How to Read a Myers Pump Nameplate and Model Number
The shower went cold, the pressure dropped to a whisper, and the dishes stacked up fast. When a well pump quits, you aren’t just inconvenienced—you’re out of water for drinking, cooking, bathing, and livestock. In my experience, the fastest way to get back online is reading your pump nameplate correctly, so you can match specs, order parts, or upgrade with confidence. Yet most emergencies get longer—and more expensive—when the nameplate is misread or the model number is guessed.
Meet the Bhandari family in rural Idaho: Kiran (38) is a farrier who shoes ranch horses, and his spouse, Aimee (36), is a nurse who works three 12-hour shifts a week. They live outside Emmett on five acres with their kids, Emmet (8) and Mira (5). Their 240-foot well had been running a budget 3/4 HP submersible that anonymous “previous owners” installed. After a hot weekend of nonstop irrigation, the motor tripped and never came back. Kiran texted me at PSAM at 6:24 a.m. on a Monday—no water, two kids, and animals to tend. The nameplate on their failed pump was sun-faded and pitted. We still got them back faster because we know exactly how to read a Myers Pump nameplate and model number—and how to translate that to the right Myers Predator Plus replacement.
Here’s why this matters. Your nameplate is the DNA of your pump: horsepower, voltage, phase, amps, GPM series, stages, materials, motor frame, and approvals. The model number consolidates those details so you can size correctly, match a control box (if needed), verify 2-wire vs 3-wire, and align your pressure/flow goals to the pump curve. In this guide, I’ll show you how to decode each field, avoid the common mistakes that strand families for days, and use the details to step into a Myers Predator Plus that delivers serious durability.
What’s ahead:
1 shows where to find the critical identifiers on a submersible nameplate. #2 breaks down horsepower and voltage logic and why it drives wire sizing. #3 translates the GPM series and stages into pressure at depth. #4 focuses on the letter codes for materials and why stainless is your friend. #5 demystifies 2-wire vs 3-wire model logic and control box compatibility. #6 uses pump curves and TDH to match flow to pressure without guesswork. #7 covers motor designations—Pentek XE—and what the numbers actually mean. #8 decodes approvals and warranty notations that protect your wallet. #9 explains threaded assembly and service codes for field-friendly repairs. #10 ties it all together—ordering the right Myers Pump from PSAM in minutes.
I’ve spent decades sizing, troubleshooting, and replacing submersibles. Read this once and you’ll never squint at a nameplate again. You’ll know exactly which Myers Predator Plus to choose—and why it’s worth every single penny.
1. Find the “Big Three” on the Nameplate – Model, HP/Voltage, and GPM Rating
Getting water back on fast starts with three fields: model number, power data, and series flow rating. When you anchor those, the rest becomes easy math.
Technically, a submersible nameplate consolidates the pump end and the motor. On a Myers Predator Plus, the model string often points to the series (for example 10 GPM), horsepower (like 1 HP), and configuration (like 2-wire at 230V). You’ll also spot amperage draw, frequency (60 Hz), and a serial or date code. The flow series (7, 10, 20 GPM) pairs with the number of stages to create your head capability at a given flow—the real backbone of pressure. Capture these first; they drive drop pipe length, wire gauge, and pressure tank settings.
For Kiran and Aimee, a photo of their old nameplate (text hardly readable) still revealed “10 GPM” and “230V.” With the well depth and static water level, I translated that to a Myers Predator Plus 10 GPM profile, then matched HP and stages to get their needed pressure.
Where to Look on the Pump
The nameplate is mounted near the discharge or on the motor shell. On replacement projects, take a photo before pulling. If it’s underwater, record specs before drop-in.
What to Write Down First
Model number Horsepower (HP) Voltage (115V/230V) GPM rating (7, 10, 20) Amperage draw These five details align you to the proper Myers Predator Plus pump curve.
