Myers Deep Well Pump vs. Shallow Well Solutions

Introduction: When Your Well Pump Quits, Everything Stops

The shower runs cold, the pressure gauge sits flat at zero, and the dishwasher beeps in protest. A well pump failure isn’t inconvenient—it is a full-stop event for a rural home. In my decades of field work, I’ve rolled up to houses where laundry is stacked, livestock troughs are dry, and tempers are high. For private well owners, dependable water is non-negotiable, which is why choosing the right pump—and choosing it once—is the smartest money you’ll spend this year.

Two nights ago, I took a call from the Villanueva family near Estancia, New Mexico. Luis Villanueva (41), a high school science teacher, and his spouse, Marisol (39), who runs a small goat-milk soap business, live on 12 acres with their kids Mateo (11) and Eliana (8). Their 265-foot well had been limping along after a cracked housing on their old Red Lion unit. When it finally died, the diagnosis was ugly: severe pressure loss from a fractured casing and worn impellers, plus sand intrusion. Their home draws 8-10 GPM during peak use. They needed a deep-well upgrade fast—reliable, energy efficient, and capable of handling abrasive grit.

This list cuts through the confusion between deep-well submersibles and shallow-well solutions, with a focus on why the PSAM Myers Pump lineup—especially the Predator Plus Series—is my go-to recommendation.

Awards and achievements worth noting up front: the Myers Predator Plus Series runs at over 80% hydraulic efficiency near its Best Efficiency Point (BEP), carries an industry-leading 3-year warranty, and benefits from Pentair engineering. Built from the ground up with 300 series stainless components and Teflon-impregnated staging, this is a submersible you install once and don’t babysit. That’s PSAM’s standard—and mine.

A pump shell surviving 8-15 years underground isn’t luck; it’s metallurgy meeting water chemistry. Materials are the first separator between deep and shallow well solutions that stay reliable or die early.

Under the hood of a Myers Predator Plus submersible well pump, you’ll find 300 series stainless steel on the shell, discharge bowl, shaft, coupling, wear ring, and suction screen—everything you don’t want corroding under mineral-rich or acidic conditions. In deep-well service, the static head and pressure cycles challenge every joint and seam. Stainless keeps its integrity. Pair that with Teflon-impregnated staging—self-lubricating, engineered composite impellers that resist abrasion from fines and grit—and you get components that don’t sandblast themselves to death. Whether you’re water pump myers at 120 feet or 380 feet, longevity is won here.

Luis and Marisol Villanueva watched their old thermoplastic-housed pump warp after pressure cycling and temperature swings. Their well pulls a little silt—just enough to chew soft parts. A stainless Predator Plus neutralized that risk and keeps their business and family schedule on track.

Shallow systems face oxygen-rich water and air-side corrosion at fittings; deep wells face pressure cycling and water chemistry. 300 series stainless steel is corrosion resistant across both environments, crucial when a shallow booster or deep submersible runs daily. Stainless screens also shrug off micro debris that would nick softer metals, preserving hydraulic efficiency and extending service life.

Abrasion kills impellers and volutes. Teflon-impregnated staging keeps clearances tight with minimal wear, reducing slip and preserving pressure. The Villanuevas’ sandy intake would have trashed standard bearings in months; their new Predator Plus staging stays smooth and efficient, protecting both flow and motor load.

Material wear equals performance drop. As impellers erode, pumps run longer to keep up. By resisting grit and corrosion, the Predator Plus holds its GPM rating and avoids creeping runtime. Over a year, that’s real dollars back, especially on 230V deep-well setups.

Key takeaway: Start with materials that outlast the water you have. Myers stainless and Teflon staging are built for exactly that.

Matching horsepower to TDH (total dynamic head) is the difference between great pressure and short-cycling misery. Deep wells demand multi-stage impellers to make pressure at depth without overamping.

For homes like the Villanuevas, a deep well pump in the 1 to 1.5 HP range typically delivers 10–15 GPM at 240–320 feet of TDH. The Myers Predator Plus line offers multi-stage options precisely tuned to lift water from 200–400 feet without stalling at the pressure switch. Use the pump curve to pick a model that lands your operating point near the BEP—this keeps the motor cool and your energy bill lean. In my installs, a 1 HP Predator Plus with 12–15 stages is a sweet spot for many 200–300 foot residential wells at 40/60 PSI.

