A shower turns to a dribble, the dishwasher stalls mid-cycle, and the livestock troughs sit dry. That’s the moment the well pump stops being background equipment and becomes the only thing that matters. As PSAM’s technical advisor, I get the panicked calls: “No water—what do I do?” In most cases, the root cause traces back to a mismatched pump, inferior materials, or a motor that never belonged in a deep well in the first place.
Meet the Dhaliwals. Amar Dhaliwal (39), a high school math teacher, and his wife Priya (37), a nurse, live on seven acres outside Roseburg, Oregon with their children, Kiran (11) and Maya (7). Their 240-foot private well, originally fitted with a 3/4 HP budget submersible rated for around 10 GPM, started short-cycling last fall. It ended on Christmas morning—zero pressure. Their previous pump, a Red Lion, cracked at the housing after only four years. The contractor who installed it never calculated TDH or checked staging for their static and drawdown levels. Amar and Priya needed a correct, durable replacement—fast.
That’s exactly why this list matters. Whether you’re a rural homeowner or a licensed contractor, choosing a submersible isn’t guesswork. You match well depth and drawdown, total dynamic head, piping, pressure settings, and demand. In the sections below, I’ll walk through the must-know factors that make a Myers Pump—specifically the Predator Plus Series—the best value on the market. We’ll tackle stainless steel longevity, Pentek XE motors, sizing with pump curves, 2-wire versus 3-wire configurations, grit resistance, field serviceability, warranty coverage, and installation best practices. Along the way, I’ll show how the Dhaliwals solved their water crisis with a properly sized PSAM Myers Pump and how you can do the same—with confidence.
#1. Myers Predator Plus Series Stainless Steel Construction - 300 Series Lead-Free Materials Built to Outlast Mineral-Rich Wells
Durability isn’t a luxury in a submersible—it’s the entry fee for reliable water. The pump sits in a harsh cocktail of minerals, dissolved oxygen, and sometimes acidic pH that will chew through weak materials.
The Predator Plus Series uses 300 series stainless steel for the shell, discharge bowl, shaft, coupling, wear ring, and suction screen. By avoiding dissimilar metal corrosion points and eliminating cast iron in wet parts, Myers keeps electrochemical attack and pitting at bay. The result is a pump that maintains clearance tolerances around its engineered composite impellers, preserves efficiency, and resists galling even under pressure cycles. Every wetted lead-free component also supports compliance where potable standards are enforced.
Goulds pumps often include cast iron components that can corrode in aggressive water. In contrast, the all-stainless construction on the Predator Plus fights rust, protects mechanical integrity, and prevents seized stages that rob you of pressure. Over 8-15 years, that difference shows up in sustained flow and fewer pull-and-replace jobs—worth every single penny.
For Amar and Priya Dhaliwal’s 240-foot well with moderate iron and hard water, stainless steel wasn’t optional. Their previous thermoplastic/metal hybrid showed stress cracks at the housing. Upgrading to a Myers stainless build cut that risk to near zero and stabilized performance.
Corrosion Resistance Where It Counts
Acidic wells (pH below 7) and high TDS environments accelerate corrosion, especially at joints and fasteners. 300 series stainless steel offers the best compromise of cost, toughness, and corrosion resistance. It keeps the volute geometry true, which maintains the pump’s best efficiency point (BEP) and avoids the slow death of declining pressure.
Structural Strength for Pressure Cycling
Pressure swings from 40-60 PSI aren’t gentle. Stainless shells withstand repetitive expansion and contraction far better than thermoplastic housings. That resilience preserves the seal integrity and reduces micro-movement that otherwise grinds bearings and wears impellers.
Lead-Free Confidence
Lead-free wetted components aren’t just about code compliance; they’re about long-term water quality. With NSF, UL, and CSA listed builds, Myers simplifies approvals and homeowner peace of mind.
Pro tip: If your well has measurable iron or manganese, stainless plus regular screen cleaning delays sediment-related wear. Choose stainless for the long game.