If the Plate Is Illegible
Use the well log (depths and casing), pressure switch setting (40/60 or 30/50), and current wire gauge. With those, we can reverse-size a Myers Predator Plus using performance curves.
Key takeaway: Photograph the nameplate, capture power and series flow, and you’re already halfway to the right Myers Pump.
2. Horsepower and Voltage Codes – Matching 1/2 HP to 2 HP with 115V/230V Reality
Horsepower and voltage determine not only output, but also wire size and starting Amps. Misread either and you risk nuisance trips or short motor life.
On a Myers Predator Plus nameplate, you’ll see 1/2 HP, 3/4 HP, 1 HP, 1.5 HP, or 2 HP and either 115V or 230V. Practically speaking, most deep wells use 230V because it lowers amperage and voltage drop over long runs. If a nameplate indicates 115V but your wire gauge and drop length suggest high voltage drop, upgrading to 230V with a compatible Myers motor is smart. The HP must match the required Total Dynamic Head (TDH) and desired GPM at your pressure switch setting.
For the Bhandaris at 240 feet, 230V was a given. We confirmed their breaker and wire runs could support 1 HP without sagging voltage. That got them stable starts and steady pressure.
Wire Gauge and Amperage
Longer runs at 230V handle higher HP without voltage drop. Always cross-check nameplate Amps to your breaker size and wire gauge.
Choosing HP by Depth and Demand
60–150 ft: often 1/2–3/4 HP at 10 GPM. 150–300 ft: frequently 1–1.5 HP, depending on flow. 300–490 ft: 1.5–2 HP to hold pressure at target flow.
Pro Tip
If your old nameplate reads 1/2 HP and the system short cycles or loses pressure during irrigation, you likely need a 1 HP or 1.5 HP Myers Predator Plus configured for a 10 or 20 GPM curve.
Bottom line: Read HP and voltage together—your Myers Pump will perform like a champ when the electrical and hydraulic realities agree.
3. GPM Series and Stages – Turning Model Digits into Usable Pressure at Depth
The Myers model sequence signals the series flow rating—commonly 7–8 GPM, 10 GPM, or 20+ GPM—and the stage count. Stages are stacked engineered composite impellers that add head. More stages mean more pressure capability at a given flow.
Technically, the pump curve is your truth. A 10 GPM series pushes a sweet spot for most homes, while a 20 GPM model suits irrigation or large households with multiple fixtures. If your nameplate includes the series (e.g., “10GS”) and a two-digit suffix, that suffix often correlates with stage count—so we can predict head and shut-off pressure. Pair that with your pressure switch (40/60 is common) and you’ll know exactly where the pump operates along the curve.
For Kiran, a 10 GPM series with adequate staging delivered reliable shower pressure, even when the garden spigots were open.
Reading for Stages
More stages = more head. A 15-stage 1 HP at 10 GPM might carry up to ~400 feet TDH at lower flows. Use the pump curve to confirm output at your TDH, not just shut-off head.
Matching Demand
Typical households: 10 GPM. Sprinklers + home: 20 GPM may be justified with proper staging and HP.
Verify at the Pressure Switch
With a 40/60 switch, design for ~50 PSI at the house. Convert PSI to feet of head (PSI × 2.31) and add elevation and friction.
Takeaway: Decode the GPM series and stage logic to hit the right pressure at your depth, and your Myers Predator Plus will feel like a pressure booster, not a compromise.
4. Materials and Durability Codes – Why 300 Series Stainless and Teflon-Impregnated Staging Matter
Material codes on a Myers nameplate point to corrosion resistance and wear life. On the Predator Plus, the shell, discharge bowl, shaft, coupling, wear ring, and suction screen are 300 series stainless steel, lead-free, and built to thrive in mineral-rich or acidic water. You’ll also see references to Teflon-impregnated staging with self-lubricating impellers—key for wells with fines, silt, or intermittent grit.
Technically, stainless resists pitting and galvanic attack far better than cast iron or thermoplastic housings. The engineered composite impellers maintain efficiency longer because the Teflon reduces friction and abrasion wear. Over time, that means your pump holds its curve instead of drifting downward as edges erode.
