The shower sputtered twice, went lukewarm, then died. No warning—just silence. If you rely on a private well, you know that silence. It’s the unmistakable sound of a system losing pressure because something in the well assembly isn’t right: an undersized pump, a fatigued motor, a failing pressure switch, or a waterlogged tank. When pressure drops, everything stops—dishwasher cycles stall, laundry piles up, and if there’s livestock, the situation escalates from inconvenience to emergency.
Meet the Orellanas—Miguel (39), a high school shop teacher, and Priya (37), a nurse practitioner—who live on 6 acres outside Ellensburg, Washington with their kids, Maya (9) and Kiran (6). Their 240-foot private well had limped along with a 3/4 HP budget submersible for four years, always cycling, never delivering steady pressure. After one more midnight reset of a tripping breaker, they called me. That’s when we discovered the smoking gun: a mismatched pump-to-depth selection and a worn impeller stack. What they needed was a properly sized Myers Predator Plus with the right staging, a reliable motor, and a pressure system that’s actually dialed in.
This guide breaks down the exact causes of well pressure issues—and why a properly selected Myers system prevents them. We’ll cover stainless steel construction and grit resistance, Pentek XE motor advantages, correct horsepower and GPM sizing, 2-wire vs 3-wire choices, pressure tank calibration, pressure switch troubleshooting, drop pipe and check valve practices, and installation details that make or break your water pressure. Along the way, I’ll show how the Orellanas went from “no water again?” to stable 60 PSI performance with a Myers installation. If you’re a rural homeowner, contractor, or emergency buyer, these ten points save time, money, and headaches.
Before we dive in, a few credentials and assurances. I’m Rick Callahan, PSAM’s technical advisor. Myers Pumps (a Pentair brand) are my go-to for serious residential wells: 80%+ hydraulic efficiency at BEP, 300 series stainless steel components, field-serviceable threaded assemblies, and an industry-leading 3-year warranty. UL and CSA certifications, Made in USA quality—these are the boring but vital details that turn pressure problems into pressure you can count on. Let’s get you there.
#1. Myers Predator Plus Series Stainless Steel Construction - 300 Series Lead-Free Materials Stop Pressure Loss from Corrosion and Wear
Reliable pressure begins with a pump end that doesn’t surrender to water chemistry, grit, and years of thermal cycling. Material choice drives longevity, and longevity sustains pressure.
The Myers Predator Plus Series uses 300 series stainless steel for the shell, discharge bowl, shaft, coupling, wear ring, and suction screen. Stainless resists pitting from mineral-rich or slightly acidic water that chews up lesser alloys. Inside, Teflon-impregnated staging with engineered composite impellers stays smooth under grit load, keeping the hydraulic profile tight and efficient. That consistent hydraulic performance holds your GPM rating over time—which is exactly how steady pressure is maintained across the home.
Compared to cast iron submersibles that can develop scale and roughness inside the stages, Myers’ stainless and composite combo doesn’t “sandblast” itself to death. Your pump curve stays true, your BEP window stays wide, and your showers stay strong.
The Orellanas suffered from pressure drift because their old impeller stack had worn down from suspended fine sand. Once we replaced it with a Predator Plus, pressure stabilized and stayed consistent through back-to-back laundry and showers.
Service Life in Real Water
Even a mild 0.4 ppm iron level can accelerate wear inside cast iron pump ends. Stainless components and self-lubricating impellers maintain clearances longer, holding pressure.
Why Grit Kills Pressure
Minute abrasives round over impeller vanes, lowering head production. Myers’ composite stages resist abrasion, so pressure at your fixtures doesn’t sag over time.
Corrosion Resistance = Curve Integrity
A clean, corrosion-free volute preserves hydraulic efficiency. When the curve holds, your TDH calculations remain accurate in real life.
Key takeaway: For long-term pressure stability, materials matter. Choose Myers’ stainless and composite staging once; stop chasing pressure forever.
#2. Pentek XE High-Thrust Motor Technology - Stable PSI Through 80%+ Hydraulic Efficiency at BEP on Submersible Well Pump Systems
Weak motors masquerade as pressure problems. When startup torque is marginal or thrust capacity is thin, impeller stacks can’t load properly, and you’ll see pressure drop under demand.
