Reliable water isn’t a luxury in the country—it’s your lifeline. When water pressure dies mid-shower, the dishes pile up and livestock go thirsty fast. A properly sized, well-built pump keeps everything moving. A budget pump that shorts, cracks, or sands itself to death? That’s a long weekend of hauling water and emergency calls. I’ve seen both outcomes more times than I can count, and I can tell you: choosing between a jet pump and a submersible isn’t just “what fits”—it’s what protects your daily life.
Two hours after sunrise last month, my phone rang. No pressure at the tap, breaker tripping, laundry half-finished. Classic failure. When we traced the issue, the cause was predictable—undersized motor, worn impellers, and a poorly matched curve to the home’s actual demand.
Meet the Chavan family of Yakima County, Washington—Sahil (38), an agricultural supplier, and his wife, Raina (35), a middle school science teacher. They live on 6 acres with two kids, Priya (9) and Aarav (6). Their 185-foot well ran a 3/4 HP jet setup feeding a 40/60 system through a 30-gallon pressure tank. After a summer of irrigation and back-to-back showers, their older Goulds jet system lost prime repeatedly, then quit altogether right before school started. With iron staining, seasonal drawdown, and fine grit in the water, their setup wasn’t just tired—it was wrong for their well depth and demand. We replaced it with a Myers Predator Plus submersible matched to their true total dynamic head (TDH) and fixtures. Within a day, their home ran quieter, used less energy, and held pressure steady.
This guide walks you through the exact tradeoffs and the best Myers Pump options—submersible and jet—so you can pick the right system the first time:
- #1 explains when a submersible beats a jet for depth and pressure. #2 details stainless steel durability for long service life. #3 covers Pentek XE high-thrust motors and energy savings. #4 breaks down jet pumps—where they shine and where they don’t. #5 shows 2‑wire vs 3‑wire decisions for easy installs. #6 sizes your system using pump curves and TDH. #7 explores grit, iron, and impeller wear in real water. #8 proves why the 3‑year warranty matters to your wallet. #9 highlights field-serviceable designs that save Saturday service calls. #10 dials in installation best practices that keep water on and bills down.
At PSAM, we stock and ship fast, carry the parts you’ll actually need, and back it with real tech help. I’m Rick Callahan—decades on job sites, in pump rooms, and fixing emergencies—sharing exactly how to choose between Myers submersible and jet options with zero guesswork.
#1. Submersible vs Jet—When Depth and Pressure Decide the Winner for a Residential Well Water System
When steady pressure, quiet operation, and strong performance at depth matter, a submersible well pump usually beats a jet pump—especially past 60-80 feet to water. Submersibles push water up, not pull from above, which avoids suction losses and priming headaches. Inside a four-inch casing, a multi-stage pump stacks impellers to add pressure with each stage, delivering 7–20+ GPM at meaningful TDH. With Myers, those stages sit on Teflon-impregnated wear surfaces and spin via the Pentek XE motor—a recipe for quiet efficiency. Jets still have a place: shallow wells under 50 feet, easy-access maintenance, and cabins with seasonal shut-downs. But for deeper wells, variable drawdown, or homes with irrigation and multiple bathrooms, modern submersibles simply do the job better.
For Sahil and Raina Chavan’s 185-foot well in Yakima, seasonal lows hit 150 feet. A jet system kept losing prime under summer irrigation. Converting to a Myers Predator Plus submersible ended the cycling and prime issues, delivering stable 10–12 GPM at a 50 PSI setpoint.
Depth, Drawdown, and TDH
Depth to water, not just total well depth, drives selection. Add vertical lift to friction loss and a 50–60 PSI pressure switch target, then read the pump curve. If your TDH is 200+ feet, you’re in submersible territory.
Noise, Efficiency, and Longevity
Submersibles live underwater—silent, cool, and lubricated. No priming, minimal suction loss, and higher BEP efficiency. Properly sized, you’ll see smoother pressure and fewer starts per day.
When a Jet Still Wins
Shallow wells (25–50 feet), cabins where above-grade access is essential, or when you need a quick seasonal solution. A convertible jet pump can stretch to deeper water with a packer jet—but efficiency and pressure lag submersibles.