Aimee had complained of stained fixtures months before the failure—classic aggressive water. Stainless construction on the new Myers ended the corrosion worries for good.
Why 300 Series Stainless Steel Wins
Superior corrosion resistant performance in high mineral content and acidic pH. Strong under thermal cycling and pressure fluctuations. Maintains mechanical integrity for an 8–15 year lifespan, often longer with ideal care.
Teflon-Impregnated Staging Advantage
Self-lubricating impellers tolerate fines and grit. Keeps efficiency closer to the original best efficiency point (BEP) for years.
Internal Check and Intake Screen
Myers integrates internal check valve and robust intake screen to protect stages and prevent backflow cycling.
Conclusion: If your water chemistry eats weaker pumps, reading “stainless” and “Teflon-impregnated staging” on a Myers nameplate is your green light for longevity.
5. 2-Wire vs 3-Wire Logic – Decoding Control Box Requirements from the Model
Nameplate fields and model codes will indicate 2-wire or 3-wire configuration. In a 2-wire pump, start components live in the motor can—no external control box, simpler wiring. A 3-wire unit uses an external control box with capacitors and relays. Both options are available from Myers Predator Plus; choosing the right one is about depth, serviceability preferences, and compatibility with existing infrastructure.
Technically, 2-wire is straightforward for many homeowners and cuts upfront cost by skipping a control box. 3-wire makes sense for deeper wells or when you want easier access to start components for troubleshooting above ground.
For the Bhandaris, sticking with a 2-wire at 230V allowed a fast swap using their existing drop cable and breaker. Less gear, fewer variables.
When 2-Wire Shines
Clean, simple install; fewer parts in the system. Cost savings—no control box to buy or mount. Great for most residential wells.
When 3-Wire Makes Sense
Preferred by some contractors for quick diagnosis at the control box. Useful for deep wells where the added starting assistance is beneficial.
Reading the Plate
You’ll see “2-Wire” or “3-Wire” or a code that maps to wiring type. Confirm by counting motor leads and the presence (or not) of a control box.
Takeaway: Don’t overcomplicate. If your nameplate points to 2-wire and the run is behaving, stay with it. Myers gives you reliable options either way.
6. Convert Model Numbers to TDH and Pump Curves – Making Pressure and Flow Add Up
A model number is only useful if you can translate it into performance on the curve. Myers Predator Plus publishes clear curves for each GPM rating, HP, and stage count. Use the nameplate series to find the correct curve, then size against your Total Dynamic Head (TDH).
Technically, TDH = static lift from water level to discharge + friction losses in pipe/fittings + desired pressure at the house (PSI × 2.31). The curve shows how many GPM your pump will deliver at that TDH. The sweet spot is near the BEP, where 80%+ hydraulic efficiency keeps electrical costs modest and motor temps happy.
With the Bhandaris at ~240 ft and a 40/60 switch, we meyer water pump aimed for ~50 PSI at the tank (≈115 feet of head), plus lift and friction—landing them in the 300–340 feet TDH range. Their Myers 10 GPM, 1 HP selection put their operating point near the BEP.
Read the Curve in Three Steps
Identify model curve: GPM series + HP. Calculate TDH. Find the intersection: verify GPM at your TDH meets peak household demand.
Pressure Switch Coordination
30/50 vs 40/60 changes the required head at the tank by ~23 feet. Don’t forget elevation changes from wellhead to tank.
Rick’s Recommendation
If you’re on the fence between two models, favor the one that lands closest to BEP at your real-world TDH. That’s how you get the quiet, cool-running, long-life performance Myers is known for.
7. Motor Notations Decoded – Pentek XE High-Thrust, Thermal and Lightning Protection
Look for motor references on the nameplate and data sheet: Myers Predator Plus pairs with the Pentek XE motor, a high-thrust, single-phase design built for continuous duty. You’ll see notes like thermal overload protection and lightning protection—real field savers.