Luis’ system now uses a Myers Predator Plus 1 HP configured to hit 10 GPM at his 265-foot static with 50 PSI delivery. Showers are strong, the washer never starves, and his goats are no longer waiting on the troughs to refill.

Each stage adds incremental head. With the right stages count, you maintain pressure as depth or seasonal drawdown changes. That keeps flow stable and avoids running off the curve into overheating or cavitation—both silent pump killers.

Count fixtures, consider irrigation, and confirm peak demand. A standard home often needs 8–12 GPM; add irrigation and you may push to 15–20 GPM. Pick the GPM rating that covers peak use without oversizing HP. Oversize and you cycle too fast; undersize and you cook the motor.

At depths beyond 150 feet, I prefer 230V single-phase for better amperage draw and start-up torque. Myers offers robust 230V options across 1–2 HP. The Villanuevas’ breaker panel was already 230V-ready, making the switch seamless and efficient.

Key takeaway: Deep wells demand multi-stage submersibles sized to your actual TDH and demand. Myers makes it straightforward.

Motor design separates quiet, long-lived systems from short-lived buzzers. High-thrust submersible motors manage down-thrust loads from stacked impellers, sustaining pressure without grinding seals or overheating.

The Myers Predator Plus pairs with the Pentek XE motor, a high-thrust design purpose-built for multi-stage water movement. Its thrust bearing handles vertical loads from stage compression at high pressure, and its windings are tuned for efficient operation across changing loads as your pressure switch cycles. With both thermal overload protection and lightning protection integrated, you get fewer nuisance failures and longer insulation life. At BEP, I consistently see over 80% hydraulic efficiency on these systems—a material savings on annual power.

When Marisol starts her washdown at the soap shed while the kids shower, that motor sees transient load spikes. The Pentek XE’s stability handles it gracefully—no voltage sagging tantrums, just steady water and stable amps.

Submersible pumps push water up—gravity pushes back down the stack. The Pentek XE motor’s thrust system prevents axial grinding and shaft misalignment. That protects both stages and seals, translating to smoother performance and longer life.

Deep-well pulls can run long cycles. Overheat once too often and you carbonize windings. With thermal overload protection, the motor lives to pump another day. Lightning circuits mitigate surges that would otherwise pit windings or blow start components.

A stable start profile reduces stress on wiring, breakers, and the motor itself. That means fewer nuisance trips, especially on older panels. The Villanuevas’ XE starts quietly every time—no chatter, no stumbles, just water.

Key takeaway: A good pump on a mediocre motor still fails early. Myers solves both sides: engineering-grade hydraulics and a motor that thrives under load.

Warranties are honesty tests. In my experience, brands comfortable with their metallurgy, staging, and motors back it with real coverage. Myers does with a full 3-year warranty, which outclasses the 12–18 months typical in the field.

Over a 10-year span, the difference is dramatic. When a pump lasts 8–15 years—and I’ve seen Myers go 20–30 with excellent care—the number of replacement events falls. Your budget breathes. Factor in 80%+ energy efficient operation at BEP and the math tips hard. Every hour saved on runtime is an hour you don’t pay for on the meter.

Luis joked the only warranty he used with the old setup was on the water jugs. He knows where the money goes now: not to replacement pumps or constant call-outs.

Myers’ 3-year warranty covers manufacturing defects and performance issues. Real coverage means fewer out-of-pocket surprises in the early years, when irregular failures usually surface. That peace of mind counts in rural living.

Fewer replacements cut not just the hardware cost, but the labor and downtime. If a family like the Villanuevas avoids one unnecessary replacement over a decade, that’s hundreds saved—and steady water when the kids need showers before school.

Pair industry-leading coverage with PSAM’s fast shipping and parts access. When downtime happens, we shorten it. That’s how you measure a warranty in the real world.

Key takeaway: Warranties don’t pump water, but they do reflect reliability. Myers’ 3-year coverage is real value for real homes.

Technically speaking, the primary differentiator is material and hydraulic integrity. Myers Predator Plus uses full 300 series stainless steel in the wet end and Teflon-impregnated staging that stays accurate under grit. Goulds uses a blend that can include cast iron in certain assemblies; under acidic pH or mineral-heavy conditions, cast components pit and scale faster. Red Lion relies heavily on thermoplastics; while initially inexpensive, plastic volutes and housings fatigue under pressure cycling, and thermal expansion during summer/winter swings accelerates micro-cracking. On efficiency, the Myers Predator Plus sustains 80%+ near BEP due to tighter clearances and stage design that resists wear; plastic components lose efficiency as edges degrade.