Key takeaway: If you’re beyond ~80 feet to water or need strong pressure at multiple fixtures, a Myers submersible is the right call.
#2. Myers Predator Plus Series Stainless Steel Construction - 300 Series Lead-Free Materials for 8–15 Year Lifespan in Rural Well Systems
Longevity is built, not wished for. Myers Predator Plus submersibles use 300 series stainless steel for the shell, discharge bowl, shaft, coupling, wear ring, and suction screen—completely lead-free and corrosion resistant. In mineral-rich or slightly acidic water, stainless resists pitting and rust that can seize bearings, distort impeller spacing, and skyrocket amp draw. Add engineered composite impellers on self-lubricating Teflon-embedded stages, and you’ve got a hydraulic stack that shrugs off fine grit and keeps efficiency high even late in life. The net result is a real-world 8–15 year lifespan, with 20+ possible under clean power and thoughtful maintenance.
For the Chavans, shallow iron and fine sand chewed up their older jet. Their new Myers stainless stack now handles grit without the “sand scream” cavitation that murders budget pumps. No staining on the pump body, no corroded fasteners, and serviceability preserved.
Why Stainless Matters
Water chemistry changes with seasons and droughts. 300 series stainless steel tolerates chlorides better than plated steel and won’t flake into the water stream. Fewer seized fasteners means easier rebuilds if you ever need them.
Composite Impellers Done Right
Myers uses engineered composite impellers that don’t swell like some plastics when exposed to minerals. Dimensional stability keeps clearances tight, preserving pressure and GPM rating.
Lead-Free, NSF, UL, CSA Confidence
With NSF, UL listed, and CSA certified credentials, you know materials and performance meet third-party standards. That’s peace of mind for potable water—and for inspectors.
Key takeaway: Materials are destiny. Stainless and composite staging from Myers build a pump you won’t be replacing every few seasons.
#3. Pentek XE High-Thrust Motor Technology - 80% Hydraulic Efficiency Reduces Energy Costs Up to 20% vs Standard Motors
Powering a multi-stage hydraulic stack without burning amps takes a serious motor. Myers pairs the Predator Plus with the Pentek XE motor, built for high thrust and low heat. With thermal overload protection and lightning protection, the motor endures tough starts and minor voltage swings common on rural power. Efficient windings and clean rotor balance deliver higher best efficiency point (BEP) performance, converting more watts to water at your target PSI. Over ten years, that’s real money saved—often 15–20% less electricity versus a poorly matched or bargain motor thrashing off-curve.
Sahil watched his panel: post-upgrade, the amperage draw dropped roughly 10–12% at steady state. At a 50/70 switch and 10–12 GPM demand, the Myers/Pentek XE combo runs quieter, cooler, and longer.
High Thrust = Long Bearing Life
Deep wells need upward thrust capacity to take the stack load at startup. Pentek XE’s thrust bearing stack handles that force without flattening or spalling, extending motor life.
Thermal and Lightning Protection
Rural feeders throw surprises. Built-in protection reduces nuisance trips and motor bake-outs after thunderstorms—critical in irrigation season.
Matching Curve to Demand
An efficient motor still needs the right staging. We size to land your operating point near BEP. That’s where the savings and longevity stack up.
Key takeaway: A smart motor cuts bills and avoids heat stress. Pentek XE inside a Myers pump pays for itself in quiet, efficient years.
#4. Myers Jet Pumps Done Right - Convertible Jet Pump Flexibility for Shallow Wells, Cabins, and Seasonal Systems
Jet pumps remain valuable when the well is shallow or access matters. A convertible jet pump from Myers lets you configure either a shallow well ejector (above grade) or a deep well packer jet (downhole) for marginally deeper water. For cabins, barns, and seasonal properties, above-grade serviceability is gold—no pulling 200 feet of drop pipe to swap a component. Properly primed, jets deliver reliable water to 25–50 feet (shallow) and further with packer kits—though at reduced efficiency versus submersibles.
For Raina’s parents near Prosser, WA, a seasonal guest house uses a Myers shallow well pump tied to a 20-gallon pressure tank. Winterizing is simple: drain above-grade lines, crack fittings, and go. No frozen columns, no lift rig required.