#2. Pentek XE High-Thrust Motor Technology - Efficient, Thermal-Protected Power That Keeps Pressure On
Pressure recovery after a drawdown Plumbing Supply and More myers pump is all about the motor’s torque and the stages’ ability to convert it into head. Myers pairs the Predator Plus with the Pentek XE motor, a high-thrust, single-phase workhorse built for continuous duty in deep wells.
Inside, heavy-duty thrust bearings manage vertical loads imposed by multi-stage impellers. Thermal overload protection and integrated lightning protection provide the safety net. On 230V circuits, these motors deliver consistent torque across a wide voltage window, which matters on rural lines that can sag during peak use. Efficient stator design and precise rotor balance improve electrical-to-mechanical conversion, yielding true water-to-wire efficiency gains.
Compared to motors that lack robust thrust assemblies, the XE keeps axial play tight and prevents stage rub. That translates into smoother startup, fewer nuisance trips at the pressure switch, and longer bearing life.
When the Dhaliwals upgraded to a Myers 1 HP Predator Plus mated to a Pentek XE, pressure steadied immediately. No more stutter at the tap—just clean ramp-up and reliable cut-out at 60 PSI. Their breaker panel showed lower average amperage draw as well, a nice bonus.
Built for Deep-Well Physics
Deep wells load motors vertically. The high-thrust bearing stack in the Pentek XE keeps the rotating assembly aligned under that load, preventing shaft whip and extending service intervals.
Smarter Protection on Rural Power
Rural feeders see spikes and sags. Integrated thermal and surge features buy time and prevent heat damage, even during brownouts. That’s what keeps a Saturday night from turning into a Sunday emergency.
Efficiency That You Can See on the Bill
Expect up to 20% lower operating costs when the pump runs near BEP. The motor’s optimized efficiency is the backbone of those savings.
Rick’s recommendation: Choose 230V when possible for lower amperage draw and cooler operation in deeper applications.
#3. Well Depth and GPM Sizing Requirements - Match Horsepower, Stages, and TDH Using Proven Pump Curve Analysis
Reliable water starts with a correct size. Guessing at horsepower without calculating total dynamic head (TDH) is the most expensive mistake I see. TDH = vertical lift (from pumping level to pressure tank) + friction loss in the drop pipe and fittings + required pressure at the tank (PSI x 2.31).
For a 240-foot well with a 50-foot static water level that draws down to 140 feet, a 60 PSI target at the tank adds ~138 feet of head. Toss in friction for 1-1/4" drop pipe and fittings—say 20-30 feet—and you’re sizing for around 300+ feet of head at your target flow rate. That’s where pump curves matter. You pick a model whose curve intersects your required GPM at the needed head—ideally near BEP.
The Dhaliwals had been under-pumped. We sized a 1 HP multi-stage Predator Plus with a curve delivering 10-12 GPM at ~300 feet TDH. It sits right in the efficiency pocket, which keeps their pressure tank cycling cleanly and reduces energy use.
Determine Household Demand
Count fixtures and usage. Most homes do best at 8-12 GPM. Irrigation zones may push demand to 15+ GPM. Select the GPM rating that covers your peak flow.
Align TDH With Staging
More head = more stages. Deep wells (200-300 feet) often land in the 1-1.5 HP range. Very deep wells (300-490 feet) may need 2 HP. Always confirm on the curve.
Verify Voltage and Amperage
Use 230V for deeper wells. Confirm circuit capacity and amperage draw from the data plate. Undersized wire or long runs can cause voltage drop—bad news for motors.
Bottom line: When you size off curves, not guesses, you get pressure that feels “municipal.” That’s the Myers advantage we love to deliver.
#4. Teflon-Impregnated Staging - Self-Lubricating Impellers That Don’t Surrender to Sand and Grit
Sand kills pumps. It erodes impeller edges, opens up clearances, and drags efficiency into the gutter. Myers uses Teflon-impregnated staging with self-lubricating impellers in an engineered composite that shrugs off abrasive fines.
