Water stops without warning. The shower sputters, pressure drops to a whisper, and the house goes quiet. When a well pump fails, you don’t just lose convenience—you lose sanitation, cooking water, livestock supply, even fire protection if your property relies on a hydrant loop. I see it weekly. A cracked thermoplastic volute here, a burnt motor winding there, and too often, an undersized pump short-cycling itself into an early grave.
Meet the Ritanos, a family I worked with last month near Dubois, Pennsylvania. Marco Ritano (42), a high school shop teacher, and his spouse, Lena (40), a nurse, live on six acres with their kids, Sofia (11) and Theo (8). Their 240-foot private well had been running a 3/4 HP budget submersible. After two replacements in five years—most recently a failed bearing and worn impeller—their home was dry again during a cold snap. An HVAC friend recommended disconnecting power and checking the pressure switch. Marco found welded contacts and melted insulation. That’s what happens when a pump struggles to maintain pressure—heat builds and components pay the price.
Large homes, farms, and multi-structure properties can’t afford guesswork. Reliable water isn’t optional; it’s mission critical. Working hand-in-glove with Myers pump distributors through PSAM ensures professional-grade equipment, accurate sizing, clean documentation, fast shipping, and field support when things go sideways. In this guide, I’ll cover the ten steps that keep large projects on schedule and your water steady: needs assessment and pump curves, selecting the right Myers series and horsepower, spec’ing motors and wire configuration, smart materials choices, staging and efficiency, accessory kits and install logistics, distributor coordination for multi-site rollouts, warranty and documentation, commissioning and performance verification, and long-term maintenance planning.
Awards and achievements worth noting while you plan: Myers Predator Plus Series boasts 80%+ hydraulic efficiency at BEP, an industry-leading 3-year warranty, and Pentair’s backing for R&D and quality control. Built in the USA and certified (NSF/UL/CSA), Myers delivers premium lifespans—8-15 years standard and 20-30 years with excellent care.
I’m Rick Callahan from Plumbing Supply And More (PSAM). I’ve spent decades in crawlspaces, pump houses, and well pits. Let me show you how to work with Myers pump distributors the right way—so your project runs like a well-oiled, well-pumping machine.
#1. Project Scoping with PSAM + Myers Pumps – Use Pump Curves, TDH, and GPM Modeling Before You Order
A large project lives or dies on accurate scoping. Without verified flow and head calculations, you’re driving at night with the headlights off.
Technically, we start with Total Dynamic Head (TDH): static water level + drawdown + friction loss + desired pressure. Pair that with household and property demand to determine your GPM rating, stages, and horsepower. Myers provides thorough pump curve charts to overlay TDH and flow to locate the best efficiency point (BEP)—that’s where the pump is happiest, efficient, and long-lived. Missing BEP by sizing “close enough” is a financial leak that never stops.
For the Ritanos’ 240-foot well, we measured 190 feet static, 30 feet drawdown, and calculated 20-25 PSI at the house with friction losses through 1-1/4" drop pipe and long lateral runs. The result pointed us to a Myers submersible well pump from the Predator Plus Series at 10-12 GPM and 1 HP, leaving margin for irrigation and a detached garage sink.
Scope Inputs Contractors Forget
Most misses happen on demand profiling. Add irrigation cycles, peak shower and laundry usage, livestock watering, and pressure requirements for taller structures. Capture elevation changes if the house sits higher than the well.
Using Myers’ Curves to Avoid Short-Cycling
Plotting TDH against Myers Predator Plus curves gives you a true operating point. Sizing too small leads to long runtimes and low pressure. Sizing too large invites hard cycling. My recommendation: target mid-curve at your real-world demand, not just a spec-sheet wish.
PSAM’s Role in Pre-Order Verification
Before purchase, PSAM reviews your numbers and confirms compatibility—motor voltage, 230V vs 115V, wire gauge, control accessories, and tank capacity. The 15-minute review averts costly returns and callbacks.
Key takeaway: scope once, order once. PSAM + Myers curves keep your large project on rails.
#2. Select the Right Myers Series and HP – Predator Plus, Multi-Stage Design, and 1/2–2 HP Options
Large projects need durable pumps that handle variable demand without wandering off the efficiency cliff. That’s why we lean on the Predator Plus Series, a multi-stage pump platform with 1/2 HP, 3/4 HP, 1 HP, 1.5 HP, and 2 HP models covering shallow to deep well applications.
