The shower sputtered, pressure dropped to a whisper, and then—silence. In the span of ten minutes, a busy morning turned into an emergency with no running water, no coffee, and no sanitation. That’s the reality of a failed well pump, and it always seems to happen when you least expect it. Balancing flow and pressure isn’t a luxury; it’s the backbone of a reliable home water system. As someone who’s spent decades shoulder-deep in pump pits and wellheads, I’ve seen every way this goes wrong—and how a properly specified Myers system keeps it right.
Enter the Okafor family: Darius Okafor (38), a licensed electrician, and his wife Lina (36), an ER nurse, live on five wooded acres outside Athens, Ohio. Their kids, Maya (9) and Theo (6), need baths after soccer and muddy creek expeditions. After a budget-brand submersible failed mid-laundry day, the Okafors learned their 185-foot well, static at 38 feet and recovering to 55 GPM, needed smarter sizing than their previous guesswork. Their old Red Lion 3/4 HP unit cracked at the discharge after repeated pressure cycling—twice in four years.
Here’s what the following list covers so you can balance flow and pressure like a pro with a Myers system: picking the right pump curve for your TDH, leveraging the Pentek XE motor efficiency, setting pressure switches with an adequate tank, fine-tuning staging for depth versus demand, choosing 2-wire or 3-wire configurations, matching materials to water chemistry, using throttling and bypass properly, and planning for long-term reliability with PSAM’s support. Reliable well water isn’t optional when you’re off the municipal grid—getting it right the first time saves weeks of headache and thousands of dollars down the line.
Awards and achievements matter here. Myers’ Predator Plus submersibles consistently operate near their Best Efficiency Point with 80%+ hydraulic efficiency when sized correctly, backed by Pentair engineering, a Made-in-USA build, and an industry-leading 3-year warranty. At Plumbing Supply And More (PSAM), we stock the models, the parts, the curves, and the know-how to turn a water emergency into a solved problem. I’m Rick Callahan—PSAM’s technical advisor—and this is my field-tested blueprint.
#1. Start With the Numbers That Matter — TDH, Pump Curve, and BEP Alignment for Reliable Flow
Balancing flow and pressure begins with what I call “the three absolutes”: TDH (total dynamic head), the pump curve, and the best efficiency point (BEP). Miss any one of these and you chase symptoms forever—short cycling, low flow, or electric bills that sting.
Here’s how it works. Every submersible well pump has a performance envelope shown on a pump curve—flow versus head. Head is your vertical lift plus friction losses plus desired pressure at the house. When a Myers Pumps Predator Plus model operates near its BEP, hydraulic efficiency peaks (80%+), power draw stabilizes, and your pressure remains steady across fixture demands. I like to see the target duty point fall between 5–10% of BEP on the curve for residential systems; it gives wiggle room for additional load like livestock watering or a surprise irrigation zone.
For the Okafors, Darius and I calculated TDH: 185 feet of setting depth, plus roughly 15 feet of drawdown margin, plus friction, plus a 50 psi delivery target at the tank. Result: about 230–240 feet of TDH. That put a Predator Plus Series 1 HP, 10 GPM model squarely near its BEP at their demand profile.
Field Calculation Basics
Start with static water level and well depth. Add vertical lift, convert desired household pressure to feet (psi × 2.31), and include friction loss in your service line (usually 5–15 feet for typical 1” poly over 150–250 feet). Feed these numbers into the pump curve and choose the model whose BEP hugs that duty point.
Curve Check: Don’t Oversize
An oversized pump looks great until it short cycles your system and hammers your pressure tank. Slightly under BEP with a multi-stage unit usually means smoother starts, quieter operation, and longer life.
Key takeaway: Numbers before hardware. Lock in TDH and BEP placement and the right Myers model becomes obvious.
#2. Pentek XE Motor Efficiency — Stable Pressure and Lower Amps at 230V With Proper Staging
If you want consistent shower pressure with multiple fixtures running, start with the motor. The Pentek XE motor used on Myers Predator Plus is a high-thrust, single-phase workhorse designed to hold torque as pressure rises. Efficient torque delivery means the pump doesn’t slump under load—so that second shower at 6 a.m. Doesn’t drop the line to a drizzle.