Technically, high-thrust bearings absorb the axial load generated by multi-stage impellers. When those bearings are right, the rotor stays centered, stages stay aligned, and efficiency holds. Thermal overloads trip to prevent winding damage from locked rotors, dry run, or voltage issues. Surge protection helps in storm-prone regions where hits on runs and service lines are common.
The Bhandaris live in an area with thunderheads rolling off the mountains. A motor with better surge protection is non-negotiable. Pentek XE checks that box.
What “High-Thrust” Means
Bearings sized for multi-stage loads. Reduced axial movement for stable, quiet operation. Longer life under frequent cycling (though I prefer bigger tanks to reduce cycles).
Thermal Overload and Surge
Auto reset after a cool-down cycle—prevents cooked windings. Integral protections that many “budget” motors simply don’t include or calibrate well.
Amperage and Efficiency
Nameplate Amps give you a quick check on whether your breaker/wire gauge align to the motor’s expected draw at BEP.
Conclusion: When a Myers model points to Pentek XE, you’re looking at the motor platform that delivers the quiet resilience rural homes need.
8. Approvals, Warranty, and Factory Testing – Reading the Fine Print That Saves Real Money
A solid nameplate will show NSF, UL listed, and CSA certified markings. Myers Predator Plus adds an industry-leading 3-year warranty, and yes, that matters. Many pumps only cover 12–18 months. I’ve seen cheap gear fail at 25 months—no coverage, big bill.
Technically, third-party certifications mean materials and electrical safety meet code. A factory-tested seal says every pump has been verified for leakage and performance before shipping. Myers isn’t guessing; they’re confirming.
For Aimee, budget was a concern after a tough spring. Knowing this pump carried robust coverage reduced stress. Install it right, keep the well clean, and the odds move hard in your favor.
Warranty Cliffs
3-year warranty: strong confidence and reduced long-term cost of ownership. Read coverage: manufacturing defects and performance issues are in scope.
Certifications to Trust
NSF: material safety for potable water. UL/CSA: electrical safety and compliance.
PSAM Advantage
Plumbing Supply And More ships same-day on in-stock Myers models, and we keep records of your model details for future part matches. No guesswork two years down the road.
Takeaway: Those small logos and warranty lines aren’t decoration. With Myers, they add up to lower lifetime cost and faster, cleaner approvals for insurance and inspections.
9. Field-Serviceable Threaded Assembly – Identifying Service Codes That Keep You Up and Running
When a nameplate or spec sheet references threaded assembly, that’s your green flag for field serviceable repairs. Myers Predator Plus is designed so qualified contractors can address issues—like replacing a pump end—without junking the entire stack.
Technically, a threaded assembly creates access without proprietary clamp rigs or factory-only tooling. When paired with engineered composite impellers and nitrile rubber bearings, routine wear items can be serviced sensibly. In many communities, that difference is the line between a $200 repair and a $1,400 full replacement.
Kiran appreciated that design. On a ranch schedule, waiting for a dealer-only teardown is not an option. Myers’ field-forward engineering is the right kind of practical.
What to Check on the Plate
Model variants indicating serviceable pump ends. Replacement kit compatibility codes—PSAM stocks common kits.
Drop Pipe and Fittings
Use a proper pitless adapter, torque arrestor, and safety rope on reinstall. Good rigging protects your investment if you need to pull again.
Wire Splice and Cable Guard
Always use a quality wire splice kit and cable guard to prevent chafe and shorts. It’s cheap insurance.
Bottom line: When the nameplate tells you Myers built it to be serviced, believe it. That’s how you keep a good pump in the ground for a long time.
10. Putting It All Together – From Nameplate to the Right Myers Predator Plus Model in Minutes
Now for the punch list. With a clear read on your nameplate, you can choose the right Myers Pump with zero guesswork and get back to hot showers and happy livestock.