Most wells carry some grit during drawdown or after a power blink. The Myers composite maintains edge profile and resists heat buildup from friction. That’s how you keep GPM and pressure stable after years of service. Pair that with the intake screen and the internal check valve that holds column water in the drop pipe, and the result is smooth starts with minimal sand surge.
Red Lion’s thermoplastic housings and conventional staging can develop micro-cracks and warp under repetitive heat/pressure cycles. By contrast, the Myers stage materials are built to manage both mechanical abrasion and thermal stress—worth every single penny.
The Dhaliwals had occasional sand post-storm. After installing the Predator Plus, their sediment filter shows less accumulation, and their shower flow hasn’t sagged. That’s staging that’s doing its job quietly.
Abrasion Resistance by Design
The engineered composite impellers keep geometry under grit exposure. Less wear on vane tips equals sustained head and quieter operation.
Cooler Running, Longer Life
Self-lubricating materials reduce frictional heat, which protects bearings and keeps the nitrile rubber wear surfaces happier over time.
Pair With Good Filtration
A spin-down sediment pre-filter before the tank catches nuisance fines. It’s cheap insurance that complements the pump’s staging.
Pro tip: If your well produces sand bursts, consider a torque arrestor and slow-start protection. Limiting water hammer reduces grit mobilization.
#5. Best Value 2-Wire Configuration - Simplified Wiring Saves $200-400 vs Complex Control Systems
Installation complexity rarely adds value for residential wells. Myers offers both 2-wire and 3-wire options, but for most homes, 2-wire submersibles are the value play. With no external control box, you cut hardware cost, reduce failure points, and speed installation. Service is cleaner, too: fewer components to diagnose when you’re staring at a dark kitchen sink.
Some brands push 3-wire configurations with proprietary control logic. On simpler residential runs, myers grinder pump that’s a cost driver without a performance payoff. Myers’ 2-wire line remains contractor-friendly and fully compatible with standard pressure switch and tank setups, while retaining the same Pentek XE motor reliability inside the well.
For Amar’s retrofit, 2-wire made sense. We reused the existing well cap penetrations and eliminated an aging control box. That shaved a few hours off labor and removed a part that had already failed once during a lightning event.
When 2-Wire Shines
Straightforward installations under 300 feet with standard pressure settings benefit most. Fewer parts, cleaner troubleshooting, faster water restoration.
When 3-Wire Makes Sense
For specialty control requirements, staged soft starts, or legacy systems, 3-wire can be practical. Myers supports both—just match to your use case.
Cost and Reliability
Less hardware means fewer callbacks. With lightning protection in the motor, 2-wire Myers builds still shield your investment.
Recommendation: For the majority of residential wells, go 2-wire for simplicity and value. Keep splices tight using a quality wire splice kit rated for submersible duty.
#6. Extended 3-Year Warranty Coverage - Industry-Leading Protection That Cuts Lifetime Costs 15-30%
A strong warranty reflects confidence in design and manufacturing. Myers backs Predator Plus with an industry-leading 3-year warranty, far exceeding the 12–18 months that’s common across the market. That coverage isn’t just paperwork—it meaningfully reduces total ownership cost.
Failures typically show up early if they’re going to happen. A 36-month safety net means Myers absorbs that risk, not you. Couple that with PSAM’s fast-ship replacements on in-stock items, and downtime shrinks dramatically. For families like the Dhaliwals, who can’t be without water, that matters.
Compared to Wayne Pumps’ one-year coverage on many models, Myers gives you two extra years where the worst-case scenario is still covered. Stretch that across a decade, and your risk-adjusted cost-of-water drops. Protection that keeps money in your pocket is worth every single penny.
Amar told me the warranty alone sealed the decision. He’s already lived through one premature failure. This time he wanted coverage that matched the quality he was paying for.
What’s Covered
Manufacturing defects and performance issues under normal use. Document installation details and keep receipts. PSAM can help facilitate claims.