The Predator Plus pairs with the Pentek XE motor, a high-thrust, single-phase workhorse built for deep residential wells. High-thrust bearings support multi-stage loads without deflection or drag. Coupled with thermal overload protection and lightning protection, Myers motors stay online when lesser motors trip under heat. Operating near best efficiency point (BEP), these pumps deliver that 80%+ hydraulic efficiency you see on the curve, which translates into steady head and pressure at your pressure switch settings.
For the Orellanas’ 240-foot well with roughly 180 feet of working head and a two-bath home, we landed on a 1 HP Predator Plus. The result: consistent 50/70 PSI with no dimming lights or breaker drama.
Motor Matching to Staging
High-thrust bearings in the Pentek XE hold axial load from 10-15 stages common to 1 HP builds, allowing full design head without mechanical protest.
Thermal Headroom Preserves Pressure
When a motor runs cool and protected, you don’t lose pressure from nuisance trips or thermal rollbacks mid-cycle.
Real Curve Performance
Plenty of motors “look fine” on paper but sag in the casing. Pentek XE motors hold RPM under load, keeping pressure high at faucets.
Bottom line: If you want unwavering PSI, pair Myers’ efficient hydraulics with a motor designed to carry the load.
#3. Well Depth and GPM Sizing Requirements - Dial-In Horsepower, Stages, and Pump Curve to End Low Pressure for Good
Most “pressure issues” are really sizing issues. Undersized horsepower or too few stages leave you short on head; too much pump overwhelms the system and short-cycles.
Start with the numbers. Add static water level, drawdown during pumping, elevation to the highest fixture, friction loss in the drop pipe, and desired pressure switch setting. That total is your TDH. Then choose a Myers Predator Plus model whose pump curve delivers your target GPM rating at that TDH.
For the Orellanas—240-foot well, two baths, irrigation zone occasionally—9-12 GPM at 200-230 feet TDH meant a 1 HP multi-stage Myers was perfect. Oversizing to 1.5 HP wasn’t needed and would have induced short cycling.
GPM Reality Check
A typical home needs 8-12 GPM for overlapping fixtures. Large families, livestock watering, or irrigation can push that to 12-16 GPM. Size to the highest realistic overlap.
Stages Build Pressure
Each stage adds head. Myers Predator Plus options span 7-20+ stages depending on HP and flow target. More head = more pressure at your fixtures.
Wire and Voltage Considerations
At 230V, amperage draw is lower, easing line loss on long runs. Consult pump data and conductor sizing charts when you’re 150+ feet down-hole.
Pro tip: Email PSAM for my “5-minute TDH worksheet.” Five numbers, and you’ll know your pump, not guess it.
#4. 2-Wire vs 3-Wire Configurations - Simpler 2-Wire Setup Reduces Cost and Speeds Pressure Restoration Without Sacrificing Reliability
Pressure doesn’t care how your motor starts; your wallet does. 2-wire well pump configurations integrate myers sewage pump submersible start components in the motor, eliminating the external control box. That’s less to buy, less to mount, and fewer points of failure. In many residential applications up to 1 HP, 2-wire is my first recommendation.
3-wire well pump systems put the start capacitor and relay topside in a control box. They’re useful for diagnostics and certain deeper, higher HP installs. Both deliver the same pressure when correctly sized—the difference is installation time, parts count, and future troubleshooting preference.
For Miguel and Priya, a 230V 2-wire Myers cut parts cost by about $250 and shaved an hour off install. With PSAM’s in-stock pump kits, they were back to hot showers the same day.
When 2-Wire Wins
Up to 1 HP and moderate depth? Go 2-wire. Faster install, lower upfront cost, and no external box to weather or fail.
When 3-Wire Fits
If you want topside diagnostics or are installing 1.5-2 HP in very deep wells, adding a control box can be helpful for serviceability.
Pressure Is Sizing, Not Wiring
Both configurations deliver identical pressure for the same pump end. Choose wiring for install preferences, not PSI.
Rick’s recommendation: Keep it simple. Use 2-wire Myers unless the application truly calls for an external box.
#5. Pressure Tank and Switch Tuning - Proper Pre-Charge, Cut-In/Cut-Out, and Cycle Time Stop “Shower Yo-Yo” Pressure
Even a perfect Myers pump can’t fix a mistuned pressure system. The pressure tank sets your cycle length; the pressure switch sets your usable PSI window. Both must be dialed in.