Technically speaking, the XE’s winding design and rotor balance reduce heat while driving multi-stage hydraulics at depth. Run it at 230V when possible to lower amperage draw and voltage drop over long wire runs—especially critical on wells set beyond 150 feet. In the field, I see XE motors stay cooler during long duty cycles, which preserves insulation and thrust bearing life. Couple that with a properly selected stage count and you’ll hold pressure without flirting with shut-off head.
For the Okafors’ 185-foot well and 50 psi target, a 1 HP Predator Plus landed at the sweet spot on the curve, delivering about 10–11 GPM at roughly 230–240 feet of TDH, while drawing fewer amps at 230V than an equivalent generic motor.
Detailed Comparison: Myers vs Franklin Electric and Goulds (Motor + Hydraulics)
From a technician’s bench view, the differences show up on the ammeter and the job ticket. Myers’ XE motor holds efficiency closer to BEP under varying flow than many Franklin Electric standard motors of similar rating. On hydraulics, Goulds’ common cast-iron components in some product lines invite corrosion in high-mineral or acidic conditions, while Myers favors 300 series stainless steel wet-end components that simply last longer. Efficiency is more than lab numbers; it’s how the motor holds thrust while the multi-stage pump moves through the mid-curve without cavitation.
In application, Myers’ motor-pump marriage tends to be quieter at load and smoother on start cycles. Service life reflects that—fewer heat-related motor failures, fewer worn thrust bearings. Maintenance, parts availability, and PSAM support fill the gaps contractors care about most: uptime and predictability. When your home depends on one water source, that level of dependability is worth every single penny.
Why Amps and Heat Matter
High amp spikes and motor heat lead to insulation breakdown over time. By sizing to BEP and choosing the XE motor, you moderate heat and extend that 8–15 year expectation—often more with good water quality.
Key takeaway: Pair Myers’ hydraulics with the XE motor at 230V, and you’ll stabilize pressure at usable flow without cooking the motor.
#3. Pressure Tank and Switch Setup — The Backbone of Cycle Control and Real-World Pressure
Even a perfectly sized pump won’t save you from rapid cycling if your pressure tank and pressure switch aren’t set correctly. The tank carries the load between starts; the switch tells the pump when to work. Done right, you’ll see steady pressure and fewer starts per day—one of the top predictors of motor longevity.
Here’s my field standard. For typical households, I like a 40/60 psi switch and a tank sized to deliver 1 gallon of drawdown per GPM of pump capacity—so a 10 GPM pump needs around 10 gallons of drawdown. If space is tight, minimum acceptable is 0.75 gallons per GPM. Pre-charge should be 2 psi below cut-in. If your switch is 40/60, set pre-charge to 38 psi with the system empty and verified with a reliable gauge.
For the Okafors, their undersized tank and a poorly set switch caused short cycles and pressure swings. We installed a larger tank with proper pre-charge, tuned the switch to 40/60, and the Myers system smoothed out immediately.
Drawdown Capacity: Sizing That Actually Works
Drawdown equals the water available before the pump must restart. More drawdown equals fewer starts—meaning less heat cycling and a longer motor life. Match drawdown to expected peak household draws (showers + washer + kitchen sink).
Switch Strategy: 30/50 vs 40/60
A 30/50 setting can mask marginal pumps but gives softer showers upstairs. 40/60 feels like municipal pressure and fits most two-bath homes. Verify your pipe ratings and fixtures are comfortable at higher pressures before you bump up.
Key takeaway: Treat the tank and switch as essential system components, not afterthoughts. Myers plus correct tanking equals pressure stability.
#4. Materials and Water Chemistry — Why 300 Series Stainless and Teflon-Impregnated Staging Win
Water doesn’t care about warranties; it attacks weak spots relentlessly. This is where 300 series stainless steel and Teflon-impregnated staging change the game. In well water with grit, sand, or corrosive tendencies, inferior plastics scuff, swell, or crack, and cast iron corrodes. Myers’ Predator Plus wet end uses stainless where it matters—shell, discharge, shaft—and engineered composites in the stages that are self-lubricating and resist abrasion.
Technically, Teflon impregnation reduces friction and heat on the impeller eye and wear ring interface. That means sustained efficiency longer into the pump’s life. The intake and screening keep debris large enough to jam impellers out of play, while materials do the rest against the fines that get through.