Under the hood, Predator Plus combines high-efficiency hydraulics with a proven Pentek XE motor to deliver strong pressure at depth. Multi-stage impellers translate rotational energy into pressure across stacked stages, maintaining output as head increases. That’s exactly what matters for deep wells and complex plumbing.
For Marco and Lena’s property, a 1 HP Predator Plus offered a clean margin for TDH with room for a future hose bib to the garden and a pressure-friendly shower experience.
HP Selection Rules of Thumb
- 60–150 feet: 1/2–3/4 HP typically adequate at 7–10 GPM. 150–300 feet: 1–1.5 HP at 10–15 GPM for strong domestic use. 300–490 feet: 1.5–2 HP, often 12–20 GPM depending on demand and pipe size.
Managing Peak Demand Without Oversizing
If you add irrigation or a detached apartment, we’ll ensure the pump sits close to BEP under peak load, not just in everyday domestic use. That’s the sweet spot for energy savings and fewer service calls.
Confirming Electrical and Controls Early
Match motor voltage, anticipated amperage draw, and control components before you finalize HP. PSAM checks panel capacity and insulation class so you aren’t tearing into electrical twice.
Key takeaway: pick Myers Predator Plus with the horsepower tailored to your TDH and GPM, and you’ll own pressure instead of chasing it.
#3. Materials Matter – 300 Series Stainless Steel, Teflon-Impregnated Staging, and Seawater-Adjacent Confidence
Corrosion and abrasion are the silent killers of well systems. That’s why material choice isn’t a footnote—it’s the headline. Myers Predator Plus uses 300 series stainless steel for the shell, discharge bowl, shaft, coupling, wear ring, and suction screen—fully lead-free and corrosion resistant. Pair that with Teflon-impregnated staging and self-lubricating impellers, and you’ve got a pump that shrugs off grit and hard mineral water.
In field terms, stainless resists aggressive water chemistry and eliminates the rust creep you see with cast iron elements. Teflon impregnation reduces friction, limits heat, and mitigates wear when sand or fines slip through the intake screen.
The Ritanos had iron staining from their old pump’s innards and light silt. Their new Predator Plus runs cool and clean—no discoloration on fixtures after install.
Why Stainless Construction Pays Off
- Acidic water and high iron environments love to eat metal. Stainless puts up a fight. Pressure cycling and temperature swings fatigue cheaper housings. Stainless stays stable.
Teflon-Impregnated Staging for Gritty Wells
In coastal regions or sandstone formations, fines are a fact of life. Self-lubricating composite stages preserve impeller edges and efficiency far longer.
Long-Term Clarity in Plumbing and Appliances
Fewer metal oxides leach into the system. Water heaters, dishwashers, and faucets live longer when the pump isn’t polluting the line.
Key takeaway: build the heart of your system with stainless and engineered composites; the rest of the plumbing thanks you.
#4. Motor Reliability and Protection – Pentek XE High-Thrust, Thermal Overload, Lightning Protection
The motor is the muscle, and it takes a beating in deep wells. Myers pairs Predator Plus hydraulics with a Pentek XE motor, engineered for high thrust and efficient operation. Expect cooler windings, smoother starts, and tighter tolerances. Features like thermal overload protection and lightning protection are standard, not an option.
High-thrust motors resist axial load from multi-stage impellers, especially at depth. That matters when a pump runs hours during irrigation or fills larger pressure tank setups. Efficient windings and rotor design trim power usage—up to 20% cost savings annually at BEP.
Marco’s 1 HP Pentek XE motor idles at a healthy amperage under load; we recorded stable readings through the initial break-in. That’s what I want to see—no hint of overcurrent or heat build.
Start-up Behavior and Electrical Stability
Soft electrical characteristics reduce pounding on contacts and help your pressure switch and control components last. Clean power in, clean water out.
Sizing Wire Gauge for Long Runs
Voltage drop kills motors. PSAM calculates correct wire gauge based on well depth and run length to the panel, so your 230V motor sees 230V, not 218V under load.
Matching Motor to Staging
Predator Plus staging options balance with the XE motor’s thrust rating. That synergy is the quiet kind—the kind that keeps you off ladders and out of pump houses for years.
Key takeaway: Myers + Pentek XE is a reliability formula you can bank on for large projects.