Priming and Foot Valves
Jets must hold prime. Use a quality check valve or foot valve, ensure tight suction joints, and purge air pockets. Keep the suction line sized properly—undersized lines starve the pump.
Shallow vs Deep Well Jet Kits
Shallow well kits move decent flow at modest PSI. Deep well packers reach further but give up efficiency. Past ~80 feet to water, consider a deep well pump (submersible).
Pairing with Pressure Tanks
Match drawdown to usage. A 30–44 gallon pressure tank (approx. 8–12 gallon draw) limits short cycling. Set the pressure switch correctly and pre-charge the tank 2 PSI below cut-in.
Key takeaway: Choose Myers jets for shallow, accessible systems and seasonal use—submersibles for depth, pressure, and efficiency.
#5. Best Value 2-Wire Configuration - Simplified Installation Saves $200–$400 on Control Boxes Compared to Grundfos 3-Wire Systems
Electrical simplicity trims costs and reduces failure points. A 2-wire well pump (with built-in start components) skips the external control box required by most 3-wire well pump setups, saving hardware and wall space. Myers offers both styles, but for many homes the 2-wire route is cleaner: fewer connections, faster install, and fewer components to troubleshoot. When you want easy future swaps and a quick restoration of service, 2-wire makes a Myers grinder pump reviews strong case.
We outfitted the Chavans with a 2-wire Myers Predator Plus at 230V. Their existing conduit and splices adapted easily, and Sahil appreciated one less box to mount and maintain.
When 3-Wire Still Makes Sense
Longer runs, special start conditions, or serviceability preferences can favor a 3-wire system with an external control box. It’s also handy when diagnostics and component swaps happen frequently.
Voltage, Amps, and Wire Gauge
Keep voltage drop under 5%. At 230V single-phase with moderate amp draw, you often step down a wire size compared to 115V. Use a proper wire splice kit and torque your lugs.
Pressure Switch and Protection
Mount a quality switch near the tank tee, add surge protection, and confirm breaker sizing to the pump’s amperage draw label to avoid nuisance trips.
Key takeaway: For most homeowners, the 2-wire Myers option installs faster, costs less up front, and runs for years without a box to babysit.
#6. Well Depth and GPM Sizing Requirements - Matching Horsepower to Water Demand Using Pump Curve and TDH
Size it right or pay forever. Start with the TDH (total dynamic head): vertical lift (pumping level to tank elevation) + friction loss + pressure required at the tank (convert PSI to feet: PSI × 2.31). Overlay that on the Myers pump curve to locate the pump model and stages that deliver your features of Myers jet pumps target GPM rating. Household demand generally lands between 7–12 GPM; add irrigation and livestock, and 15–20+ GPM might be warranted.
The Chavans needed 10–12 GPM steady at 50 PSI. With 150 feet to water in summer, about 20–30 feet of friction, and 50 PSI (≈115 feet) at the tank, we set TDH near 285–300 feet. A 1 HP Myers Predator Plus with the right staging hit the mark at BEP.
Horsepower the Right Way
- 1/2 HP: Shallow to moderate depth, 7–10 GPM at lower heads. 3/4 HP: 8–12 GPM at moderate TDH. 1 HP–1.5 HP: Deep wells, higher PSI/flow needs. 2 HP: Very deep or high-demand systems.
Friction and Pipe Choices
Smooth-wall poly or PVC reduces loss. Long runs, elbows, and small diameter pipe add head. Use a pump sizing chart or friction tables to get it right.
Pressure Targets
40/60 is common. For taller homes or irrigation, 50/70 may make sense, but it raises TDH—verify with the curve.
Key takeaway: Select by TDH at the GPM you actually need. Myers curves make this precise, not guesswork.
#7. Teflon-Impregnated Self-Lubricating Impellers - Grit and Sand Resistance That Outlasts Ordinary Staging
Sand is the silent killer of many pumps. Abrasive fines eat clearances, score wear rings, and throw impellers off balance. Myers combats that with Teflon-impregnated staging and self-lubricating impellers. The engineered composite resists abrasion, sheds fines, and keeps surfaces slick so heat and drag stay low. You’ll hear the difference: no “singing” under grit load, no surge-and-stall, no rapid loss of head.