In application, field serviceability and expected lifespan diverge. Myers’ threaded assemblies are field serviceable, enabling seal changes and stage inspections without scrapping the pump. Goulds components can be robust but tend to corrode faster in marginal water; service can be parts-dependent. Red Lion’s thermoplastic housings are difficult to justify for deep wells—cracking at the discharge or volute is not uncommon after repeated pressure spikes. Expectation-wise, I see 8–15 years on Myers Predator Plus in average water, commonly longer with good filtration; Goulds varies with chemistry; Red Lion trends to 3–5 years in harsher duty.

Bottom line: for rural homes depending on daily pump duty, Myers’ stainless construction, Pentair-backed engineering, and PSAM support make the upfront premium worth every single penny.

Control choices trip up even seasoned DIYers. The right call saves $200–$400 and avoids extra components in the well house. For most residential installs, a 2-wire well pump in the Myers Predator Plus lineup gets the job done cleanly.

Unlike many systems that demand external components, Myers offers both 2-wire and 3-wire well pump configurations. In a 2-wire model, the start components are internal to the motor—meaning no separate control box to mount, wire, and troubleshoot. It’s a cleaner install, less points of failure, and friendlier for emergency replacements. When diagnostics or advanced control are required, the 3-wire option with an external control box is still available—ideal for troubleshooting motors, checking capacitors, or fine-tuning starts.

For the Villanuevas, a 2-wire Predator Plus 1 HP was the smart play: fast swap, minimal wiring changes, and fewer parts exposed to barn dust and desert temperature swings.

If your run isn’t excessively long and you don’t need advanced diagnostics, a 2-wire configuration offers reliability with fewer components. For emergency buyers, it’s usually the fastest path back to water—no waiting on a control box.

Longer runs, specialty panels, or installs that benefit from easier component-level troubleshooting lean toward a 3-wire well pump. Contractors often prefer 3-wire on larger HP for service reasons.

Always confirm panel voltage and breaker capacity. A 1 HP at 230V on a 2-wire motor pulls fewer amps, reduces voltage drop, and lowers stress during starts.

Key takeaway: Don’t overcomplicate the control system. Myers gives you both options; pick the simplest that serves your needs.

Here’s the technician’s playbook. Sizing a well pump correctly means plotting your operating point on the pump curve after calculating TDH—not guessing at horsepower. Get this right and you’ll enjoy steady pressure and the longest possible service life.

TDH includes vertical lift (static water level to pressure tank), friction loss in the drop pipe and plumbing, and desired pressure at the house. A common home targets 40/60 PSI, roughly 92–138 feet of head just for pressure. Add the vertical lift—say 200 feet—and friction, and you can quickly land in the 300-foot TDH range. Choose a Myers Predator Plus model whose curve intersects 8–12 GPM at that TDH, and you’re golden.

For the Villanuevas: static at 200 feet, pressure target at 60 PSI, and modest friction losses set the TDH near 300–320 feet. A 1 HP Predator Plus hits 10 GPM right there, cool and efficient.

Plot the intersection of your GPM rating and TDH on the curve. Operate near the BEP to minimize heat and vibration. Stay off the far right (runout) or far left (overloaded) of the curve.

Undersized tanks trigger frequent starts. Aim for a drawdown that keeps starts under 10 per hour in typical use. Your pump and motor will thank you.

Every elbow, reducer, and long run eats head. Use conservative estimates and proper pipe sizing to avoid surprises once installed.

Key takeaway: Sizing is science, not folklore. Use curves and TDH and your Myers pump will purr for a decade or more.

From a technical perspective, both brands deliver performance, but their service philosophies differ. Myers Predator Plus emphasizes field serviceable threaded assemblies and a broad offering of 2-wire well pump options with internalized start components. Franklin Electric frequently pairs its submersibles with proprietary external control boxes and dealer-driven service. For many residential systems, particularly emergency swaps, having fewer components to source is an advantage. On efficiency, Myers’ hydraulic design and Pentek XE motor achieve high operating efficiency at BEP—reducing amperage draw and thermal strain over long cycles.

In everyday use, this plays out in installation and maintenance time. A Myers 2-wire swap minimizes wiring complexity and wall-mounted parts; it shortens downtime and removes a common failure point (aging control boxes). Field serviceability also allows seal and stage inspections without scrapping the assembly. Franklin installations can run flawlessly when set up correctly, but homeowners often end up dependent on proprietary components and dealer networks for diagnosis and parts. Over a decade, that dependence adds cost and time.