#5. 2-Wire vs 3-Wire Configuration – Control Box Simplicity, Serviceability, and Cost Balancing
When planning at scale, configuration standardization saves hours. A 2-wire configuration integrates components inside the motor—clean and compact. A 3-wire configuration uses an external control box. Both are valid; the choice depends on service preference and site conditions.
Myers offers both options across common horsepower ratings, making it easy to match legacy systems or simplify new construction.
For the Ritano project, 2-wire was the plumbingsupplyandmore.com right call: simpler install, fewer components exposed to weather, and lower upfront cost on controls. Their system’s access is limited in winter, so fewer exterior components mean fewer freeze-related headaches.
When 2-Wire Shines
- Faster installs and fewer parts to troubleshoot. Great for straightforward residential systems under 1.5 HP. Cleaner footprint in tight pump houses.
When 3-Wire Makes Sense
- Preferred by some contractors for easier motor diagnostics. Helpful on complex sites needing component swaps without pulling the pump. Supports certain starting profiles on higher horsepower models.
Planning Spares and Standardization
For subdivisions or farm campuses, choose one configuration across wells to streamline maintenance and inventory. PSAM can kit spare control boxes or splice kits accordingly.
Key takeaway: choose the configuration that fits your service model and environment; Myers gives you both.
#6. Accessory Kits Done Right – Pitless Adapters, Check Valves, Torque Arrestors, and Tank Sizing
Large projects fail more from missing accessories than from pump defects. Don’t let a $6 fitting stall a $6,000 day.
A proper well drop includes a quality pitless adapter, a non-slam check valve at the pump, a torque arrestor, cable guard, safety rope, and clean wire splice kit. Topsides, pair your pump to an adequately sized pressure tank (typically 1 gallon of drawdown per 1 GPM of pump output as a starting point) and a properly set pressure switch. Finalize with a tank tee and fittings kit.
We outfitted the Ritano system with a corrosion-resistant pitless and upsized tank to 86 gallons. Their previous 35-gallon tank had the pump short-cycling every few minutes during peak use.
Why the Right Check Valve Matters
A high-quality check valve prevents backflow and water hammer, protects the internal check valve at the pump, and stabilizes pressure cycles. Cheap checks chatter; good checks are silent.
Torque Arrestors and Cable Guards Protect Your Investment
Submersibles twist on startup. Arrestors limit movement, keeping the drop pipe from slamming the casing. Cable guards protect insulation from chafe—simple parts that prevent thousand-dollar pulls.
Pressure Tank and Switch Harmony
Match cut-in/cut-out settings to real-world demand. I often suggest 40/60 PSI for multi-bath homes; confirm with the family’s preference and fixture ratings.
Key takeaway: a Myers pump deserves a bulletproof accessory set; PSAM ships comprehensive kits so you don’t scramble onsite.
#7. Comparison Checkpoint – Myers Predator Plus vs Franklin Electric and Goulds in Real-World Large Projects
Technical performance: Myers Predator Plus leans on full 300 series stainless steel wetted parts and Teflon-impregnated staging. Rival platforms from Franklin Electric and Goulds commonly incorporate cast iron elements in select models or assemblies, which can succumb to corrosion in high-iron or acidic water. Myers’ Pentek XE motor is tuned for high thrust and efficient operation at BEP, trimming amps and heat. Efficiency gains at 80%+ translate to lower power bills month after month, particularly in multi-structure properties with lengthy run times.
Application PSAM myers pump differences: Franklin’s ecosystem sometimes ties you into proprietary control solutions and dealer service requirements. On large, dispersed properties, that adds scheduling and cost friction. Myers is designed to be field serviceable, using a threaded assembly that qualified contractors can service on-site. Goulds models with cast iron stages or bowls may perform well early on but can pit and scale in aggressive water. Myers stainless maintains integrity over the long haul, especially where seasonal water chemistry shifts are the norm.
Value conclusion: For rural homeowners and contractors running extended daily duty cycles, Myers’ stainless construction, XE motors, and 3-year coverage reduce service events and energy spend. Fewer pulls and better efficiency make Myers Predator Plus worth every single penny.
#8. Logistics with Myers Pump Distributors – Forecasting, Stock Strategy, and Same-Day Shipping
Big projects hinge on good logistics. PSAM coordinates with Myers pump distributors to keep your schedule intact—especially for phased builds and multi-well properties. Standard practice: lock in specifications, confirm model numbers against pump curve targets, and set shipment windows for accessories and electrical.