In Yakima’s basalt aquifers, the Chavans see fine grit after irrigation cycles. Their new Myers hasn’t flinched. Starts are clean; pressure builds smoothly and holds.
Intake Screen and Check Valve
A proper intake screen and internal check valve reduce backflow and particle ingress during shutdown. Add a torque arrestor and cable guard to protect wiring from vibration wear.
Filter Strategy
If sand is persistent, consider a spin-down filter post-tank. Keep micron ratings sensible so you don’t dead-head the pump or starve the home under high use.
Signs of Abrasion Damage
Rising amps, falling pressure, and gritty water are telltales. Pulling the pump early can save the motor if staging wear starts climbing.
Key takeaway: Myers’ composite and Teflon-embedded stages are a durable answer to abrasive wells.
#8. Extended 3-Year Warranty Coverage - Industry-Leading Protection That Reduces Lifetime Costs 15–30%
A strong warranty is more than paper—it’s proof of confidence. Myers’ 3-year warranty on Predator Plus submersibles covers manufacturing defects and performance issues, eclipsing the one-year coverage you see on many budget lines. With Made in USA quality and factory tested assemblies, failure rates stay low. Paired with PSAM’s parts access and technical support, you’re not gambling; you’re protecting your household budget.
When Sahil asked, “What if something goes wrong?” I pointed to the 36-month coverage and our spare parts shelves—seals, couplings, and Myers pump parts ready to ship.
What’s Covered and What’s Not
Manufacturing defects and performance issues under normal use—yes. Dry-running, miswiring, and gross misapplication—no. Keep good records: depth, pressure, installation photos.
Why It Matters Financially
Even one premature failure can offset any up-front “savings.” Three reliable years minimum often bridge you into a long quiet stretch of service.
PSAM Support
We stock parts, troubleshoot installs, and expedite replacements. That’s how downtime becomes hours, not weeks.
Key takeaway: Myers’ 3-year backing and PSAM support translate to real dollars saved across the system’s life.
#9. Field-Serviceable Threaded Assembly - On-Site Repairs Without Full Replacement vs Franklin Proprietary Dealer Requirements
Serviceability matters at 8 p.m. on a Saturday. Myers uses a threaded assembly that a qualified contractor can open, inspect, and repair on-site—replacing stages, seals, or couplings without scrapping a whole unit. That keeps parts costs sensible and water flowing sooner.
Now, a direct comparison for context. Franklin Electric makes premium equipment; I’ve installed plenty. But many of their submersibles integrate proprietary control boxes and assemblies that tie you to specific dealer networks and parts paths. Myers Predator Plus keeps things accessible: field-serviceable stack, broad parts availability, and flexible 2-wire and 3-wire options. Technically, both can hit performance targets, but Myers leans into maintainability and cost-effective life-cycle service. In the real world—rural properties, long drives, and urgent needs—being able to fix, not replace, is huge. With Pentair backing and PSAM parts on the shelf, the Myers route is, quite frankly, worth every single penny.
For the Chavans, we stocked a spare seal kit and coupling with PSAM’s quick ship. If they ever need a mid-life freshen-up, it’s a one-trip job, not a wholesale change.
Threaded Stack Advantages
Open, replace, reassemble—no exotic tools. You’re not tossing good motor ends just because a stage cracked on grit.
Dealer vs Contractor Options
With Myers, any capable contractor with the spec sheet and parts kit can restore performance. That shortens downtime.
Parts Pipeline
PSAM carries core Myers pump parts—fasteners, wear rings, impellers, and electrical components—to keep your system serviceable for the long haul.
Key takeaway: Field serviceability lowers life-cycle costs and speeds recoveries when time matters.