Why It Matters for Deep Wells
Pulling a 240-foot pump is labor-intensive. Warranty coverage that offsets parts and potential labor saves real dollars.
Pair With Proper Commissioning
Record static and pumping water levels, pressure switch settings, and amperage draw at startup. Clean commissioning data simplifies any future claim.
Peace of mind has a number: 36 months. Myers delivers it; PSAM stands behind it.
#7. Field-Serviceable Threaded Assembly - On-Site Repairs Without Full Replacement Save Time and Money
Pumps don’t always fail catastrophically. Sometimes you need to fix a component—replace a check valve, swap a worn stage, or troubleshoot a motor lead. The Predator Plus features a threaded assembly that’s truly field serviceable. For contractors and skilled DIYers, that’s an invitation to solve problems on-site and avoid total replacements.
Contrast this with setups that drive you into dealer-only service channels. Myers’ design philosophy is approachable serviceability: quality components, standard tools, clear manuals, and accessible spares through PSAM. When water’s out, that difference gets you back online faster.
Amar’s installation included a torque arrestor and a new pitless adapter seal. If he ever needs to pull the pump, the threaded build streamlines the process, and PSAM stocks the parts to support it.
Threaded, Not Glued
Threaded joints survive thermal swings and allow disassembly without damaging housings. That’s how you keep a good pump in service longer.
Standardized Replacement Parts
From intake screens to wear rings, Myers parts availability through PSAM keeps repairs local and quick.
Documentation That Helps
Service guides and exploded diagrams make a difference. Myers publishes what techs need; PSAM hosts and links the PDFs for easy access.
For the homestead that can’t afford a three-day outage, field-serviceable wins. That’s smart engineering talking.
#8. 80%+ Hydraulic Efficiency Near BEP - Lower Energy Bills and Cooler Operation You Can Measure
Energy efficiency isn’t a buzzword when you run a submersible daily—it’s the line item on your utility bill. Myers Predator Plus pumps are designed to deliver 80%+ hydraulic efficiency near their BEP. What that means in practice: when the pump’s curve intersects your TDH and GPM right in the sweet spot, the system moves more water per watt and runs cooler.
Operating away from BEP—oversized pump throttled by excessive backpressure, or undersized unit operating at the steep end of the curve—creates heat, vibration, and premature wear. Myers’ precisely matched staging and motor pairing minimizes those losses. The result is quieter operation, fewer nuisance trips, and better water-to-wire numbers.
For the Dhaliwals, we tightened their curve selection and set the pressure switch at 40/60 with a properly sized diaphragm pressure tank. That kept cycle times healthy, reduced starts per hour, and trimmed their monthly power use.
Curve Matching Made Simple
PSAM provides pump curves and selection support. Bring your well depth, drawdown, pipe size, and desired PSI; we’ll map your options.
Efficiency Compounds Over Years
At 1–2 kWh per day saved, annual reductions add up. Over a decade, an efficient pump can pay for its own upgrade.
Cooler Pump, Longer Life
Less heat equals happier bearings and insulation. Efficiency isn’t only about cost—it’s about longevity.
Tip: Avoid throttling flow with undersized discharge piping. Use 1-1/4" where specified to protect your efficiency win.
#9. Best Deep-Well Solution: 1–2 HP Multi-Stage Submersible - 250–490 ft Shut-Off Head for Reliable Pressure at Elevation
Deep wells and elevation changes demand real head. Myers Predator Plus offers 1 HP, 1.5 HP, and 2 HP configurations with shut-off heads up to 490 feet. That range keeps pressure steady from mountain cabins to rolling acreage where the house sits above the wellhead.
Headroom matters more than homeowners realize. A system designed to hit 60 PSI at the tank needs margin to overcome drawdown and friction losses. Myers’ multi-stage geometry provides that margin without turning the motor into a space heater. At depth, the Pentek XE motor keeps thrust in check, and the nitrile rubber bearings stay lubricated by the fluid film across the bushing surfaces.