Myers’ US manufacturing and Pentair-backed supply chain translate into predictable availability with fast shipping. Emergency replacements happen; PSAM expedites in-stock pumps same day when ordered before cutoff.
When Lena called mid-winter, we had the Predator Plus on a truck that afternoon—with the right drop pipe, wire, and torque arrestor. No second trip required.
Forecasting for Multi-Site Projects
If you’re building out three wells over two quarters, we’ll stage inventory and hold back a spare motor or control box. Better to have it ready than to pause a crew.
Accessory Batching Saves Time
Bundling pitless, splice kits, tank tees, and fittings kits avoids costly jobsite runs. Our “Rick’s Picks” kits cover 90% of installs.
Documentation Arrives with the Pallet
Installation manuals, warranty cards, and curve charts ship with your order, and digital copies arrive via email for your files and inspectors.
Key takeaway: smart logistics are part of working with Myers distributors; PSAM makes the supply chain feel boring—in a good way.
#9. Commissioning and Verification – Pressure, Amperage, and Flow Tests Protect Your Warranty
Commissioning is where projects become systems. After installation, verify amperage against nameplate, confirm pressure cut-in/cut-out, and perform flow tests to ensure you’re near BEP under real load. Protect the investment with a clean startup log—PSAM provides a template.
For the Ritanos, we checked motor amps at 1 HP under load, recorded steady 9.6–10.1 GPM at a 40/60 PSI duty with faucets and a shower open, and verified no chatter at the pressure switch. That log now lives with their warranty folder.
Baseline Amperage = Early Warning System
A month later, a quick clamp reading tells you if something’s drifting—like a failing check or clogged screen. Catch problems early and avoid a pull.
Pressure and Flow Across Fixtures
Open multiple fixtures and note flow. Large homes need stable pressure on the second floor while laundry and kitchen run. If you see drops, we’ll tweak tank sizing or investigate lateral restrictions.
Air Charge and Tank Setup
Pre-charge your pressure tank 2 PSI below cut-in. Re-check seasonally. A flat tank wrecks pumps by short-cycling them to death.
Key takeaway: commissioning data turns warranty protection into real protection—and keeps performance honest.
#10. Long-Term Maintenance, Warranty, and Documentation – 3-Year Coverage and 20–30 Year Potential
A well pump isn’t a toaster; it’s mission-critical equipment. Myers’ 3-year warranty sets the tone, backed by careful documentation, and their build quality makes 8–15 year service lives normal—with 20–30 years possible with ideal care and water chemistry.
PSAM keeps your model, serial, commissioning readings, and curve selections on file. If you need parts or advice in five years, we know exactly what you own.
The Ritanos opted for an annual check: pressure verification, amperage log, tank air charge, and inspection of the well cap and wire entry. Their days of mystery failures are over.
Maintenance Plan That Actually Works
- Annual amperage and pressure check Tank pre-charge verification Visuals on the well cap and conduit Water quality test every two years to catch chemistry changes
Field-Serviceable Threaded Assembly
Myers’ field serviceable design means less downtime and lower service cost for impeller or stage work if needed. Not every brand makes that easy.
Warranty Plus Good Records
Warranty claims sail through when you have clean commissioning and maintenance logs. PSAM helps you keep it tidy.
Key takeaway: treat your Myers pump like the asset it is; the 3-year coverage and professional records make it a long-term win.
Comparison Deep Dive: Myers vs Red Lion and Grundfos for Budget and Controls Decisions
Technical analysis: Myers leverages full stainless steel construction and Teflon-impregnated staging. Red Lion often uses thermoplastic components on budget models, which can deform under heat and crack during pressure cycling. Myers’ Pentek XE motor targets high-thrust efficiency with robust thermal safeguards; many budget platforms lack equivalent protection or sustained efficiency near BEP. In control strategy, 2-wire configuration options from Myers simplify installs. Certain Grundfos packages lean into more complex control schemes, including external start components and proprietary logic on select models.
Application differences: For homeowners and contractors scaling projects, plastics may feel cost-effective—until a pressure spike or cold snap exposes weaknesses. Stainless resists thermal movement and maintains alignment under stress, reducing service events. On the controls side, Myers’ 2-wire simplicity trims $200–$400 in box and labor on straightforward residential wells. Grundfos excels in specialty systems; however, for standard domestic wells, Myers’ configuration flexibility and field serviceability remove friction during maintenance cycles.