For rural owners and contractors chasing maximum uptime and simpler logistics, Myers’ open, service-friendly approach backed by PSAM parts access is worth every single penny.

Shallow wells don’t need deep-well gear, but they do need the right jet pump configured correctly. For water tables at 25–50 feet, a jet pump can be the right call—particularly for outbuildings or where submersible drop isn’t feasible.

A Myers jet pump shines when the well is shallow and View website the suction lift is reasonable. It’s a surface-mounted option that’s easier to access, prime, and winterize if needed. For seasonal cabins or workshops, it’s flexible and dependable. However, when static levels drop seasonally or suction runs are long and complex, a submersible well pump wins—pushing water is far more reliable than pulling it. If your depth or suction lift exceeds practical limits, step up to a deep well pump in the Predator Plus line.

I walked Luis through this when considering a small jet pump for his soap shed. Because his well sits at 265 feet, we stuck with the submersible and ran a branch line—no contest.

Keep suction lines short and airtight, use proper foot/check valves, and install a priming port. A clean, leak-free suction side is everything on a jet pump.

Long suction runs, small-diameter pipes, and elevation differences force the pump into cavitation and short cycling. That shortens lifespan dramatically. Submersibles avoid those headaches by pushing from below.

Plan for a quality pressure switch and a reliable priming routine. A tiny air leak will cost you hours.

Key takeaway: Right tool, right depth. Myers covers both, but your water table decides the winner.

When a pump problem hits, replacing a small part beats pulling and replacing the entire unit. Myers builds field serviceable Predator Plus assemblies with threaded sections that open up for repairs.

Threaded construction lets a qualified contractor service seals, inspect stage wear, and clean inlets without scrapping the entire pump. That’s not just a cost play—it’s a lifespan multiplier. By catching early stage wear from grit and replacing a seal, you avoid the cascade that destroys motors and hydraulics. Deep wells are already a pull-and-reinstall job; modular repairability keeps that cost from becoming a full replacement every time.

The Villanuevas appreciated this philosophy. After the Red Lion cracked, they didn’t want another “throwaway.” Knowing their Myers could be serviced down the road sealed the decision.

Serviceability isn’t talked about enough. Threaded sections and replaceable components create a sustainable maintenance path, especially when parts are readily available from PSAM.

If your well produces grit seasonally, schedule an inspection every 3–5 years. Small fixes early prevent big failures later.

Threaded assemblies reduce time on the job and boost confidence for field repairs. That means more contractors recommend and stock Myers—because it works for their customers and for them.

Key takeaway: Design for maintenance is design for longevity. Myers gets it right.

You won’t see “hydraulic efficiency” on your water bill, but you’ll feel it. A pump operating near its BEP converts more electricity into water movement, not heat and vibration.

Myers Predator Plus is optimized to deliver 80%+ efficiency at BEP thanks to precision Teflon-impregnated staging, stainless wear components, and dialed-in hydraulic geometry. Less slip, less heat, and fewer losses add up. Over a year, especially with a family of four using 8–10 GPM regularly, the savings compared to a worn or mismatched pump can hit 15–20%. Add a well-sized pressure tank to keep cycles under control, and the savings grow again.

For Luis and Marisol, shifting from a stressed, worn thermoplastic assembly to a properly sized Predator Plus with a Pentek XE motor dropped runtime during peak use and made the panel meter noticeably calmer.

Plot your operating TDH and GPM on the pump curve. Staying near the knee—where horsepower draw is steady and head/flow balance—is where your motor runs coolest and lives longest.

As clearances open from wear, slip rises and efficiency falls. You’ll run longer to fill the tank and maintain pressure. Myers’ wear-resistant materials slow that slide.

Not sure where your operating point lands? PSAM provides curves, sizing help, and accessory kits to dial it in—fast.

Key takeaway: Efficiency isn’t just green talk—it’s real savings and longer pump life.

From a construction standpoint, deep wells punish components. Myers’ 300 series stainless steel wet end paired with Teflon-impregnated staging stands up to pressure and fines. Red Lion’s reliance on thermoplastic housings and volutes creates a cost-effective entry point, but plastics are susceptible to micro-cracking under repeated thermal and pressure cycles. Once cracks start, efficiency tumbles, and so does reliability. Motors aside, hydraulic integrity is the long-game variable—Myers wins here consistently.