The Okafors’ line brings seasonal fines after heavy rains. Their old thermoplastic stages scarred and lost clearance, which killed pressure over time. The Myers setup holds its clearance and pressure profile through those wet seasons with less wear.
Real-World Grit: How Staging Survives It
Grit eats soft plastics. Teflon-impregnated, engineered composite impellers slide past fines instead of welding them in place. That translates into steadier flow at your faucets year-three, year-five, and beyond.
Corrosion vs. Longevity
Acidic water or high iron? Stainless wins. Corrosion pits shafts, boosts vibration, and increases amp draw. Myers’ stainless approach reduces those failure modes dramatically.
Key takeaway: The right materials make balancing flow and pressure sustainable, not just achievable on day one.
#5. 2-Wire or 3-Wire? Choosing the Right Configuration for Control, Cost, and Serviceability
Choosing between a 2-wire well pump and a 3-wire model affects initial cost, control strategies, and long-term service. Myers offers both, and the right answer depends on depth, static/drawdown behavior, and homeowner preferences.
Technically, a plumbingsupplyandmore.com 2-wire design houses the start components in the motor. It simplifies installation—fewer connections, no external control box—and reduces upfront costs by a few hundred dollars. A 3-wire puts start gear top-side in a control box, which can ease future troubleshooting and part swaps. For most residential depths under 250 feet with good power quality, 2-wire is a clean, reliable choice. For very deep set points, unusual voltages, or specialty controls, a 3-wire may be better.
Darius preferred fewer components outdoors and faster replacement if lightning ever visited again. We chose a 2-wire Myers Predator Plus at 230V, which saved him control box costs and simplified the Okafors’ setup.
Detailed Comparison: Myers vs Grundfos and Red Lion (Configuration + Build)
On real jobs, I see confusion around wiring and control choices. Some Grundfos packages lean toward more complex 3-wire control systems and proprietary components, which add cost and complexity—especially for DIYers or rural contractors without local stocking. In contrast, Myers’ clean 2-wire options often reduce control box spend by $200–$400 while delivering equivalent performance for typical residential heads. Then there’s the housing: Red Lion’s frequent use of thermoplastic in critical areas tends to crack under pressure cycling or cold snaps, something I’ve replaced more times than I care to remember. Myers’ Predator Plus Series stainless construction shrugs off those stressors and stays in service.
Installation simplicity matters when water is out. So does staying out of the well for years at a time. For families like the Okafors—who need reliable daily service without tinkering—Myers’ flexible wiring options and rugged build are worth every single penny.
Control Philosophy: Less to Fail
Fewer splices, fewer outdoor enclosures, fewer points to collect condensation means fewer mystery problems. 2-wire shines here—especially with quality surge protection.
When 3-Wire Makes Sense
Long runs with known voltage drop, specialty control schemes, or future add-ons (like sophisticated soft-start boxes) can justify 3-wire. Myers can do either—no compromise.
Key takeaway: Pick the configuration that supports your service philosophy and budget. Myers gives you both without locking you into complexity.
#6. Stage Count, Shut-Off Head, and Throttling — Fine-Tuning Flow So Pressure Doesn’t Crash
Multi-stage hydraulics make submersibles champs of depth. The trick is matching stage count to your TDH so the pump produces the pressure you want without slamming into shut-off head or running too far left on the curve. Too much stage count and you’ll dead-head quickly; too little and you run flat-out, starved for pressure.
On the Predator Plus 1 HP family, you’ll see variants in stage counts optimized for different heads. Use the pump curve to select a model whose operating point matches your household demand at the pressure you’ve chosen (e.g., 40/60). If you need to fine-tune after install, modest throttling with a full-port ball valve on the discharge near the tank can bring the duty point back toward BEP without wasting energy. Never use a globe valve that chokes flow through tiny passages—that’s heat and head loss you don’t want in your utility space.
With the Okafors, an 11–13 stage 1 HP model landed duty square at about 10–11 GPM at their 50 psi target. A slight throttle during initial testing shaved a hair of flow to keep pressure rock steady with both showers running.