#10. Stainless vs Cast vs Thermoplastic - Why Myers Outlasts Red Lion and Goulds in Corrosive or High-Mineral Water
Materials drive survival in tough water. Here’s a straight, technical comparison that comes up in my shop a lot:
- Performance and Construction: Myers Predator Plus uses 300 series stainless steel shells and hardware with engineered composite staging. Red Lion often relies on thermoplastic housings that can crack under repeated pressure cycles and thermal swings. Goulds has excellent hydraulics but employs cast iron components in some product lines, which can corrode in acidic or iron-laden water, stressing bearings and seals over time. Real-World Use: Installation in high-mineral regions (Central WA, SW ranch country) punishes marginal materials. Stainless resists pitting; composite staging avoids swelling. Thermoplastics, when heated/cooled repeatedly and pressurized, can craze and fatigue. Cast iron thrives in many systems but loses the battle faster when pH dips and iron precipitates attack. Bottom Line: When your well chemistry leans harsh and your pump cycles daily, stainless-plus-composite from Myers runs longer, needs less intervention, and keeps curves healthy. Backed by Pentair R&D and PSAM inventory, you’re building a system to stay in place a decade or more—worth every single penny.
For the Chavans’ mildly acidic water with iron, the stainless chassis solved both corrosion and staining at the pump assembly.
Pressure Cycling and Thermal Expansion
Every start/stop flexes shells. Stainless absorbs those cycles far better than many plastics. Less microcracking equals longer life.
Bearing and Seal Health
Clean, corrosion-free housings maintain alignment and seal surfaces—key to keeping water off the motor internals.
Energy Retention
When staging stays true, you hold 80%+ hydraulic efficiency near BEP far into service life—fewer watts per gallon.
Key takeaway: In challenging water, Myers’ materials package saves you from mid-life surprises.
#11. Installation Best Practices Assessment - DIY-Friendly Myers Systems vs Professional-Only Complex Configurations
Clean installs prevent 90% of “mystery problems.” Myers submersibles are UL listed, CSA certified, and factory tested, and they’re DIY-friendly for capable homeowners—especially in 2-wire configuration. Still, complex wells (very deep, long horizontal runs, odd geometry) deserve a pro.
With Sahil’s background in ag supply, we walked him through the drop pipe, pitless adapter, torque arrestor, safety rope, and wire splice kit details. He opted for a pro install this round to reset the system baseline—smart move.
Pipe, Fittings, and Torque Control
Use continuous poly or SCH 80 for strength. Add torque arrestors and centralizers to protect the motor leads and keep the pump centered.
Tank Tee and Accessories
Mount a proper tank tee, gauge, relief valve, drain, and boiler tap for sampling. Set the pressure switch at 40/60 or 50/70 as needed and match tank pre-charge.
Electrical and Surge
Dedicated circuit, correct breaker size, and a quality surge protector. Label everything. Check ohms and insulation resistance before the drop.
Key takeaway: Follow the checklist, and a Myers system runs quiet and clean. When in doubt, call us—we’ll size and kit it for you.
#12. Cost of Ownership Reality Check - Myers vs Budget Brands for a 10-Year Rural Home Scenario
Let’s talk dollars. Over 10 years, operating a pump that holds 80%+ hydraulic efficiency near BEP costs less to run—often by hundreds. Add fewer service calls thanks to field serviceable design and a 3-year warranty, and the math gets clearer.
Here’s the practical comparison many homeowners ask for:
- Technical and Efficiency: Myers Predator Plus with Pentek XE motor vs a budget line like Everbilt or Flotec. Myers delivers higher BEP efficiency, better thrust capacity, and Teflon-impregnated staging that shrugs off fines. Budget models often run noisier and drift off-curve as wear accumulates. Maintenance and Longevity: Expect 8–15 years from Myers with sane cycling and clean power; budget pumps frequently fail around 3–5 years—bearings, impellers, housings, or electrics. Each swap involves labor, downtime, and potential emergency costs. Value Verdict: Between lower kWh per gallon, fewer replacements, and PSAM-backed parts/service, Myers returns more water per dollar and fewer headaches—worth every single penny.
Sahil looked at his 5-year spend with the previous jet, shook his head, and said, “We should have done this years ago.”
Energy and Starts
Right-sized staging cuts starts per day. Each avoided start is motor life in the bank.
Parts and Shipping
PSAM’s fast shipping and real inventory keep you running in days, not weeks. We stock the fittings and kits that make installs painless.
Resale and Inspections
A documented, high-quality Myers system reads well in inspections and adds confidence to appraisals.