Technically, you’ll map:
GPM series and stage needs to your TDH via the pump curve. Horsepower to your head and flow requirement. Voltage and Amps to breaker and wire gauge. 2-wire or 3-wire to your installation preference. Materials to your water chemistry and expected lifespan.
For the Bhandaris: 10 GPM series, 1 HP, 230V, 2-wire, stainless/Teflon staging, Pentek XE motor, 40/60 switch, and a curve match near BEP at ~320 feet TDH. We shipped same-day from PSAM, and water was running by dinner. That’s how it should go.
Ordering Checklist
Photo of nameplate (if legible) Well depth and static water level Pressure switch setting (30/50 or 40/60) Pipe size and run length Wire gauge and run length Desired fixtures running simultaneously
Rick’s Picks – Install Essentials
Pressure tank sized to reduce cycles New check valve topside Tank tee and fittings kit Proper pitless adapter and well cap
Final thought: Read the nameplate once, buy right once, and make the upgrade to a Myers Predator Plus. Reliability is worth every single penny.
Detailed Competitor Comparisons
Myers vs Goulds and Red Lion – Materials, Curves, and Real-World Wear From a materials standpoint, 300 series stainless steel throughout the Myers Predator Plus—shell, discharge bowl, shaft, and screen—resists corrosion and holds alignment under pressure cycling. Goulds, widely used and respected, still deploys cast iron in areas of their product lines, which can corrode in acidic or high-iron water. Red Lion’s reliance on thermoplastic housings can crack under repeated heat/pressure cycles and UV exposure during staging or temporary storage. On curves, Myers hits strong BEP performance with Teflon-impregnated staging, translating to consistent GPM as systems age.
In the field, a homeowner on hard, sandy water will notice the difference after year four. Myers’ self-lubricating impellers and nitrile bearings shrug off fines that chew through less robust staging. Serviceability is another separator: Myers’ threaded assembly welcomes on-site maintenance, while some brands lean dealer-only. With the 3-year warranty, the long-term costs tilt toward Myers, especially as replacements stack up.
Bottom line: When you count energy, serviceability, and lifespan, a Myers Predator Plus is the steady, low-drama choice. For families who depend on private wells, that stability is worth every single penny.
Myers vs Franklin Electric and Grundfos – Controls, Wiring, and Ownership Cost Control philosophy matters. Franklin Electric’s ecosystem often presumes proprietary control boxes and a specialized dealer network. Grundfos, a quality premium brand, frequently steers users toward 3-wire or more complex controls. Myers Predator Plus keeps options open with robust 2-wire and 3-wire configurations, saving homeowners $200–$400 upfront when a 2-wire fits the application. The Pentek XE motor paired with Myers’ curves also drives 80%+ hydraulic efficiency near BEP, cutting energy costs season after season.
From a maintenance perspective, Myers’ field-friendly design prevents downtime dependency on dealer calendars. Homeowners and contractors appreciate being able to swap a pump end or address a start component without red tape. Over 8–15 years—and often longer with meticulous care—the lower electrical draw, fewer parts, and a 3-year warranty reduce the total cost of ownership. Meanwhile, a complex control ecosystem can turn simple problems into service calls.
For rural families and contractors on deadline, minimizing parts, simplifying controls, and maximizing durability creates real savings. Add PSAM’s same-day shipping and support, and the Myers route is worth every single penny.