Shut-Off Head Matters
Every model has a shut-off head where flow drops to zero. If your system frequently brushes that zone—say, a restrictive filter downstream—you’ll create heat and wear. Keep operating comfortably below shut-off.
Throttling: The Right Way
Throttling is a surgical tool, not a crutch. Use it sparingly to bump the duty point, and always size valves and fittings for minimal added friction under normal operation.
Key takeaway: Stage for your TDH; throttle only as a final polish to keep your Myers pump humming in its sweet spot.
#7. Installation Discipline — Check Valve, Pitless, and 1-1/4" NPT Details That Protect Pressure
The difference between a system that “sort of works” and one that feels municipal-solid often comes down to installation discipline. The Myers Predator Plus includes an internal check valve, but I still add a high-quality spring check topside near the pressure tank for redundancy—especially on long drop-pipe runs. It dampens water hammer and helps the system hold pressure overnight.
At the wellhead, a quality pitless adapter with generous radius bends preserves flow and avoids turbulence. Use a 1-1/4" NPT discharge where the model calls for it; choking it down early raises friction loss and sabotages pressure before the water reaches your house. Keep electrical splices clean and watertight with heat-shrink kits; voltage drop and ground faults are silent pressure killers in disguise.
When we rebuilt the Okafors’ system, we swapped a tired pitless, upsized a constricted elbow, and moved a kinked section of poly out of a rocky pinch point. Result: an extra 3–5 psi at fixtures without changing the pump.
Detailed Comparison: Myers vs Red Lion (Housing + Field Serviceability)
I’ve pulled my share of budget pumps with cracked housings and distorted fittings—particularly from brands like Red Lion that rely heavily on thermoplastic. Thermal expansion, freeze/thaw, and everyday cycling eventually find the weak link. Myers Pumps use stainless shells and robust, threaded assemblies that stay tight under stress and allow field disassembly when needed. That means contractors aren’t forced into full replacements for minor seal or stage issues. On the ground, serviceability is money saved: fewer hours, less downtime, and parts that marry back together cleanly. For a rural family depending on one water source, eliminating these brittle failure points is worth every single penny.
Pro Tip: Air Volume Matters
If your tank is undercharged or water-logged, no pump can save your pressure. Check pre-charge annually, and more often if you notice frequent starts.
Key takeaway: Protect your pressure with clean plumbing geometry, correct valve placement, and fittings that don’t fight your pump.
#8. Warranty, Support, and Long-Term Cost — Why Myers and PSAM Make Balancing Flow a One-Time Job
A well system isn’t a one-day story; it’s a ten-to-twenty-year commitment. Myers stacks the deck for long-term success with an industry-leading 3-year warranty, American manufacturing, and Pentair’s R&D backbone. That matters when you’re counting on daily performance and predictable bills.
From a cost-of-ownership perspective, systems that run near BEP, sized to the right TDH, with the right pressure tank and materials, simply last longer. Myers’ stainless and composite internals, protected by the Pentek XE motor, tend to carry 8–15 years as a baseline: I’ve seen 20+ in clean water with disciplined maintenance. At PSAM, we add practical support—stocking drop pipe, check valves, splice kits, and tank tees—so you can set it up right and keep it right.
The Okafors now run a 1 HP Predator Plus at 230V with a correctly sized tank and tuned switch. After months of daily use, Lina told me her 6 a.m. Shower feels like the city condo they left years ago—quiet, stable, and strong.
Service Path: Parts and Curves on Hand
When your water depends on a single pump, quick access to curves, parts, and human advice is priceless. That’s why PSAM publishes spec sheets and stocks the fittings you forget until 9 p.m.
ROI in Plain Terms
One quality install that lasts a decade beats three budget swaps. Energy savings from 80%+ hydraulic efficiency stack up year after year.
Key takeaway: Invest once in a Myers system, set it up professionally, and stop thinking about your water except when you turn the tap.
FAQ: Expert Answers to Balancing Flow and Pressure With a Myers System
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with your TDH (total dynamic head) and peak flow needs. TDH = vertical lift (pumping water level to tank), plus friction losses, plus desired delivery pressure (psi × 2.31). A typical three- to four-person home targets 8–12 GPM. Cross your TDH and desired GPM on the Myers pump curve to find a model whose operating point sits near the BEP. For example, a 185-foot set with a 50 psi target often lands in 1 HP territory at around 10 GPM. If you run high-demand fixtures or modest irrigation, consider 1.5 HP with a different stage count. Pro tip: Avoid oversizing; cycling kills motors. At PSAM, I’ll run your numbers, confirm recommended stages, and pair it with a properly sized pressure tank to keep starts low and delivery steady.