Key takeaway: Reliable water is the cheapest option long-term. Myers makes it easy to choose right once.
FAQ: Submersible vs Jet and Myers Predator Plus Essentials
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with TDH: add vertical lift (pumping level to tank), friction losses, and your pressure requirement (PSI × 2.31). Then pick flow: most homes need 7–12 GPM; irrigation or livestock may need 15–20+. Overlay those numbers on a Myers pump curve. As examples: a 120-foot pumping level with 50 PSI at the tank (≈115 feet) and 20–30 feet of friction yields ~255–265 feet TDH. A 3/4 HP or 1 HP Myers Predator Plus typically fits that at 8–12 GPM. If your pumping level is 250+ feet and you still want 50/70 PSI, look at 1.5 HP or 2 HP models. Always size to place your operating point near the pump’s best efficiency point (BEP). Rick’s recommendation: Call PSAM with your depth-to-water, static and pumping levels, intended PSI, and estimated GPM. We’ll match the exact staging and horsepower so you’re not guessing.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
A three-bath home generally does well at 8–12 GPM. Peak draw (showers, washer, dishwasher, irrigation zone) can spike beyond 12 GPM, so we either size the pump for that or buffer with a larger pressure tank. Multi-stage impellers add head per stage—stacking stages increases pressure capacity without ballooning motor size. That means a 1 HP Myers can deliver 10 GPM at 50–60 PSI in many 150–250 foot TDH scenarios. If you need higher pressure (tall homes, long runs), we add stages to hold PSI without sacrificing flow. Rick’s recommendation: Count fixtures, consider simultaneous uses, and tell us about irrigation. We’ll set the staging to hit your target PSI while holding the GPM rating you actually use.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from smart hydraulics and robust materials. Myers Predator Plus pairs engineered composite impellers and diffusers with tight, durable Teflon-impregnated wear surfaces that maintain clearances longer. The Pentek XE motor delivers thrust capacity and optimized windings to keep electrical losses down. Operate near BEP, and you’ll see 80%+ hydraulic efficiency in many working points. By resisting grit abrasion and minimizing internal leakage, the pump keeps its curve longer, which translates into lower amperage draw for the same gallons delivered. In practice, that’s 15–20% annual energy savings versus a worn or misapplied unit. Rick’s recommendation: Provide us your TDH; we’ll pick the stage count that places your operating point right where efficiency peaks.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Underwater, chemistry rules. 300 series stainless steel resists corrosion, pitting, and scaling far better than cast iron in many well conditions—especially those with iron, CO2, or lower pH. Cast iron can rust and shed, affecting bearing alignment and seal integrity. Stainless keeps housings and fasteners intact, so serviceability remains high and internal components stay properly aligned. For the water you drink, stainless and lead-free construction also protect potability and compliance. Rick’s recommendation: If your water test shows iron, manganese, or lower pH, stainless is the no-brainer choice for a submersible’s shell, discharge, and hardware.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
The Teflon-impregnated staging in Myers submersibles embeds a low-friction material into the wear surfaces. That slick interface reduces drag and heat when fine particles pass through. At the same time, engineered composite impellers maintain dimensional stability, so the clearances don’t open up dramatically as fines pass. Less scoring and galling preserve the hydraulic profile, keeping the pump curve closer to factory spec over time. In sandy wells, this can be the difference between a pump that screams and stalls after a season and one that hums quietly for years. Rick’s recommendation: If your well produces fines, choose Myers and consider a spin-down filter post-tank to keep your home’s fixtures clean.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor is engineered for deep-well thrust and heat control: robust thrust bearings, balanced rotors, and windings optimized for single-phase AC electric pump duty. Thermal overload protection and lightning protection guard against common rural power issues. Efficiency gains come from lower internal losses and a motor curve that pairs tightly with the Myers hydraulic stack, which reduces wasted energy at your operating point. The result is lower amp draw for the same gallons and pressure, less heat, and extended motor life. Rick’s recommendation: Run 230V when possible to minimize voltage drop and heat, and keep your wire gauge appropriate to the run length.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