Value proposition: Across 10 years, material stability, simpler controls, and high efficiency curb callouts and energy use. Predictable service intervals and a 3-year warranty change the math. Myers’ durability and PSAM’s support make the total cost of ownership worth every single penny.
Frequently Asked Questions
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with Total Dynamic Head (TDH): static water level + drawdown + friction loss + desired pressure. Then assess demand: a typical home needs 8–12 GPM; larger properties with irrigation may need 12–20 GPM. Overlay TDH and flow on Myers Predator Plus pump curves to find the operating point close to the Best Efficiency Point (BEP). As a rule, 60–150 ft wells work well with 1/2–3/4 HP at 7–10 GPM. For 150–300 ft, 1–1.5 HP at 10–15 GPM is common. At 300–490 ft, look at 1.5–2 HP with 12–20 GPM depending on pipe size and fixtures. Confirm voltage (115V vs 230V), wire gauge to limit voltage drop, and amperage draw. Example: a 240 ft well with 10 GPM demand often lands on a 1 HP Myers submersible well pump with multi-stage impellers. My recommendation: call PSAM with your measured static level, casing size, and target pressure; we’ll validate horsepower before you order.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
A family home generally needs 8–12 GPM for comfortable service—multiple showers, laundry, kitchen, and an outdoor spigot. Multi-stage impellers in a Myers deep well pump increase pressure by stacking stages, each contributing head. More stages at the same horsepower maintain pressure at depth and across long plumbing runs. For a small homestead with irrigation zones, 12–15 GPM is safer, especially if two zones overlap. Matching GPM to the pressure tank’s drawdown keeps cycling in check. For instance, a 1 HP Predator Plus at 10–12 GPM delivers ample pressure at 40/60 PSI for a two-bath home with a hose bib running. Pro tip: size to land near BEP at peak demand, not just average, to preserve efficiency and motor life.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from precision hydraulics, engineered composite impellers, and tight clearances across multi-stage assemblies. Myers’ Teflon-impregnated staging reduces internal friction, keeping hydraulic efficiency high through years of use. Pair that with the Pentek XE motor, optimized for thrust and heat control, and you capture more energy at the shaft with less waste as heat. Operating at or near the BEP is critical; Myers’ pump curve data makes it easy to select the right model and staging for your TDH and GPM. In practical terms, that 80%+ efficiency can reduce energy bills by up to 20% annually on high-use systems. Over a decade, the savings often exceed the cost delta versus budget pumps.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submersibles live in wet, mineral-rich environments. 300 series stainless steel resists corrosion from iron, aggressive pH, and dissolved gases. Cast iron components can pit and scale, increasing friction and reducing flow as surfaces roughen. Stainless maintains its geometry, which protects wear rings, shaft alignment, and stage efficiency. In real-world installs, stainless housings handle pressure cycling and temperature changes without cracking. For wells with high iron or seasonal chemistry shifts, stainless avoids the rust flakes that end up in water heaters and aerators. On multi-decade timelines, stainless is not just nicer—it’s cheaper, because you avoid early-stage wear and the collateral damage that comes with rusty water.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Grit acts like sandpaper in a pump. Myers uses self-lubricating impellers with Teflon-impregnated staging to cut friction where particles pass. Teflon reduces the coefficient of friction, so fines don’t heat or gouge the surfaces as quickly. Edges on the impeller vanes stay sharper longer, preserving pump curve performance and pressure. In sandy aquifers or wells with fine silt, that’s the difference between replacing a pump in 3–5 years and getting 8–15+ years. I’ve inspected Predator Plus units pulled after a decade in gritty wells with staging still serviceable—clean the intake screen, check bearings, and the pump heads back down.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
High-thrust designs handle axial loads from multi-stage impellers without excessive bearing wear. The Pentek XE motor combines efficient windings, balanced rotor geometry, and heat management to keep amperage lower at a given hydraulic output. Features like thermal overload protection and lightning protection defend windings against spikes and heat cycles. At 230V, lower amperage means reduced heat, which extends insulation life. For continuous or heavy daily duty—irrigation, multi-structure applications—this efficiency translates to tangible dollars saved. Pairing XE motors with the right staging at BEP turns into quieter operation, fewer nuisance trips, and longer service intervals.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