Set your tank pre-charge 2 PSI below the switch’s cut-in. For a 40/60 switch, pre-charge to 38 PSI. Too high, and you’ll short-cycle; too low, and you’ll “breathe” air into the system and feel that rollercoaster pressure. Confirm with a calibrated gauge at the tank tee.
For the Orellanas, I reset a sloppy 30/50 switch to a crisp 50/70 because their fixtures and water heater preferred higher pressure. We also replaced a fatigued diaphragm tank that was waterlogged—instantly extending cycle times and making the shower steady.
Sensible Pressure Ranges
Most homes love 40/60. If your plumbing can handle it and you prefer firmer showers, 50/70 is fine. Don’t exceed fixture ratings.
Tank Sizing Rule of Thumb
Bigger isn’t bad. A 44-86 gallon equivalent reduces starts, extending motor life and smoothing pressure.
Verify With a Stopwatch
Time how long the pump runs from cut-in to cut-out. Very short runs mean short-cycling. Aim for reasonable runtime to protect the motor.
Set it right once. With Myers doing the heavy lifting, correct tank/switch tuning makes pressure feel premium.
#6. Drop Pipe, Check Valve, and Pitless Adapter Details - Small Parts, Big Pressure Results on Private Well Systems
Pressure losses often hide in the accessories. Undersized or corroded fittings, sticky checks, or a leaky pitless adapter sap performance.
Use full-bore fittings and correct discharge size from the pump to the tank tee. Install a quality check valve at the pump and avoid stacking multiple checks unless design requires it; multiple checks can trap air and cause water hammer or false cycling. Inspect the pitless adapter seal and alignment—any leakage here becomes invisible head loss and pressure inconsistency upstairs.
Miguel’s system had a generic check valve seizing intermittently, causing rapid cycling and pressure drop. Swapping it for a high-quality unit and re-seating the pitless fixed the problem overnight.
Right-Sized Piping
Match or exceed the pump’s discharge. A 1-1/4" NPT connection should feed 1-1/4" or larger line until the tank tee to reduce friction loss.
Check Valve Discipline
One at the pump is usually enough. If your well design needs another, space carefully and test for smooth closing to avoid hammer.
Seals and Splices
Use a heat-shrink wire splice kit, torque arrestor, and secure safety rope. Reliable power and stable pump position maintain consistent pressure output.
Attention to these “small” parts turns a good pump into a great pressure system.
#7. Field-Serviceable Threaded Assembly - On-Site Repairs Keep Pressure Up Without Full Replacement Costs
A failing component shouldn’t sideline your entire water system for days. Myers’ field serviceable design uses a threaded assembly that qualified contractors can disassemble and repair on-site—swap the intake screen, inspect stages, replace a worn wear ring—without scrapping the pump end.
This design is more than convenient; it’s cost control. Contractors appreciate not being locked into proprietary service—fast fixes mean your family doesn’t go without water all weekend.
When our crew pulled the Orellanas’ old pump, we had the new Myers staged and pressure-tested the same afternoon. If their pump ever needs field attention, it’s hours, not days.
Threaded Disassembly
Service techs can open the pump end cleanly, inspect, and replace internal components. You keep your existing motor if it’s healthy.
Spare Parts Availability
PSAM stocks common Myers service parts—screens, check valves, and stage components—so you’re not waiting on backorders for water.
Downtime Matters
Field fixes mean same-day water restoration in most scenarios. That peace of mind is part of “pressure reliability.”
If you’ve dealt with proprietary delays before, you’ll appreciate how Myers keeps your water on.
#8. Built for Real Water: How Myers Outlasts Red Lion and Goulds in Pressure Stability (Detailed Comparison)
In the field, pressure reliability comes down to materials, hydraulic design, and serviceability. Myers’ 300 series stainless steel shells and Teflon-impregnated staging resist the abrasive rounding and corrosion that erode head production over time. Paired with the Pentek XE motor, you get better thrust capacity and cooler operation, which sustains RPM and, therefore, pressure at your fixtures. Red Lion’s thermoplastic housings can deform or crack under repeated pressure cycles and temperature swings, while certain Goulds cast iron components in older residential models are more susceptible to mineral-driven corrosion. Myers’ consistent hydraulic profile means the pump curve you select is the curve you keep.
