A sprinkler zone sputters, the drip lines go limp, and the vegetable beds you planted last weekend bake under a noon sun. Irrigation fails when pressure falls—usually because a well pump is undersized, worn out, or simply not built for grit, depth, or long duty cycles. I’ve seen it a thousand times: a rushed pump purchase that worked for kitchen taps, but not for two acres of lawn and four irrigation zones. The difference between a green yard and a stressed system is matching the pump, controls, tank, and plumbing to the job—and doing it with hardware that holds up in the real world.
Meet the Villanuevas. Carlos Villanueva (41), a high school science teacher, and his spouse, Mae (38), a home-based bookkeeper, live on 6 acres outside Prosser, Washington. Their teens, Liza (14) and Mateo (12), keep a big garden and a small blueberry patch running. After a 3/4 HP pump from a budget brand cracked a housing during a heat wave and consecutive start/stop cycles, they spent 48 hours rotating hoses by hand. Their 260-foot well, static level at 65 feet with seasonal drawdown to 120 feet, needed a submersible that could deliver 10–12 GPM reliably for irrigation and household demand. The previous pump—an older Red Lion—lost prime after a check valve fiasco and never recovered from sustained duty. I helped them spec a Myers Predator Plus upgrade with a Pentek XE high-thrust motor. The right sizing and the right pump changed everything.
In this list, I’ll show you exactly how to:
- Pick the right horsepower and staging to match your zones (#1) Use stainless steel durability to beat corrosion and sand (#2) Leverage Pentek XE motors for efficient irrigation throughput (#3) Compare intelligently against other brands where it matters (#4) Choose 2-wire vs 3-wire without overspending (#5) Read pump curves like a pro to hit your target PSI and GPM (#6) Set up pressure tanks, switches, and pitless adapters for reliability (#7) Keep impellers alive in sandy wells with self-lubrication (#8) Plan seasonal irrigation expansions without re-piping (#9) Protect your investment with warranty, maintenance, and fast parts (#10)
For rural homeowners, contractors, and emergency buyers, the difference between “water on” and “water wasted” is a dependable, properly sized Myers submersible. Let’s optimize your irrigation once—then enjoy the results for years.
#1. Match Horsepower to Zones and Depth – Myers Predator Plus Series, TDH Calculations, and Best Efficiency Point
Mismatched horsepower is the fastest way to starve sprinklers and burn motors. Irrigation runs long and steady; your well pump must deliver sustained flow at pressure without straining.
Technical explanation Start with your total dynamic head (TDH): static water level + drawdown + vertical lift + friction losses + target pressure. For typical turf sprinklers, plan for 45–55 PSI at the manifold (that’s 104–127 feet of head). A Myers Predator Plus Series submersible well pump in 1 HP or 1.5 HP often hits the sweet spot for 6–10 GPM systems at 150–300 feet. The pump’s pump curve shows flow at each head—dial in your Best Efficiency Point (BEP) where hydraulic efficiency (80%+) keeps motor amps down and runtime stable. Don’t hang your sizing on “HP equals pressure”—staging, GPM rating, and TDH are the real levers.
Real-world family example For the Villanuevas’ 260-foot well, targeting 50 PSI at the manifold, we selected a 1 HP Predator Plus staged for about 10–12 GPM at ~200–240 feet of head under irrigation flow. The result: stable pressure, no short cycling, and clean zone transitions.
Calculate TDH Before Buying
Add static level (65 ft), anticipated drawdown (55 ft), vertical to tank/manifold (10–15 ft), friction (typically 15–40 ft depending on pipe length/size), and desired pressure (50 PSI ≈ 115 ft). That yields ~260–290 ft TDH. Use that number on the pump curve to select horsepower and stages accurately.
Dial Flow to Zones
If a zone requires 8 GPM at 50 PSI and you have two zones overlapped by scheduling or staggered starts, select a pump with BEP near 10–12 GPM at your TDH. Staying near BEP maximizes the Predator Plus’ 80%+ efficiency and saves energy all season.
Pro Tip: Staging Beats Oversizing
More stages at the right GPM beat a higher HP pump with poor efficiency. The Predator Plus lineup gives multiple staging options per HP so you can fit the curve precisely.