2) What GPM does a typical household need and how do multi-stage impellers affect pressure?
Most homes operate comfortably in the 8–12 GPM window. Two showers, a washer, and a kitchen sink can briefly stretch you to 10–12 GPM. Multi-stage hydraulics build pressure by stacking impellers; more stages add head, not necessarily flow. That’s why choosing the right stage count for your TDH is key. A 10 GPM, 1 HP Myers unit with the correct staging can deliver 50–60 psi at the tank while holding 9–11 GPM through common household use. On the curve, you’ll see that as the head requirement increases, flow decreases—so we land your duty point just to the right of BEP for cushion during peak loads. Balanced correctly, you’ll see stable pressure while maintaining efficient amp draw on the Pentek XE motor.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from precise hydraulics, smooth internal flow paths, and materials that preserve tight clearances over time. Myers’ Predator Plus Series uses Teflon-impregnated staging and composite impellers that minimize friction at the wear ring, reducing internal losses. Pair that with an efficient Pentek XE motor and you hit 80%+ hydraulic efficiency near the BEP. Practically, this means you get required pressure at lower amp draw, lower heat, and reduced cycling. The big advantage shows up after a few years: inferior impellers scuff and open up clearances, which drags efficiency down. Myers’ materials keep their shape and finish, so your curve performance years five to eight looks a lot like day one. That’s real, bankable efficiency.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submersibles live in a corrosive, oxygen-poor environment. 300 series stainless steel resists pitting and chemical attack far better than cast iron, especially in high-mineral or mildly acidic wells. Corrosion on cast iron creates surface roughness and pits that generate vibration, increase amp draw, and eventually lead to seal failure and leaks. Stainless maintains structural integrity, holds threads, and resists crevice corrosion around fasteners. On real jobs, stainless wet ends remain serviceable after a decade where cast iron versions are seized or flaking apart. Myers builds the shell, discharge, and key structural components in stainless; that’s why Predator Plus pumps often outlast mixed-material competitors and keep their pressure performance stable across the service life.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Grit and fines act like sandpaper inside a pump. Standard plastics scuff and heat-weld particles into the wear path, increasing drag and reducing head. Myers’ Teflon-impregnated staging uses engineered composites that are both hard and slick. The Teflon reduces friction at the wear interface, so grit passes with less scoring. Less scoring equals better maintained clearances, which keeps your pump curve performance intact over time. In wells that surge fines after heavy rain or seasonal drawdown, I’ve seen Myers units keep their pressure while budget impellers lose performance within a year. Combine this with a clean intake screen and good filtration at the house, and you’ve built a system that shrugs at moderate sand loads most homeowners face.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor manages torque and heat better than generic counterparts. Optimized windings, balanced rotors, and improved thrust bearings keep the rotor centered and cool under multi-stage head pressure. At 230V, you’ll also see reduced amperage and less voltage drop over long runs to deeper set points. That efficiency shows up on your meter—lower energy use for the same delivered pressure—and as longer life. Heat kills motors; the XE’s design minimizes it. You’ll notice quieter starts, steadier RPM under load, and fewer nuisance trips on thermal protection. Matched to a Myers hydraulic stack near BEP, the XE motor helps maintain that 8–15 year service window most homeowners hope for—and extends beyond it in clean-water systems with correct pressure tank sizing.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
Capable DIYers can install a Myers submersible well pump, but know your limits. Pulling a pump safely requires proper lifting gear, a safe work area, and attention to electrical codes. You’ll need to set the pressure switch, pre-charge the pressure tank, crimp watertight splices, size drop pipe correctly, and set the pitless adapter without leaks. Most mistakes I see involve undercharged tanks, miswired switches, inadequate torque arrestors, or ignored voltage drop. If water is out and time is tight, a licensed contractor is worth it. PSAM stocks complete kits—pump, splice kits, pitless adapters, and check valves—and I’ll walk you through sizing. Either way, read the Myers manual, follow the pump curve, and document your settings for easy future troubleshooting.