On the ground, this is about downtime and replacement frequency. Budget pumps often tempt during emergencies; two years later, you’re staring at another failure. Meanwhile, Myers units commonly run 8–15 years with proper sizing and basic maintenance. That’s fewer service calls, fewer midnight bucket runs, and a stable water supply. Particularly for families running livestock or home businesses off their wells, predictability matters as much as up-front cost.

When you add the 3-year warranty, PSAM’s same-day shipping on in-stock items, and Pentair-backed design, the “cheaper now” math evaporates. For well-dependent homes, a Predator Plus is worth every single penny.

A great pump can be undone by a bad install. Whether you’re DIY-savvy or a seasoned contractor, these practices protect your investment and speed up water restoration.

Myers packages are factory tested, UL listed, and built with contractor-friendly features, but you still need to mind drop pipe alignment, torque control, and electrical integrity. Use stainless or schedule 120 PVC drop pipe with appropriate torque arrestors, a quality pitless adapter, and properly crimped, waterproof splices. Confirm breaker size and wire gauge for the run—voltage drop is silent but deadly.

For the Villanuevas, I recommended a pro install due to depth and grit history. Their contractor set the intake above the screen, clocked the stages correctly, and upgraded the pressure tank to stabilize cycles. It’s a system that will run quietly for years.

Verify 230V availability for 1–2 HP. Use a properly sized breaker and confirm amperage draw against the nameplate. Keep splices neat, watertight, and strain-relieved.

Minimize elbows, size pipe to reduce friction loss, and ensure a robust check valve strategy. Air leaks and friction destroy performance.

Record static and dynamic water levels, set the pressure switch correctly, and document GPM at key fixtures. These baselines help future troubleshooting.

Key takeaway: Install like you plan to keep it a decade. With Myers, that’s a safe bet.

Start with your demand—most homes need 8–12 GPM, larger properties or irrigation may need 15–20 GPM. Next, calculate TDH (total dynamic head): add vertical lift (static level to surface), pressure requirement (40/60 PSI equals ~92/138 feet of head), and friction loss in piping. Plot TDH and target GPM rating on the pump curve. Choose a submersible well pump whose operating point lands near its BEP; that keeps amps and heat low. For 180–300 feet TDH and 8–12 GPM, a 1 HP Myers Predator Plus is common. Push beyond 320–400 feet TDH or 15 GPM, and you’re often into 1.5 HP. Pro tip: 230V single-phase gives better starts and lower amperage draw on 1–2 HP units. If you’re unsure, call PSAM—we’ll size it correctly in minutes.

A three-bath home usually sits in the 8–12 GPM band. Add irrigation or livestock and you may need 15–20 GPM. Multi-stage impellers stack head (pressure) by adding stages; more stages equal higher pressure at a given flow. This is why a deep well pump with 12–15 stages at 1 HP can deliver 10 GPM at 250–320 feet of TDH comfortably. Operate the pump where the pump curve shows your desired GPM at your TDH; falling off the curve either overheats the motor (too far left) or yields weak pressure (too far right). Myers’ Teflon-impregnated staging sustains those clearances longer, keeping pressure and GPM consistent over years.

Three factors: precision hydraulics, durable materials, and proper staging. The Predator Plus uses Teflon-impregnated staging that stays dimensionally accurate, minimizing internal slip. Coupled with 300 series stainless steel wear components, you don’t lose efficiency to corrosion bloom or worn edges. Finally, the Pentek XE motor holds speed and torque under changing head, keeping performance on the sweet spot of the curve. At BEP, I routinely see over 80% hydraulic efficiency—translating to 15–20% lower energy use vs worn or mismatched systems. Keep your pressure switch and tank sized correctly to hold that advantage.

Submerged metal lives in a hostile world. 300 series stainless steel resists corrosion, pitting, and scaling in mineral-heavy or acidic water; it also tolerates pressure cycling without brittle fatigue. Cast iron, while strong, corrodes faster in low pH and mineral-rich wells, creating rough surfaces that increase hydraulic losses and accelerate wear. In deep wells where shutdowns are expensive, stainless construction protects both efficiency and lifespan. This is a major reason I steer homeowners toward Myers’ stainless Predator Plus over mixed-metal or thermoplastic assemblies—longevity and consistent performance pay for themselves.