Key takeaway Know your TDH and target BEP. A Myers Predator Plus sized off the curve delivers steady irrigation without spikes, stalls, or premature wear.
#2. Stainless Steel That Survives Irrigation Duty – 300 Series Components, Corrosion Resistance, and Long Service Life
Irrigation doesn’t stop for chemistry. High minerals and shifting pH chew through lesser pumps.
Technical explanation Myers builds the Predator Plus with 300 series stainless steel for the shell, discharge bowl, shaft, coupling, wear ring, and suction screen—fully lead-free and corrosion resistant. That matters when irrigation pulls long cycles in mineral-rich water. Stainless components maintain clearances around the engineered composite impellers, minimizing efficiency loss over time. With irrigation’s debris risks, the stainless intake screen helps keep larger fines out. Expect 8–15 years of service life, extending toward 20–30 with excellent care and clean power.
Competitor comparison (Goulds context) Unlike Goulds Pumps that rely on cast iron in certain assemblies, Myers’ all-in on stainless pays off in acidic or iron-heavy conditions. Cast iron can pit and corrode, leading to fouled impeller passages and declining GPM—a death sentence for irrigation coverage. Myers’ stainless steel resists that attack, keeping performance steady and reducing costly mid-season service calls. For homeowners who irrigate from private wells with variable chemistry, the stainless build is insurance. Considering the reduced replacement frequency and steadier efficiency, it’s worth every single penny.
Real-world family example Carlos’ water tested moderate hardness with occasional pH drift. His old iron-laden components showed scaling and staining. Switching to stainless Predator Plus hardware stabilized delivery and eliminated the recurring rust sediment at the sprinklers.
Why Stainless in Irrigation
Long runtime plus minerals equals abrasion and corrosion. Stainless minimizes wear on the threaded assembly and maintains mechanical integrity when duty cycles climb during peak watering months.
Wear Ring and Shaft Integrity
Precision wear rings and stainless shafts keep axial and radial loads properly aligned. That means no wandering performance after a season of hard use under a drip and rotor mix.
PSAM Stock and Support
At PSAM, stainless Predator Plus pumps are in stock for same-day ship-out. If you’re facing mid-season failure, we’ll keep your irrigation online without a weeklong scramble.
Key takeaway Choose stainless where irrigation is non-negotiable. Myers’ 300 series construction keeps water flowing and efficiency intact through seasons, not weeks.
#3. Pentek XE Motors Drive Efficient Irrigation – High-Thrust Design, Thermal Protection, and Energy Savings
Pressure without efficiency is just expensive noise. The right motor turns irrigation duty into affordable runtime.
Technical explanation The Predator Plus pairs with a Pentek XE motor that’s engineered for high-thrust, continuous duty irrigation loads. The design brings improved winding efficiency and cooler operation at BEP, with thermal overload protection and built-in lightning protection. For 1 HP and 1.5 HP irrigation builds running 2–4 hours per cycle, those protections add real-world life. With 80%+ hydraulic efficiency at BEP and optimized motor draw, many homeowners see up to 20% reduced energy costs over poorly matched systems. Choose 230V where available to reduce amperage draw, heat, and voltage drop over longer runs.
Real-world family example Mae watched their power bill through July and August. Swapping from an older, inefficient unit to the Predator Plus with Pentek XE shaved measurable kWh during long watering days while delivering better pressure to the blueberry drip lines.
Voltage and Amperage Choices
On a 230V circuit, motor current drops, conductors run cooler, and starting torque is reliable for deep-water lifts. Ensure the correct breaker size and wire gauge; PSAM’s wiring kits remove guesswork.
Motor Longevity Under Cycling
Pentek XE tolerates irrigation’s zone sequencing. Pair it with a properly sized pressure tank and pressure switch to avoid rapid cycling. That combo preserves motor bearings and windings.
Lightning and Surge Resilience
Rural properties take hits. Integrated protections plus a dedicated surge device at the panel keep the motor in service after summer storms.
Key takeaway Efficient pressure is a motor’s job. Pentek XE motors in Myers submersibles turn long irrigation windows into steady performance and manageable power bills.
