this matters on Friday afternoons and holiday weekends. For homeowners, it’s the difference between bathing today and camping in your own home.
When the Yarayan system was inspected post install, we documented the configuration for future service—drop length, splices, torque control—so any future pull is straightforward.
Service Kits and Parts Availability
PSAM keeps common Myers parts in stock and offers fast shipping. When speed matters, having the right wear items and seals ready turns a 2-day outage into a same-day fix.
Threaded vs Crimped Design
Threaded means precise reassembly. No guessing, no damage from prying brittle plastics. It’s a professional approach that rewards professional work.
Contractor-Friendly Diagnostics
Clear curves, part numbers, and motor specs plus phone support from PSAM make troubleshooting efficient. Less time fishing for answers; more time getting water flowing.
Key takeaway: Field-serviceable design is how you minimize chaos and keep families comfortable.
#9. Installation Best Practices - Pressure Tank Sizing, Check Valve Placement, and Clean Electrical for Long Life
A great pump can be sabotaged by a bad install. Follow proven methods and your Myers will deliver for years.
Pressure tanks: Size so you get a minimum of 1 minute of runtime per cycle at your average flow. Many homes benefit from 44-86 gallon tanks depending on GPM. A larger tank reduces short cycling and protects the motor. Set the pre-charge 2 PSI below your cut-in.
Check valve placement: Use the internal check valve plus one external at the wellhead or tank tee if code requires. Don’t stack checks every 20 feet; it traps air and creates water hammer.
Electrical: Run 230V where possible, and use proper wire gauge. Perfect your wire splice kit work—no moisture intrusion, heat-shrink sealed. A clean pressure switch installation with a proper snubber avoids chatter.
For the Yarayan project, we upsized the tank from 20 to 62 gallons, eliminating rapid cycling when the drip zones opened. Current draw stabilized and starts per hour fell into the ideal range.
Pitless Adapter and Drop Pipe
Use a quality pitless adapter and avoid cheap threads that leak. For 10-12 GPM, schedule 120 poly or SCH 80 PVC on the drop is a smart choice. Anchor with a safety rope.
Torque Arrestor and Cable Management
Install a torque arrestor two to three feet above the pump. Spiral tape the cable; add cable guards where needed. No sharp bends. Prevent rub points that lead to shorts.
Pressure Switch and Tank Tee Layout
A clean tank tee with a gauge, relief valve, and drain simplifies service. Keep the switch in a dry location. If you hear chatter, check voltage and pressure snubber.
Key takeaway: Quality parts plus careful technique preserve your Myers Pump investment.
#10. Rick’s Picks by Scenario - Predator Plus Model Choices for Common Depths and Demands
Here’s the quick-start guide I use at PSAM when homeowners or contractors call in with specs.
For shallow-to-medium residential (80-150 feet pumping level, 7-10 GPM):
- Go 3/4 HP, 10 GPM Predator Plus with 300 series stainless steel wet end. Smooth starts, low amperage draw, ample pressure for 40/60 operation.
For 150-260 feet with modest irrigation (10-12 GPM target):
- Step to 1 HP with staging that supports ~300 feet shut-off head. Keeps you near BEP around 10-12 GPM and tolerates seasonal drawdown.
For deep residential or long horizontal runs (250-350 feet, 8-10 GPM with elevation changes):
- Choose 1.5 HP, lower GPM model with higher TDH capacity (400-450 feet shut-off). Ideal for multi-story homes or hillside properties.
For very deep wells or heavy irrigation (300-490 feet, 12-20 GPM systems):
- Consider 2 HP options configured for high head. Validate wire gauge and service size; keep voltage drop tight.
For the Yarayan setup, our 1 HP Predator Plus with a Pentek XE motor and 12 GPM curve point is my standard recommendation for 240-280 feet TDH homes with drip irrigation.
Irrigation and Livestock Add-Ons
If multiple zones may run together, calculate simultaneous demand. Err on a model that holds pressure without hitting max amperage draw.
Off-Grid or Backup Systems
If you need battery or generator backup, we’ll size for surge and recommend a soft-start strategy. Myers’ efficiency helps stretch runtime.
Contractor Bundle
Ask PSAM for a complete install kit: drop pipe, pitless adapter, torque arrestor, safety rope, wire splice kit, tank tee, and fittings. Save time, avoid rework.
Key takeaway: There’s a Myers Predator Plus tailored to your depth and demand. Call PSAM with your TDH and target GPM; we’ll match you to the right curve.
Detailed Brand Comparisons: Why Myers Outpaces Big-Name Alternatives
When a pump is 200 feet underground, you care less about logos and more about materials, motors, myers water well pumps and serviceability. Here’s where Myers, backed by Pentair, pulls ahead of key competitors in real jobs.