We selected a 1 HP for the Dhaliwals at ~300 feet TDH, but I’ve specified 1.5–2 HP on 380–450-foot installations regularly, especially where irrigation zones push demand past 15 GPM. Myers has the headroom stock that keeps the sprinklers popping and the showers hot.
Staging for the Win
More stages equals higher head at a given horsepower. Myers balances stage count with motor torque so your start-ups are smooth.
Know Your Shut-Off Head
Your operating point should live well below shut-off to avoid stress. Use the curve—don’t guess.
Flow Under Load
Maintaining 8–12 GPM at high TDH is where this line shines. That’s the difference between a trickle and real service.
Bottom line: If your static level drops deep, choose a Predator Plus model with proper headroom and sleep easy.
#10. Installation Best Practices - From Drop Pipe to Pitless Adapter, Do It Once and Do It Right
A premium pump can’t save a sloppy install. Proper materials and steps protect your investment and preserve the warranty.
Start with drop pipe sized correctly—1-1/4" for most 10–20 GPM systems. Use a stainless check valve near the pump and inspect the built-in valve. Add a torque arrestor to prevent startup twist, and a safety rope or stainless cable for retrieval. Splice with a submersible wire splice kit and heat-shrink seals. At the wellhead, ensure the pitless adapter seals and supports properly. Inside, use a quality tank tee with gauge, relief, and a matched pressure tank sized for your GPM to minimize short cycling.
We replaced the Dhaliwals’ aging pitless seals and upsized a few elbows to reduce friction. Small details, big results—quieter operation and fewer starts.
Electrical Done Right
Confirm 230V supply, correct breaker size, and proper wire gauge for the run length. Voltage drop invites heat and nuisance trips.
Pressure Settings That Protect
Set 40/60 or 50/70 thoughtfully. Higher pressures increase TDH; make sure the pump curve supports your choice.
Start-Up Commissioning
Record static and pumping levels, amperage under load, and pressure cycling. It’s your baseline for future diagnostics.
If you want municipal-grade reliability from a private well, this is the recipe. PSAM can kit everything you need to avoid mid-project runs to the store.
#11. PSAM Speed and Support - Same-Day Shipping, Curves on Hand, and Phone Help When Water’s Out
Buying the right pump is half the battle; getting it tomorrow can be the other half. Plumbing Supply And More stocks the core Predator Plus Series models and ships same day on in-stock items. When you’re dry, that matters.
Beyond boxes, we’re a brain trust. My team pulls pump curves, checks TDH, and confirms GPM rating against your fixture count. We’ll help weigh 2-wire versus 3-wire, match discharge size and fittings, and bundle the control box if you’re going 3-wire. For contractors, we offer volume purchasing and quick-pick accessory kits.
The Dhaliwals called at 9:00 AM; their pump and install kit left our dock by 2:00 PM. Water was flowing the next day by lunch.
Emergency Buyers Welcome
We understand downtime is costly. Ask for our in-stock list and cut to the chase.
Documentation That Saves Time
Access installation manuals, exploded parts views, and wiring diagrams from your phone on the jobsite.
Real People, Real Experience
When you call, you get a pump tech, not a script. That’s PSAM’s promise.
When the water stops, speed is everything. We make sure you’re not waiting on a part to take a shower.
#12. Real-World Competitive Perspective - Why Myers Beats the Alternatives You’re Considering
Choosing a submersible is a long-term bet. Here’s the short version of what I see in the field, day after day.
Technical performance: Myers Predator Plus leverages all- 300 series stainless steel construction against corrosive or mineral-heavy wells, while some competitor models mix in cast iron that pits over time. The Pentek XE motor brings high thrust capacity, lower heat, and strong voltage tolerance compared to standard motors. At the curve, Myers maintains 80%+ hydraulic efficiency near BEP, avoiding the noisy, hot operation I associate with under-sized bargain units. With Teflon-impregnated staging, impeller wear is slow and steady, not the rapid edge erosion I’ve documented in lesser composites.