Real-world installation differences are stark. Myers’ field serviceable threaded design allows on-site stage inspection and part replacement, versus swapping entire assemblies. Maintenance intervals stretch when self-lubricating impellers shrug off grit. Red Lion’s budget focus often shows up as shorter service lives (3-5 years), where pressure drops creep in quickly as internals wear. With Myers, 8-15 years is the norm, and I routinely see 20+ with disciplined maintenance.
If you rely on your well for everything—showers, laundry, garden irrigation—the long-game math favors Myers. Fewer replacements, fewer service calls, steadier energy use near BEP, and an industry-leading 3-year warranty. It’s worth every single penny.
#9. Smarter Than “Dealer-Only” Systems: Myers vs Franklin Electric for Long-Term Pressure Consistency (Detailed Comparison)
Franklin Electric builds respected submersible equipment, but many of their systems tie you to proprietary control boxes or dealer service networks. Myers takes a different approach. With 2-wire and 3-wire options and a threaded assembly that any qualified contractor can maintain, you get pressure reliability without service bottlenecks. Myers aligns a stainless pump end and Pentek XE motor that deliver robust head at real residential duty points, ensuring that your 40/60 or 50/70 PSI settings hold under multi-fixture demand.
On-site, the difference is speed and cost. With Franklin proprietary boxes, homeowners sometimes face delays and premium parts pricing just to clear nuisance controls or replace specific modules. Myers streamlines the install and the service path: fewer components, standard diagnostics, fast part swaps. Add the self-lubricating, engineered composite impellers that keep their edge against grit, and you retain pump curve performance longer—meaning you don’t “lose a shower” in two years from worn staging.
Pressure reliability is about frictionless ownership as much as hydraulics. Myers gives you both—fewer barriers to quick service, consistent flow at BEP, and the 3-year warranty safety net. If water is non-negotiable at your home, that reliability is worth every single penny.
#10. Warranty, Certifications, and PSAM Support - 3-Year Warranty, Made in USA, UL/CSA Certified, and Same-Day Shipping When Pressure Can’t Wait
The strongest endorsement I can give as a tech advisor is this: I put Myers in my own projects. The combination of 3-year warranty, Made in USA build quality, UL listed/CSA certified safety, and Pentair engineering creates a reliability stack that’s hard to beat. Add PSAM’s same-day shipping on in-stock Myers units and a full bench of installation components—tank tees, fittings kits, pitless adapters, pressure switches, and splice kits—and your downtime just got a lot shorter.
Miguel and Priya called at 7:30 AM. By 1:00 PM their Predator Plus was in the well, wired, and filling the pressure tank. That’s the PSAM difference: expert sizing help, the right pump on the shelf, and a system that’s built to keep its pressure Myers pump submersible maintenance tips for years.
Certifications That Count
UL/CSA compliance proves electrical safety; NSF options address water-contact safety. Together with Pentair oversight, the quality is measurable.
Warranty That Protects
Three full years on a well pump is uncommon. Myers stands behind performance, which lowers your true cost of ownership.
Emergency Ready
PSAM’s logistics and technical support get water flowing fast. When you’re dry, shipping speed and phone support matter more than anything.
You don’t buy a pump. You buy years of running water. With Myers and PSAM, that’s exactly what you get.
FAQ: Homeowner’s Guide to Myers Well Pump Pressure Issues
1) How do I determine the correct horsepower for my well depth and household water demand?