FAQ – Your Most Technical Questions Answered
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with Total Dynamic Head (TDH): static lift (water level to house/tank) + friction losses + required pressure (PSI × 2.31). For a typical 40/60 switch, plan for ~50 PSI at the tank (≈115 ft of head) plus lift and friction. Then choose a Myers Predator Plus pump curve that hits your desired flow—usually 10 GPM—at that TDH near the BEP. A 60–150 ft well often aligns with 1/2–3/4 HP, 150–300 ft with 1–1.5 HP, and 300–490 ft with 1.5–2 HP depending on flow demand. If you irrigate or run multiple showers, you may need a 20 GPM series or a higher HP in the 10 GPM line to keep pressure up when multiple fixtures are open. Rick’s recommendation: size so your operating point is on the upper third of the curve, just to the right of BEP, to allow seasonal water level dips without starving the house.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most homes function very well on a 10 GPM series pump. A multi-bath home with irrigation zones may benefit from 20 GPM. Multi-stage impellers stack head pressure; each stage adds head, so more stages keep pressure up at depth. For example, a 1 HP Myers Predator Plus 10 GPM with higher stage count will hold 50 PSI at the tank even as you approach 300+ feet TDH, while a lower-stage model could struggle. Use your well depth, pressure switch setting, and desired fixture count to pick a series and verify output on the curve at your TDH. If your showers weaken during sprinkling, step up staging or HP in the same GPM series.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from matching impeller geometry to head/flow, minimizing internal losses, and stabilizing clearances as the pump myers pump dealers ages. Myers uses Teflon-impregnated staging and self-lubricating impellers to reduce friction and abrasion, keeping the pump operating near BEP longer. The Pentek XE motor complements the hydraulics with a high-thrust design that handles axial loads, maintaining alignment and reducing parasitic loss. On the curve, this translates to lower amperage draw for the same GPM/TDH versus many standard designs. Over a year, homeowners often see up to 20% energy savings when the system operates close to BEP, especially under a 40/60 pressure switch with a properly sized pressure tank.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
In real wells, water chemistry varies and can be punishing. 300 series stainless steel resists pitting and crevice corrosion significantly better than cast iron. It tolerates high mineral content, mildly acidic conditions, and continuous immersion. Structurally, stainless maintains integrity under thermal cycling and pressure changes, protecting alignment of the engineered composite impellers and nitrile rubber bearings. With stainless bowls and shells, the pump end stays rigid, which preserves clearances and efficiency. Cast iron components may corrode, swell, and degrade performance, shortening life. The result with Myers: fewer leaks, tighter curves for years, and the kind of durability that creates 8–15 year outcomes, with some owners reaching 20–30 years when everything upstream and downstream is installed correctly.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Grit is a silent killer. Standard impellers scuff, heat, and erode. Myers uses Teflon-impregnated staging so the self-lubricating impellers glide rather than grind. Friction—and therefore heat—drops, which protects impeller edges from rounding off. The material choice maintains tight clearances longer, keeping the pump closer to its best efficiency point over real service life. The intake screen helps keep larger particulates out, while the internal check valve reduces hammering that can exacerbate wear. If your well produces fines during seasonal drawdown, that design choice is the difference between swapping pumps at year 4 vs. enjoying solid performance through year 10 and beyond.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor is engineered for the axial loads generated by a multi-stage pump. Oversized thrust bearings stabilize the rotor, improving alignment across stages. That stability reduces mechanical losses and heat, allowing the motor to deliver torque more efficiently. Add thermal overload protection and lightning protection and you get a motor that survives common field stressors—voltage sags, intermittent dry run, or surges. Efficiency isn’t just about nameplate numbers; it’s about holding performance under real conditions. Pentek’s design does exactly that, which is why pairing it with a Myers Predator Plus pump end produces quiet, cool, consistent operation at the curve point you sized for.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