Real-world ownership: Installation is simpler with 2-wire configuration options that cut hardware cost and failure points. Serviceability is better with threaded assembly, so technicians repair instead of replace. The 3-year warranty dwarfs the 12-month coverage attached to many budget pumps and reduces risk on deeper pulls. Where Red Lion thermoplastic housings crack under pressure cycles, Myers stainless stays quiet and tight. Where Goulds’ cast components corrode in acidic wells, Myers stainless keeps tolerances true.
Value conclusion: Over 8–15 years, fewer pulls, lower kWh, and reliable pressure make the Predator Plus the safer investment for rural households. With Pentair’s R&D behind the line and PSAM support behind your order, Myers is worth every single penny.
#13. Comparison Focus: Myers vs Goulds and Red Lion in Homes Like Yours
Technical analysis: Goulds Pumps builds capable systems, but some residential submersibles still rely on cast iron components that corrode in low-pH or high-TDS water. Erosion at critical interfaces loosens clearances and bleeds head. Red Lion’s cost-focused thermoplastic housings do fine in shallow, mild wells, but they’re vulnerable to micro-cracking and heat-cycling under deep-well duty. Myers counters with full stainless steel wetted parts, engineered composite impellers, and Pentek XE motors designed for high thrust and efficient power conversion.
Application differences: On 200–350-foot wells running 8–12 GPM, I’ve seen Myers hold pressure steadier over years, while corroded cast iron stages lose edge and require an early pull. Where household demand includes irrigation zones, Myers’ higher head models at 1–2 HP keep zones spraying at design pressure without throttling the system into heat. Add field serviceable threaded assembly, and you’re maintaining in place versus swapping entire units.
Value close: Goulds has legacy recognition, Red Lion has entry price, but for deep and demanding residential use, the Predator Plus runs quieter, lasts longer, and costs less to own across a decade. With PSAM’s stocking and warranty support, it’s worth every single penny.
#14. The Dhaliwals’ Outcome - From Christmas Morning Failure to Rock-Solid Water
Results matter. After we sized and shipped a Myers Predator Plus 1 HP submersible with the Pentek XE motor, 1-1/4" drop pipe, new pitless adapter seals, torque arrestor, and a properly sized pressure tank, Amar and Priya had water back within 24 hours. Commissioning data showed 10.5 GPM at ~300 feet TDH, 40/60 PSI settings, and a smooth amp draw inside spec.
Three months later, Amar reported zero short-cycling, better shower pressure, and noticeably lower sediment in filters. Priya appreciated the quiet operation and the fact that our PSAM team documented everything—wire gauge, breaker size, and splices—for future service. That’s how a failed Red Lion and a mis-sized system became a dependable, efficient setup.
If your story feels similar—deeper well, unpredictable pressure, pump fatigue—follow the same playbook. The right Myers model, installed right, ends the cycle of crisis calls.
#15. Rick’s Picks: Accessories That Protect Your Investment
These are the items I bundle with nearly every Predator Plus install:
- Quality check valve rated for submersible duty (verify built-in check; add redundancy when code allows) Torque arrestor sized to the casing to prevent startup twist Safety rope or stainless cable for retrieval Heat-shrink wire splice kit with adhesive lining Proper tank tee with gauge, relief, drain, and union Adequate pressure tank volume to keep starts per hour in a safe range New well cap or sanitized seal for a tight head Dielectric unions and a fittings kit matched to 1-1/4" NPT discharge
Spend a little here, save a lot later. PSAM can box these with your pump so you’re not hunting parts mid-install.
Frequently Asked Questions
How do I determine the correct horsepower for my well depth and household water demand?