1) Myers vs Goulds Pumps and Red Lion (Materials and Housing)
- Technical: Myers uses 300 series stainless steel for the wet end, shaft, and discharge. Goulds is solid in many categories but employs cast iron components in certain product families that can corrode in acidic or mineral-heavy water. Red Lion’s thermoplastic housings are light but vulnerable to cracking under repeated pressure cycles and thermal expansion. Myers’ stainless maintains clearances and resists pitting, preserving its 80%+ hydraulic efficiency near BEP longer than mixed-metal or plastic housings. Real-World: On wells with slight acidity or iron staining, cast iron components develop scale and pit, gradually losing flow. Thermoplastic discharges can fracture after hundreds of cycles. Stainless remains dimensionally stable, safeguarding impeller geometry and pressure delivery for the long haul. Value: Fewer failures, fewer pulls, and fewer drop-pipe replacements translate into real savings. For rural households relying solely on a private well, Myers’ stainless-first design is worth every single penny.
2) Myers vs Franklin Electric and Grundfos (Control Philosophy and Serviceability)
- Technical: Franklin builds robust motors and often pairs them with proprietary or dealer-centric control boxes, adding complexity. Grundfos makes premium systems but leans into 3-wire configuration and integrated controls that increase upfront cost. Myers offers both 2-wire and 3-wire options, paired with the Pentek XE motor, and a field serviceable threaded wet end. That means faster installs and on-site repairs without dealer-only gates. Real-World: Emergency replacements happen on weekends. A serviceable Myers assembly means a qualified contractor solves problems without a parts chase. And 2-wire options commonly save $200-400 on external control hardware and installation time. Value: When reliability and downtime matter, Myers’ practical serviceability and non-proprietary approach—plus PSAM’s inventory—keep homeowners in water. The flexibility and support make the Predator Plus worth every single penny.
3) Myers vs Everbilt/Flotec Budget Tier (Lifespan and Warranty)
- Technical: Budget imports often rely on standard bearings, thermoplastic housings, and minimal protection. Expect 3-5 year lifespans under average use. Myers Predator Plus, with Teflon-impregnated staging, stainless construction, and 3-year warranty, routinely delivers 8-15 years—and with excellent maintenance, I see 20+ in the field. Energy efficiency near BEP trims monthly bills, too. Real-World: The second replacement kills any savings you thought you had. Pulling a pump twice in 6 years is more expensive than one quality install that runs a decade or longer. Value: Over 10 years, the Myers total cost of ownership beats the bargain play. Dependable water is non-negotiable. For that peace of mind, Myers is worth every single penny.
FAQ: Myers Pump Selection, Sizing, Installation, and Value
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with your TDH (total dynamic head): add vertical lift from pumping level to tank centerline, friction losses, and desired pressure converted to head (50 PSI ≈ 115 feet). Next, estimate your peak demand in GPM—most homes need 7-10 GPM; add more for irrigation or livestock. With TDH and GPM in hand, select a Myers Predator Plus model where your operating point sits near the pump’s BEP on the curve. For example, a 1 HP 10-12 GPM model might serve a home at ~280 feet TDH beautifully, while 3/4 HP covers many 150-200 foot setups at 7-10 GPM. Rick’s recommendation: call PSAM with your well log, static and drawdown levels, and pressure switch settings. We’ll curve it out precisely and confirm wire gauge for 230V. A Myers Pump sized to the curve runs cooler, uses less amperage, and avoids nuisance trips.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most households function well at 7-10 GPM. If you’ve got multiple bathrooms, irrigation zones, or a shop, consider 12-15 GPM. Multi-stage impellers in Myers submersibles step up pressure by stacking head per stage. The more stages, the higher the shut-off head, enabling strong pressure at deeper TDH. For instance, a 1 HP Predator Plus set up for 10-12 GPM may hit 300+ feet of head while still sitting near BEP. Practical plumbingsupplyandmore.com tip: Match GPM to your fixtures and scheduling (don’t run irrigation and laundry simultaneously if your demand spikes beyond capacity). The right stage count gives you robust shower pressure and steady irrigation without overworking the motor.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from precise staging geometry, engineered composite impellers, and tight stainless tolerances that don’t drift with minor corrosion. Running close to BEP means the pump converts electrical energy to water movement with minimal losses. The Pentek XE motor adds electrical efficiency with low heat and smooth torque. Over a year, operating near 80%+ hydraulic efficiency at BEP can trim energy costs up to 20% compared to pumps that never settle into their efficient band. For example, a properly sized 1 HP Predator Plus at 230V may draw fewer amps and run cooler than a mis-sized competitor struggling far from its curve sweet spot.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submersibles live in water. 300 series stainless steel resists corrosion and pitting in mineral-rich or slightly acidic conditions, keeping internal clearances intact. Cast iron can corrode, shedding scale that erodes impellers and raises friction losses. Stainless maintains performance longer, helping you hold pressure over years rather than watching it slowly fall off. In wells with iron staining or low pH, stainless avoids the slow, hidden damage that leads to premature replacement. That durability translates directly into lower total cost of ownership and fewer emergency pulls—exactly what you want in a rural home reliant on a private well.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Teflon within the staging lowers friction and resists micro-abrasion. As fine grit passes through, self-lubricating impellers maintain their shape better than standard plastics, keeping stage clearances stable. Stable clearances preserve the pump curve’s output—your 50/70 PSI system stays closer to spec with less amperage drift. In practical terms, seasonal grit after heavy recharge won’t chew up your performance nearly as fast. Pair this with clean drop pipe practices, a torque arrestor, and quality wire splice kit sealing, and you’ll protect both hydraulic and electrical integrity.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