If you’re mechanically inclined, have a pull crew, and understand electrical safety, a 2-wire well pump swap is possible for a confident DIYer. That said, submersible work is heavy, wet, and unforgiving. You’ll be working with a pitless adapter, drop pipe, wire splice kit, torque arrestor, and proper sealing at the well cap. Mistakes—like undersized wire on a 230V run—can kill motors prematurely. Licensed contractors bring experience, hoists, and warranty protection. My advice: if your well is deeper than 150 feet or you’re changing HP, series, or wire type, hire a pro. PSAM can still prep your Myers Pump kit and ship same-day so your contractor has exactly what’s needed on arrival.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
In a 2-wire configuration, start components (capacitor/relay) are inside the motor. You wire line power directly to the motor leads—simpler, fewer parts, and lower upfront cost. In a 3-wire configuration, the motor uses an external control box (surface-mounted) containing the start gear. Pros like 3-wire for quick diagnosis and easy replacement of start components. Functionally, both deliver reliable service when sized correctly. Your Myers Predator Plus nameplate or model code will indicate which you have. If your run is already 2-wire and performing well, staying 2-wire often makes sense. If you want surface access to start components or are running deeper with higher HP, 3-wire may be preferable.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
With correct sizing at the BEP, proper wire gauge, clean splices, and a well-managed pressure tank to minimize cycles, a Myers Predator Plus routinely delivers 8–15 years. I’ve seen systems hit 20–30 years where water chemistry was friendly, sand production was low, and preventive maintenance was consistent. Maintenance includes checking the pressure switch calibration, flushing sediment from tank tees, confirming pressure tank precharge annually, inspecting electrical connections, and replacing aging control components proactively on 3-wire systems. The 300 series stainless steel build and Teflon-impregnated staging keep the hydraulic side healthy, while the Pentek XE motor handles mechanical loads without drifting into heat and amp spikes.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
Annually: Verify pressure tank precharge (2 PSI below cut-in), inspect the pressure switch, and confirm cut-in/cut-out pressures. Annually: Inspect wire terminations at the breaker and control box (3-wire) for heat discoloration or looseness. Every 2–3 years: Pull and inspect if you suspect sand ingress or declining pressure unrelated to fixtures. Replace worn check valves. Ongoing: Use sediment filtration to protect fixtures and pumps from fines; maintain a proper pitless adapter seal; keep the well cap tight and sanitary. Regular attention to cycling frequency is key—oversized or properly charged tanks reduce starts, which dramatically prolongs motor life on any submersible well pump.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Many brands offer 12–18 months of coverage. Myers steps up with an industry-leading 3-year warranty on the Predator Plus Series. That covers manufacturing defects and performance failures under normal use when installed according to spec—correct voltage, wire gauge, and water-appropriate applications. If you’ve lived through a pump failing just after year two, you know how valuable this is. Combined with NSF, UL, and CSA certifications, the warranty is a clear signal that Myers stands behind the build quality and expects the pump to live a long, productive life. At PSAM, we’ll help you select the right model so your installation aligns with coverage requirements from day one.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Budget pumps might save $200–$400 up front, but I’ve replaced plenty within 3–5 years due to cracked thermoplastic housings, worn impellers, and stressed motors. Factor two replacements, service calls, and higher energy draw from drifting curves—and you’re easily $1,200–$2,000 deeper than expected. Myers Predator Plus, with 80%+ hydraulic efficiency near BEP, 300 series stainless steel, Teflon-impregnated staging, and the Pentek XE motor, typically runs 8–15 years. Spread the investment over that lifespan, add reduced energy and fewer interventions, and the Myers solution almost always wins the 10-year math. That’s before you credit the 3-year warranty and PSAM’s quick parts support. Long-term, dependable water is worth every single penny.
Conclusion: Read It Right, Choose Myers, Get Your Life Back
A well pump nameplate isn’t just a metal tag—it’s your blueprint to reliable water. Decode the model, HP/voltage, GPM series, stages, materials, wiring configuration, and approvals, then match those to your TDH and pressure goals. The result is a pump that runs cool, quiet, and efficient for years.

The Bhandaris learned this the hard way. With a correct read and the right Myers Predator Plus—stainless build, Teflon-impregnated staging, Pentek XE motor, 2-wire 230V, and a curve match near BEP—their water returned the same day, and their long-term costs dropped. That’s the PSAM standard.
When it’s your turn, call us with a photo of your nameplate and a few well details. We’ll size it correctly, ship same-day on in-stock units, and set you up with a complete kit. Myers Pumps through PSAM: fewer surprises, fewer service calls, more years of steady water. Worth every single penny.