Start by calculating your total dynamic head (TDH): pumping level to tank elevation (in feet) + desired pressure at the tank (PSI x 2.31) + friction loss in pipe and fittings. Then pick a pump whose curve meets your target GPM at that TDH. Typical homes need 8–12 GPM; irrigation can push that higher. As a rule of thumb, 1/2 HP fits shallow to mid wells with modest head, 3/4–1 HP suits 150–300 feet at 8–12 GPM, and 1.5–2 HP covers very deep wells or higher flows. Use the Myers Predator Plus curves to select a model that runs near its best efficiency point (BEP). Example: A 280-foot TDH and 10 GPM often points to a 1 HP multi-stage Myers. At PSAM we’ll verify amperage draw (230V preferred on deeper runs) and ensure wire gauge supports the distance. My recommendation: call with your static level, drawdown, and desired pressure—we’ll map your point to the exact Predator Plus model.
What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most households operate comfortably at 8–12 GPM. Count simultaneous uses: shower (2–2.5 GPM), dishwasher (1–2 GPM), clothes washer (2–3 GPM), irrigation zones (varies). If you run two showers and a washer, 8–9 GPM is practical; add irrigation, and you may require 12–15 GPM. Pressure is produced by head, which multi-stage impellers create by stacking multiple identical stages. Each stage adds head; together they achieve the pressure to hit 40/60 PSI at your desired flow. On a pump curve, find your TDH and see what flow the pump delivers there. Myers’ engineered composite impellers maintain vane edges, so pressure doesn’t trail off prematurely from abrasion. With the Predator Plus, you’ll hit target pressure at the designed GPM without overheating the motor.
How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from matched hydraulics and motor design. Myers pairs precise stage geometry with the Pentek XE motor to keep operation near BEP, where hydraulic losses are minimal. The 300 series stainless steel housings maintain tight tolerances, and Teflon-impregnated staging resists wear that would otherwise open clearances and drop efficiency. Add optimized discharge diffuser design and a properly sized discharge line (often 1-1/4"), and water-to-wire efficiency stays high. Compared to budget pumps that run off-curve—throttled by undersized piping or starved by shallow staging—Predator Plus keeps amperage draw in spec while delivering more GPM at the same head. Net result: up to 20% annual energy savings in real homes we support.
Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submerged cast iron corrodes in low-pH and mineral-rich water. Corrosion pits surfaces, loosens clearances, and ultimately binds stages or weakens housings. 300 series stainless steel resists that attack, maintaining geometry and structural integrity under pressure cycling. For submersibles, that stability preserves impeller efficiency and reduces the heat and vibration that shorten motor life. In the field, stainless Myers pumps show fewer seized stages and better pressure retention after years underground. If your water report shows hardness, iron, or acidity, stainless is the right call for longevity and consistent performance.
How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Abrasive fines act like sandpaper on impeller edges. The Myers engineered composite with Teflon-impregnated surfaces reduces friction and heat at contact points. Cooler operation and lower coefficient of friction mean less micro-welding, less edge rounding, and slower wear of vane tips. Because stage clearances remain tight, head and flow stay within spec longer, even in wells that occasionally pump fines after storms or heavy drawdown. Pair the pump with a clean intake screen and post-tank sediment filtration to catch what the well produces, and you’ll see multi-year stability in pressure and GPM.
What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
Thrust handling and electromagnetic efficiency. The XE uses robust thrust bearings tailored for multi-stage axial loads, keeping the shaft aligned and reducing mechanical losses. Electrically, optimized windings and rotor balance deliver torque without excessive heat, which protects insulation and extends life. Integrated thermal overload protection and lightning protection prevent damage from rural power anomalies. In practice, you’ll see stable amperage draw at 230V, smoother startups, and cooler running temperatures—key ingredients for long service. Match that with the right Myers hydraulic end, and the system sits near BEP instead of wasting power.
Can I install a Myers submersible pump myself or do I need a licensed contractor?
Capable DIYers can install a submersible well pump with the right tools and safety practices, but there are real risks: confined space hazards, electrical code compliance, and the physical challenge of pulling and setting a 200–300-foot assembly. You’ll need proper drop pipe, rated wire splice kits, torque arrestor, check valve, and a correctly sized pressure tank. Electrical work should meet local code—breaker size, wire gauge, and grounding are not optional. Many homeowners hire a contractor to handle the pull/set and the electrical terminations while doing prep and trench work themselves. PSAM can supply a complete kit and walk you through the checklist. If you’re unsure, hire it out—protect your warranty and your safety.