Start by calculating your Total Dynamic Head (TDH): static water level plus drawdown during pumping, vertical lift to your highest fixture, friction loss in piping, and desired pressure at the house (convert PSI to feet: PSI × 2.31). Then match a Myers Predator Plus pump curve that delivers your target GPM rating at that TDH. Most three- to four-bath homes land in 8-12 GPM. For 120-180 feet TDH, a 3/4 HP may suffice; for 180-260 feet TDH, 1 HP is common; very deep wells may need 1.5 HP or 2 HP. Example: If your TDH is 210 feet and you need 10 GPM, a 1 HP Myers Predator Plus multi-stage submersible is typically ideal. I always advise checking voltage (often 230V for lower amperage draw) and conductor size, especially past 150 feet. Contact PSAM for a quick sizing review—ten minutes of math beats years of pressure frustration.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most homes are well served by 8-12 GPM. Larger families, irrigation zones, or livestock demands can push targets to 12-16 GPM. Multi-fixture use is the key: dishwasher + shower + washer + hose = sustained GPM. In a submersible, multi-stage impellers stack head (pressure), so the pump can deliver that GPM against your TDH. Each stage adds head; more stages help maintain pressure in deeper wells or higher cut-out settings (like 60-70 PSI). With Myers Predator Plus, Teflon-impregnated staging and engineered composite impellers hold clearances longer, so the GPM you selected stays accurate as the pump ages. For example, a 1 HP Myers tuned to 10 GPM at 200 feet TDH will maintain steady 50/70 PSI through overlapping fixtures, provided the pressure tank and pressure switch are dialed in.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
It’s the harmony of design and materials. Myers Predator Plus combines clean hydraulics inside 300 series stainless steel shells with low-friction, self-lubricating impellers, minimizing losses through the stages. Paired with a Pentek XE motor, the system sustains RPM under load. Operating near BEP gives you the highest efficiency and, therefore, stronger pressure at your setpoints. Efficiency also comes from tight manufacturing tolerances that keep internals aligned over years of thrust loading. In practical terms, you’ll see faster recovery to cut-out and lower energy use for the same delivered GPM. While budget pumps often erode to 60-65% effective efficiency as clearances open up, Myers stays high much longer—one reason I regularly see service lives of 8-15 years and beyond in real-world installs.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submersibles live in a harsh environment: dissolved minerals, variable pH, abrasives, and continuous pressure/temperature cycles. 300 series stainless steel resists pitting and crevice corrosion far better than cast iron. Inside the pump end, a smooth, corrosion-resistant surface preserves the intended hydraulic profile—so your pump maintains head and pressure. Cast iron, especially in aggressive water, scales and roughens, dragging efficiency down. Stainless components—shell, discharge bowl, shaft, and wear ring—hold alignment and clearance tighter, which supports consistent pressure production at your pressure switch settings. Add Myers’ composite impellers and you’ve got a system that stays true to its pump curve. Translation: the 50/70 PSI you install is the 50/70 PSI you enjoy five years later.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Grit acts like sandpaper inside a multi-stage pump, rounding vane edges and widening clearances, which drops head (pressure). Myers’ Teflon-impregnated staging and engineered composite impellers reduce friction and wear by presenting a low-friction surface that doesn’t abrade as quickly as standard plastics or metal. The material also manages thermal expansion effectively, maintaining tight, efficient clearances under temperature swings. In practice, this means your GPM rating and pressure hold steady despite occasional sandy episodes. I’ve pulled Predator Plus units after years in mildly sandy wells where cheaper pumps lost 20-30% of head—Myers units still plotted close to new on the pump curve. That’s the difference between set-it-and-forget-it pressure and the slow death spiral of diminishing performance.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor is engineered for submersible duty with high-thrust bearings that better handle the axial load from stacked impellers. That stability prevents deflection that can induce drag, heat, and RPM drop—common causes of pressure fade under demand. Integrated thermal overload protection and lightning protection keep the motor online and cool, which sustains efficiency over long cycles. Electrically, the design optimizes power factor and torque delivery so the pump runs close to BEP, producing strong head at lower energy cost. In real-world terms, that’s fewer nuisance trips, faster recovery to cut-out pressure, and a motor that remains quiet and smooth at 40/60 or 50/70 PSI for years. I consider Pentek XE the gold standard pairing with Myers hydraulics for residential wells from 80 to 400+ feet.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