Abrasives act like sandpaper inside the impeller-stator interface. Teflon-impregnated staging uses an engineered composite that’s both tough and slick. The low-friction surface sheds fines while maintaining tight clearances that prevent internal recirculation. Less recirculation means less heat and better pressure. Over time, this self-lubrication feature keeps the pump operating near its original GPM rating, rather than degrading into long runtimes and low pressure. In wells like the Villanuevas’ that carry seasonal silt, this design difference is the reason the pump still hits its marks years later.

The Pentek XE motor is built for axial load and thermal stability. High-thrust bearings handle the downward pressure from multi-stage stacks at deep head, preventing shaft deflection and seal damage. Electrical design optimizes torque and amperage draw under variable load, which means fewer spikes at start and less heat during long cycles. Built-in thermal overload protection and surge mitigation keep windings healthy. All of that translates to consistent RPMs at BEP and less slippage at the impellers—real efficiency you’ll see on your power bill.

If you’re comfortable with 230V electrical work, safe lifting, and sealing splices, a competent DIYer can install a 1 HP submersible. Myers’ 2-wire well pump configurations simplify control wiring. That said, deep wells, gritty aquifers, and long runs push installs into pro territory. Mistakes with wire gauge, torque management, or pitless adapters are expensive. My rule: if the well is deeper than 150 feet, the run is complex, or voltage drop calculations make you pause, hire a licensed contractor. PSAM can supply a complete kit—pump, fittings, drop pipe, torque arrestor—and refer pros if needed.

A 2-wire well pump includes the start components inside the motor—simpler installs, fewer parts, faster swaps. A 3-wire well pump uses an external control box containing the start capacitor and relay, which can make troubleshooting easier and is often preferred on larger HP systems. Performance can be similar when sized correctly; the decision turns on installation complexity, servicing preferences, and run lengths. For emergency replacements and standard 1 HP residential installs, I usually recommend 2-wire for its simplicity. For longer runs or contractor-maintained systems, 3-wire can be advantageous.

In average water conditions with correct sizing and installation, expect 8–15 years. With excellent care—proper filtration for abrasive wells, right-sized pressure tanks, and occasional inspections—I’ve seen 20–30 years. Key to long life: operate near the BEP on the pump curve, avoid excessive starts (target under 10 per hour), and keep voltage drop in check. The 3-year warranty covers early-life defects; beyond that, Myers’ materials and the Pentek XE motor do the heavy lifting to achieve those long service spans.

Myers’ 3-year warranty eclipses the 12–18 month coverage that’s common in the market. It covers manufacturing defects and performance failures within that window. Why it matters: early failures are rare with Myers, but if something does surface, you’re protected. Paired with PSAM’s logistics—same-day shipping on in-stock items—you avoid long dry spells waiting on parts. Compare that to budget brands with 1-year coverage: after 13 months, you’re on your own. Robust warranty and strong materials reflect a brand confident in 8–15 year real-world service.

Consider three buckets: purchase price, energy, and replacements. Myers may cost more up front, but its 80%+ efficiency near BEP lowers energy use 15–20%. With typical rates, that’s hundreds saved. More importantly, Myers Predator Plus typically avoids a mid-life replacement many budget brands face at year 3–5—each event can run $1,000–$2,500 including labor. Add the 3-year warranty, and risk drops further. Over ten years, the math leans heavily toward Myers—especially for rural homes that cannot afford downtime. It’s not just cheaper over time; it’s steadier water every single day.

Deep well or shallow solution, the right pump is a lifeline, not a gamble. The Villanuevas went from a cracked, underperforming thermoplastic unit to a stainless, multi-stage Myers Predator Plus that hits its marks every day—quiet starts, steady pressure, and real energy savings. That’s what you get when you choose a system with 300 series stainless steel, Teflon-impregnated staging, and a Pentek XE motor, sized on the pump curve to your actual TDH.

PSAM stocks the right Myers Pumps—from the standout Predator Plus submersible well pump to dependable Myers jet pump options—and ships fast. You’ll find the resources you need, from curves and spec sheets to complete kits and support. Whether you’re a homeowner, a contractor, or in full emergency mode, you’ll get clear guidance and parts that last.

Myers is engineered for the long haul, backed by a 3-year warranty, Made-in-USA quality, and Pentair R&D. For rural families who depend on their well 24/7, that combination is worth every single penny.

Rick’s recommendation: If you need help sizing the right Myers pump—or want my short list of “Rick’s Picks” accessories to install it right the first time—call PSAM. We’ll get your water flowing fast and keep it flowing for years.