What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump integrates the start components in the motor housing—no external control box is needed. Fewer parts, simpler wiring, faster installs, and fewer failure points for typical residential systems. A 3-wire well pump uses an external control box with start/run capacitors and relay; it can offer easier capacitor replacement and specialty control in some setups. Myers offers both. For wells under ~300 feet with standard pressure control, 2-wire is usually my pick. For legacy systems or where advanced control schemes are required, 3-wire makes sense. Either way, confirm voltage (typically 230V) and use the correct wire gauge for the distance.
How long should I expect a Myers Predator Plus pump to last with proper maintenance?
In average residential service, expect 8–15 years, with many installs running longer. With excellent care—clean power, correct sizing, proper pressure tank volume, and water that isn’t overly abrasive—20+ years is achievable. Key life-extenders include keeping starts per hour within recommended limits, maintaining correct pressure switch settings, and addressing sediment with filtration. Document commissioning data so small changes are caught early. Myers’ 3-year warranty covers early-life defects; after that, longevity is mostly about good sizing and clean installation practices.
What maintenance tasks extend well pump lifespan and how often should they be performed?
- Annually: Check pressure switch cut-in/cut-out, inspect pressure tank pre-charge (with system drained), and review cycling frequency. Semi-annually: Inspect sediment filters; if heavy fines are present, consider a spin-down pre-filter. Every 2–3 years: Test amperage draw under load and compare to commissioning data. Rising amps can indicate developing mechanical load or voltage issues. As needed: Inspect well cap, conduits, and waterproof splices. Ensure the pitless adapter remains sealed. Keeping starts per hour reasonable via correct tank sizing is the single biggest saver. And never ignore short-cycling—address it before it burns contacts or overheats the motor.
How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers’ 3-year warranty beats the common 12–18 month coverage many competitors offer. It covers manufacturing defects and performance failures under normal use. Deep-well pulls are costly, so those extra months materially change risk and total cost of ownership. Keep installation records—static/pumping levels, pressure settings, electrical readings—and you’ll streamline any claim. PSAM helps document at purchase and can support the process if an issue arises. In my experience, the longer warranty window aligns with Myers’ lower early-life failure rate and reflects Pentair-backed quality control.
What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Let’s compare a Myers Predator Plus vs a budget thermoplastic submersible in a 220–280-foot TDH home at ~10 GPM. Myers: higher upfront by $300–$600, but with 20% lower energy use near BEP, that’s ~$40–$80/year saved depending on rates. Over 10 years: $400–$800 in energy savings. Factor in the 3-year warranty (versus 1-year), reduced likelihood of mid-life failure and a $1,200–$1,800 pull/replace event, and Myers typically wins by $800–$1,500 in avoided costs. Add non-monetary wins—steady pressure, fewer outages, better materials—and the value gap widens. Bottom line: the Predator Plus through PSAM costs less to own and aggravates you less, which is priceless at 6:00 AM when you need hot water.
Conclusion: The Smart Choice Is a Properly Sized PSAM Myers Pump—Installed Right, Backed Right
Your well system should be invisible—quiet, steady, and always ready. Myers Predator Plus delivers that by combining 300 series stainless steel, Teflon-impregnated staging, and the Pentek XE motor into a package built for 8–15 years of dependable service, often longer with care. Add the 3-year warranty, strong efficiency near BEP, and a field-serviceable threaded assembly, and you get a pump that doesn’t just work—it pays you back.
For Amar and Priya Dhaliwal, the difference was immediate: stable pressure, clean starts, and a system that finally fits their 240-foot well. For your home, the process is the same. Call PSAM with your well depth, drawdown, and pressure goals. We’ll size the right Myers model, kit the accessories, and ship it fast—so your water comes back and stays back.
Ready to end the pump roulette? Choose a Plumbing Supply And More Myers Pump. It’s worth every single penny.