If you’re mechanically savvy and comfortable with electrical code, many homeowners successfully install a submersible well pump. That said, safety and sealing are non-negotiable. You’ll need proper conductor sizing, waterproof wire splice kits, torque arrestor, safety rope, a correctly seated pitless adapter, and leak-free tank tee/fittings. You must also set pressure tank pre-charge and pressure switch accurately. I advise DIYers to stick to 2-wire systems up to 1 HP and call PSAM for a quick parts list review. For deeper wells, complex offsets, or when dealing with iron bacteria or grit, a licensed well contractor is worth every dollar. Either way, Myers’ field serviceable design and PSAM’s same-day shipping help ensure pressure returns quickly and stays reliable.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump contains the start components (capacitor/relay) inside the motor—no external control box required. It’s simpler, often cheaper upfront, and faster to install. A 3-wire well pump uses an external control box topside, which can make certain diagnostics easier and is common in higher HP/deeper applications. Performance at the faucet is identical when the pump ends are the same; wiring doesn’t change PSI. Choose 2-wire up to about 1 HP for simplicity and cost savings; choose 3-wire if you want outside-the-well start components or you’re stepping into 1.5-2 HP territory. Myers offers both, so you can prioritize install speed, service preference, or application needs without sacrificing pressure or reliability.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
In my field experience, a Myers Predator Plus submersible runs 8-15 years in typical residential duty when properly sized, installed, and maintained. I’ve seen 20-30 years on wells with ideal chemistry, good electrical, and clean plumbing. Maintenance includes: confirming tank pre-charge annually, inspecting wiring and splices at service intervals, verifying no leaks at the pitless and tank tee, and flushing any sediment filters that might starve the pump outlet. The 3-year warranty covers you out of the gate, but the real “warranty” is correct sizing and clean power—when your pump operates near BEP, it runs cooler and longer. Compared to budget pumps that often bow out at 3-5 years, Myers is the definition of long-term pressure stability.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
- Annually: Check pressure tank pre-charge (2 PSI below cut-in), test pressure switch function, and confirm your cut-in/cut-out are stable (e.g., 40/60). Seasonally: Inspect for leaks at the pitless adapter, tank tee, and any yard hydrants. Listen for rapid cycling or water hammer—both kill pumps. Every 6-12 months: Replace whole-house sediment filters to prevent upstream restriction that can mimic pressure issues. Every 3-5 years (or if symptoms arise): Pull and inspect in sandy wells; verify the pump end is free of heavy scale. With Myers’ field serviceable design, targeted part swaps are fast. Doing these basics preserves GPM rating and keeps the pump running near BEP, which is where motors are happiest. I also recommend surge protection at the service panel—lightning and brownouts contribute to motor failures more than people realize.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers’ 3-year warranty is among the longest standard warranties in residential submersibles, outpacing the 12- to 18-month coverage you see from many budget and mid-market brands. It covers manufacturing defects and performance issues within that period. In my experience, if a Myers unit is going to have a defect, it shows up early—well within that window. The extended term reflects confidence in their 300 series stainless steel construction, Teflon-impregnated staging, and Pentek XE motor pairing. Practically, that means fewer out-of-pocket surprises in the critical first years. Between the warranty, Pentair engineering oversight, and PSAM’s support for troubleshooting and parts, the risk profile is low. As always, proper install and sizing are prerequisites for any warranty.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Here’s the math I share with homeowners. Budget pumps (think thermoplastic housings) often last 3-5 years, with higher energy use as hydraulics degrade. Over 10 years, that’s 2-3 replacements plus service calls—easily $2,400-$3,600 in equipment/labor, not counting days without water. A Myers Predator Plus typically runs 8-15 years. Assume a single install and routine maintenance—your total spend might be $1,400-$2,200 over that same span, with lower energy draw near BEP and fewer disruptions. Add the 3-year warranty, and your downside gets even smaller. When pressure reliability is life support for your home, the premium for stainless construction and robust motors isn’t a luxury; it’s the cheapest way to live. That’s why I call Myers the smart money every time.
Conclusion: Pressure Problems Solved—The Myers Way
The Orellanas’ story is familiar—rising demand, a mismatched pump, and creeping pressure issues ending in cold showers. With a correctly sized Myers Predator Plus (1 HP), 300 series stainless steel hydraulics, Pentek XE high-thrust motor, and a tuned pressure tank/ pressure switch at 50/70, their well now delivers steady pressure day after day. That’s what Myers and PSAM are about: reliable water on tap, not a monthly science project.
If you’re fighting pressure swings, start with proper sizing and proven materials. Myers’ 80%+ efficiency at BEP, field serviceable design, and 3-year warranty backed by Pentair—and supported by PSAM’s same-day shipping—make the upgrade simple. Call us, email us, or bring your numbers. We’ll help you choose the right submersible well pump and the right accessories so your home runs the way it should: with strong, steady, worry-free water pressure—worth every single penny.
Rick’s Picks at PSAM: Myers Predator Plus submersibles, tank tee kits, calibrated gauges, quality check valves, and the splice/torque/safety bundle. Get the right parts once, install clean, and enjoy the pressure you paid for.