Capable DIYers can absolutely install a Myers submersible, especially in 2-wire configuration. You’ll need to safely handle drop pipe, a pitless adapter, torque arrestors, safety rope, and correct splicing with a wire splice kit. Lifts over 150 feet, complex horizontal runs, or tight well heads are where pros shine. Safety is big here: proper hoisting, electrical lockout, and pressure testing matter. Rick’s recommendation: Call PSAM. We’ll size the system, build a parts list (pump, tank tee, check valve, fittings, pressure switch), and walk you through best practices. If anything feels beyond your comfort zone, hire a pro for the set and test.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire pump includes the start components in the motor—simpler wiring, no external control box, and fewer points of failure. A 3-wire pump moves start/run capacitors and relays to a control box mounted near the tank, which makes above-ground diagnostics and component swaps easier. Electrically long runs or challenging starts can favor 3-wire, but many residential installs are perfect for 2-wire. Cost-wise, 2-wire typically saves $200–$400 up front. Rick’s recommendation: If you value simplicity and fast restoration, go 2-wire. If you want above-grade service access for start components, go 3-wire. Myers offers both.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
In my field experience, 8–15 years is normal for a Myers Predator Plus running on stable power and sized correctly. With excellent water quality, controlled cycling, and surge protection, I’ve seen well over 15 years—some hitting the two-decade mark. Maintenance means checking tank pre-charge annually, inspecting the pressure switch, confirming no leaks that cause rapid cycling, and protecting against voltage spikes. Pulling the pump isn’t routine unless symptoms (noise, falling pressure, rising amps) appear. Rick’s recommendation: Keep starts per day reasonable with the right tank size and settings. That alone adds years.
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), inspect the pressure switch contacts, and check for leaks at the tank tee and pitless. Every 2–3 years: Test water chemistry; address iron or hardness that can affect fixtures and appliances. After storms: Check breakers and surge protection. If lightning hit nearby, consider a motor insulation test. As needed: Replace worn switches, relief valves, and gauges. Keep the well cap sealed and vermin-proof. Rick’s recommendation: Track system pressure and cycle behavior. Unexplained short cycling or loss of pressure is your early warning to call PSAM before minor issues become major.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers’ 3-year warranty outpaces the 12–18-month coverage common with budget brands. It covers manufacturing defects and performance issues under normal operation for 36 months from installation. While wear from abuse (dry run, miswire) isn’t covered, the extended window reflects real confidence in Made in USA build quality, factory tested performance, and robust materials. Compared to budget warranties that leave you exposed after year one, the Myers warranty cushions your ownership costs significantly. Rick’s recommendation: Register your pump, keep your install documentation, and let PSAM assist with any claim. We make the process clean and fast.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
In practical terms: a Myers Predator Plus with Pentek XE motor often runs 10+ years with minimal service. A budget pump may need 2–3 replacements in that span. Each change costs labor, parts, and downtime, not to mention higher kWh from off-curve operation as components wear. Factor in the 3-year warranty, field serviceable design, higher hydraulic efficiency, and better survivability in sandy or iron-rich water, and Myers typically wins by 15–30% in total cost—sometimes more where access is difficult. Rick’s recommendation: Spend once on a properly sized Myers system. Over a decade, it’s the calmer, cheaper path.
Conclusion: The Smart Path Between Submersible and Jet—Choose Myers, Sized Right, Supported by PSAM
If your depth to water sits beyond 60–80 feet, want steady pressure across a busy household, or fight seasonal drawdown, a Myers submersible well pump from the Predator Plus Series is the winning move—quiet, efficient, stainless-tough, and backed by a 3-year warranty. For shallow, seasonal, or easily accessible systems, a Myers jet pump remains a strong, serviceable choice. Either way, materials, motor, and curve alignment matter. That’s where Myers’ 300 series stainless steel, Teflon-impregnated staging, and Pentek XE motor separate from the pack.
Sahil and Raina Chavan went from priming headaches and iron-stained parts to stable 10–12 GPM at 50 PSI with lower amp draw and zero drama. That’s what I want for your home: water on, bills down, weekends free.
Call PSAM for fast sizing, in-stock pumps, complete install kits, and the parts that keep you running. Myers Pumps plus real-world expertise—worth every single penny.