A skilled DIYer can install a Myers submersible well pump with the correct lifting equipment, electrical knowledge, and plumbing tools. That said, deep wells and tight casings complicate things—drop pipe threading, sealed splices, pitless adapter alignment, safe lifting, and verifying voltage drop are not casual tasks. Licensed contractors bring hoists, torque tools, and experience that prevent mistakes like under-crimped splices or mis-set pressure switches. For large projects and warranty protection, I recommend professional installation. PSAM can connect you with trusted installers and supply complete kits—pump, drop pipe, check valve, torque arrestor, splice materials, tank tee, and the right pressure tank—so no one is stuck hunting parts.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump houses start components inside the motor, simplifying installation—fewer external parts and a cleaner profile. A 3-wire well pump uses an external control box for start components, which some technicians prefer for diagnostics and faster swaps. For most residential projects under 1.5 HP, 2-wire is often ideal—lower upfront cost and fewer weather-exposed parts. In service-heavy environments or where technicians prefer bench-diagnosing start components, 3-wire is useful. Myers supports both across common horsepower ranges, so you can standardize your project fleet and your spares inventory. PSAM will help you choose based on access, climate, and service preferences.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
With normal water chemistry and correct sizing, expect 8–15 years. In cleaner aquifers and with meticulous maintenance—annual pressure and amperage checks, proper pressure tank pre-charge, and keeping voltage drop in check—20–30 years is achievable. The materials— 300 series stainless steel and Teflon-impregnated staging—and the Pentek XE motor stack the deck in your favor. Maintenance is not complicated: check pressure switch settings seasonally, verify tank air charge 2 PSI below cut-in, log amperage under load, and inspect the well cap and conduit. If water chemistry changes (pH, iron), address it early with filtration or treatment to preserve hydraulic efficiency.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
- Annually: verify pressure switch cut-in/cut-out; measure motor amperage under load and compare to commissioning baseline; check pressure tank air charge; inspect pitless and well cap; listen for water hammer. Every 2 years: test water chemistry—pH, iron, hardness, TDS; inspect fixtures for aerator debris indicating upstream wear. After major storms: check for nuisance trips or surge events; if lightning activity was close, inspect for signs of control or winding stress. Myers pumps are field serviceable; if performance drifts, PSAM can guide impeller/stage checks based on your model’s threaded assembly design. Staying ahead of issues beats pulling a pump mid-winter.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers offers an industry-leading 3-year warranty covering manufacturing defects and performance issues. Many competitors stick to 12–18 months. That extra runway matters on large projects where downtime is expensive. Coverage applies when installed to spec and maintained—hence my emphasis on clean commissioning logs and routine checks. With PSAM documentation support, claims move faster. The warranty effectively lowers your total cost of ownership by reducing the risk of early replacement costs and giving you confidence to spec Myers on multi-site deployments.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Let’s run the math. A budget submersible might cost less upfront but often lasts 3–5 years, especially with thermoplastic housings and standard bearings. Over 10 years, that could be 2–3 replacements plus higher energy use from lower efficiency. Myers Predator Plus typically lasts 8–15 years, with 80%+ efficiency at BEP trimming electricity by up to 20%. Add the 3-year warranty, reduced service calls, and field-serviceable design, and you’re looking at fewer pulls, less labor, and less hassle. On properties with longer daily runtimes, the energy savings alone can offset the price delta. My field results mirror the math: Myers wins the 10-year TCO race by a healthy margin.
Final Word from Rick
Working with Myers pump distributors through PSAM keeps your large project predictable: accurate scoping, stainless and composite durability, Pentek XE motor reliability, configuration flexibility, complete accessory kits, fast logistics, and clean commissioning. That’s the blueprint the Ritanos followed, and now their 240-foot well delivers steady 10–12 GPM at 40/60 PSI with headroom for a garden line and a future shop.
If you’re planning a well upgrade, building multiple homes on private wells, or replacing an underperforming system, start the right way: send PSAM your well depth, static/drawdown data, desired pressure, and target flow. We’ll match you to the correct Myers Predator Plus model, kit the job, and ship fast. With stainless construction, Teflon-impregnated staging, the Pentek XE motor, and a rock-solid 3-year warranty, Myers Pumps are built to carry you for the long run—worth every single penny.
Need help now? Call PSAM. I’ll review your numbers personally and make sure your Myers well system is sized, shipped, and set up to perform.