8) 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—simplifying installation and reducing external parts. A 3-wire separates start components into a topside control box, which can be easier to troubleshoot or replace later. Performance at the faucet can be identical when sized correctly. For residential wells under 250 feet and solid 230V power, 2-wire is a clean choice and often saves $200–$400 in control box expenses. Go 3-wire if you anticipate specialized controls, challenging voltage, or deep set points where topside diagnosis is handy. Myers offers both, with identical hydraulic families, so you’re not compromising by picking one over the other—just aligning with your service philosophy.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
With proper sizing to TDH, operation near BEP, and good water chemistry, Myers Predator Plus pumps commonly run 8–15 years. In clean-water, low-cycling systems, 20 years isn’t rare. Key factors: correctly sized pressure tank to limit starts, appropriate stage count to avoid shut-off head, correct pre-charge setting, and 230V power to minimize amp draw on deeper sets. Maintenance is simple—annual pre-charge checks, sediment filter changes at the house, a surge protector for the circuit, and periodic well cap and wire inspections. When the hydraulic and electrical sides work within design limits, the Pentek XE motor runs cooler, and the stainless/composite internals maintain clearances longer. That’s why Myers systems deliver longer, quieter service lives than piecemeal budget setups.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
Annually, verify pressure tank pre-charge (2 psi below cut-in) with the system drained. Inspect the pressure switch contacts for pitting and confirm cut-in/cut-out. Replace whole-house sediment filters every 3–6 months depending on water clarity. Check for Extra resources voltage drop under load at the panel and at the wellhead connections. Confirm pitless integrity and look for signs of leaks or frost heave. After storms, reset any triggered surge protection and check for nuisance trips. Every 3–5 years, consider pulling water chemistry for iron, pH, and hardness to ensure materials alignment. Keep a log of pressures, cycles, and any changes in flow. That paper trail helps you catch degradation early—before it becomes no-water-on-Sunday.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers’ industry-leading 3-year warranty outpaces many competitors who sit at 12–18 months. Coverage focuses on manufacturing defects and performance issues—not wear from misapplication, poor installation, or abuse. In plain terms: if the pump or motor has a covered defect, you’re protected for three full years. Combined with PSAM’s stocking and support, that adds real peace of mind. Compare it to one-year warranties that leave families exposed right when early-life failures show up. When you’re fully dependent on a private well, that extra coverage window reduces lifetime ownership costs by avoiding multiple out-of-pocket replacements. It’s part of why I specify Myers for homeowners who can’t afford repeat downtime.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Let’s do napkin math. A budget submersible might cost half upfront, but in my field notes, 3–5 year failures are common—cracked housings, worn impellers, or motors run hot. Over ten years, that’s two or three replacements plus labor, often exceeding the cost of a single Myers install. Add higher energy use from slipping off the curve as impellers wear. Myers’ combination of 300 series stainless steel, Teflon-impregnated staging, and the Pentek XE motor keeps power consumption lower and service life longer—8–15 years typical, often more. With PSAM’s competitive pricing and same-day shipping on in-stock items, your downtime and logistics costs drop too. The ten-year ledger usually favors Myers decisively, and your water stays on without drama.
Conclusion: Balance Starts With Smarts—Myers and PSAM Do the Heavy Lifting
Balancing flow and pressure in a well system isn’t guesswork—it’s math, materials, and motor discipline. When you score your TDH, place your duty point near the BEP on the pump curve, size your pressure tank, and choose rugged materials designed for real water, your system stops being a question mark. Myers—backed by Pentair engineering—pairs the Pentek XE motor with stainless and composite hydraulics that keep performing long after budget pumps lose their edge. At PSAM, we stock the pumps, the fittings, and the know-how to get you from “no water” to “better than city pressure” the first time.
Darius and Lina Okafor now have steady 40/60 performance from a 1 HP Predator Plus Series setup. Their showers are consistent, laundry cycles don’t stall, and they’re done worrying about the next failure. That’s what a balanced Myers system delivers—day after day, year after year. Ready to run your numbers? Call PSAM and ask for Rick’s Picks—I’ll match your well, your home, and your budget to a Myers build that’s worth every single penny.