High-thrust bearings tolerate the axial load from multi-stage impellers without overheating or wearing quickly. Efficient windings reduce copper losses, and thermal overload protection shields the motor from damage if conditions go sideways. Integrated lightning protection helps with surge events. Lower internal heat means insulation lasts longer, bushings age slower, and you get fewer nuisance trips. At 230V with the right wire gauge, your amperage stays inside spec, and that’s the difference between a motor that runs 8-15 years and one that limps through 3-5.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
You can DIY if you’re comfortable with electrical, plumbing codes, and safe lifting practices. That said, a 200+ foot column of water plus a heavy stainless pump requires real caution. You’ll need the right tools, correct pitless adapter technique, solid electrical splices, and pressure tank setup. One misstep—undersized wire, poor splices, wrong check valve placement—and you’ll shorten pump life. My recommendation: if it’s your first install or the well is deep, work with a licensed contractor. If you DIY, call PSAM for a complete kit and step-by-step guidance. We’ll ensure the pressure switch, tank pre-charge, and electrical are all dialed in.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire configuration houses the start components inside the motor—no external control box—which simplifies installation and reduces exposed parts. A 3-wire configuration uses an external box with start capacitors and relays, making above-ground diagnostics and component replacement easier. Performance is comparable when sized correctly; the choice hinges on service preference and environment. In cold climates or for emergency swaps, 2-wire often wins for simplicity. For service-heavy sites or contractor-maintained systems, 3-wire aids quick diagnostics. Myers supports both, and PSAM stocks compatible controls when you want the 3-wire route.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
Typical service life is 8-15 years, and I’ve seen well-maintained units reach 20-30. Maintenance means correct sizing to TDH, keeping starts per hour reasonable with a properly sized pressure tank, staying on 230V with the correct wire gauge, and inspecting connections at the tank tee and switch annually. Protect the well cap, keep surface water away, and avoid rapid cycling by adjusting irrigation schedules. If your water has sand, Myers’ Teflon-impregnated staging helps, but consider periodic checks after seasonal shifts. With that care, the Predator Plus becomes the set-it-and-forget-it piece of your homestead.
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 the pressure switch contacts, verify amperage draw against nameplate, and inspect for leaks at the tank tee. Biannually: Inspect wire connections, ensure no water intrusion at splices, listen for cycling irregularities. As needed: Flush lines if iron or sediment builds, clean aerators. Watch for short-cycling; it’s the motor killer. If your system starts and stops rapidly, increase tank size or adjust settings. Keep vegetation clear around the wellhead and confirm the pitless adapter is sealed. These tasks turn a 7-year pump into a 15-year pump.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Many competitors still offer 12-18 months. Myers offers a full 3-year warranty, covering defects in materials and workmanship under normal use. That extra protection captures issues that often arise in year two—saving you a complete replacement. Keep installation documentation, voltage readings, pressure settings, and a parts list; it streamlines any claim. With PSAM’s support, troubleshooting is fast, and parts are accessible. Between stainless construction, Pentek XE reliability, and the 3-year commitment, you’re protected well beyond the industry norm.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Budget pumps may cost less up front, but many fail in 3-5 years—especially with thermoplastic housings and standard bearings. Factor two replacements plus labor, emergency shipping, and downtime, and the “cheap” route doubles back on you. Myers Predator Plus typically runs 8-15 years, backed by a 3-year warranty and higher hydraulic efficiency near BEP (often saving up to 20% on energy annually). Over a decade, you’re likely ahead by a sizable margin—financially and in household sanity. As someone who’s pulled hundreds of failed pumps, I’d install Myers on my own house without hesitation.
Conclusion: Choose the Curve, Choose the Construction, Choose Myers—Then Forget About It
If you’re relying on a private well, failure isn’t academic—it’s a cold shower and a pile of dirty dishes. Myers Pumps, especially the Predator Plus Series, deliver where it counts: 300 series stainless steel for corrosion resistance, Teflon-impregnated staging to handle grit, Pentek XE motors for cool, efficient operation, and clear, honest curves that let us size precisely. Add the 3-year warranty and field serviceable design, and you’ve got a system built for 8-15 years of real-world service—often longer with disciplined maintenance.
The Yarayan family went from panic to pressure within a day with a properly sized Myers. That story repeats across farms, homesteads, and mountain properties because the fundamentals are right. If you want your next well pump to be the last one you think about for a long time, call PSAM. We’ll confirm your TDH, match the GPM rating to your home and irrigation, and ship the right pump and install kit—often the same day. Myers Pump through PSAM isn’t just a brand choice. It’s reliability you can live with, every single day.