#4. Real-World Brand Matchup for Irrigation Duty – Myers Predator Plus vs Franklin Electric and Red Lion
Technical performance analysis For irrigation, material choice, motor efficiency, and serviceability determine uptime. Myers’ 300 series stainless steel assemblies resist corrosion where Red Lion thermoplastic housings are prone to stress under pressure cycling. A Pentek XE motor runs cooler at BEP than many standard submersible motors, cutting wasted energy and extending lifespan. Wire configurations matter: Myers offers both 2-wire well pump and 3-wire well pump options, letting you simplify installs where possible without locking into proprietary controls.
Application differences Irrigation systems run longer than household-only demand, exposing weaknesses in materials and motor selection. Red Lion’s thermoplastic casings often don’t tolerate repeated expansion and contraction during peak season; I’ve replaced more than a few after two hot summers. Franklin Electric builds capable submersibles, but I frequently see proprietary control preferences and dealer dependencies for service that slow emergency replacements. Myers’ field serviceable threaded design lets any qualified contractor perform on-site maintenance and staging changes without full replacement, shaving days off downtime in irrigation season.
Value proposition conclusion If your lawn, garden, or orchard depends on steady water, the combination of stainless durability, efficient Pentek XE power, and flexible wiring makes Myers a smarter long-term buy. Backed by PSAM’s fast myers grinder pump shipping and real tech support, the Predator Plus is worth every single penny.
#5. 2-Wire vs 3-Wire for Irrigation – Simplify Installs, Maintain Control, and Save on Boxes
Control complexity can sink a budget and delay water. Pick the configuration that meets your needs without overbuilding.
Technical explanation A 2-wire configuration integrates start components in the motor itself, simplifying installation and reducing parts—often saving $200–$400 on a separate control box. A 3-wire configuration places start gear topside for easier service on those components. For many irrigation-focused homes in the 1 to 1.5 HP range, 2-wire at 230V is clean, reliable, and cost-effective. Myers offers both, letting you choose based on service preference and existing wiring.
Competitor comparison (Grundfos context) Some Grundfos configurations frequently require 3-wire setups and more complex control strategies that inflate upfront cost and complicate replacements. Myers’ flexible 2-wire solutions cut install time and component count while delivering reliable starts and steady operation for irrigation duty. When you need to get zones back online fast, simplicity wins—especially when it’s built into a stainless, high-efficiency package. Pair that with PSAM shipping the same day, and the total project time and cost are reduced. For long-term irrigation reliability with fewer parts to fail, the Myers route is worth every single penny.
Real-world family example Carlos’ existing wiring had limited conduit space from the wellhead. A 2-wire, 230V Myers submersible avoided a costly trench redo and got water back to rotors in under 24 hours.
When to Pick 2-Wire
Tight timelines, limited conduit capacity, and a preference for fewer components point to 2-wire. The start equipment is sealed, factory tested, and UL listed.
When 3-Wire Helps
If you want topside access to start capacitors and relays, a 3-wire gives you that. For remote properties where service trips are tough, consider 3-wire’s maintainability.
PSAM Kits Simplify Everything
We bundle pumps, control boxes (when needed), wire splice kits, and pitless adapter hardware. Fewer runs to the store; faster water to the yard.
Key takeaway Choose 2-wire for streamlined installs and cost savings; insist on Myers for the quality and stainless backbone that keeps irrigation flowing.
#6. Read Pump Curves Like a Contractor – Hitting GPM and PSI for Overlapping Zones and Drip
Pump curves aren’t paperwork; they’re your irrigation map. Read them right, and you’ll never wonder why a zone looks weak.
Technical explanation A pump curve plots GPM versus head. Your target: find the point where your required GPM at TDH meets the curve near the best efficiency point (BEP). For rotors and sprays, plan 45–55 PSI; for drip, 15–25 PSI is typical (use a reducer). A deep well pump with correct stages maintains that head without falling flat mid-cycle. The shut-off head indicates the maximum lift—helpful validation that your curve selection carries headroom for seasonal drawdown.
Real-world family example The Villanuevas run three rotor zones at 7–8 GPM and a drip zone around 3 GPM with a regulator. We sized the Predator Plus model that holds ~10–12 GPM at ~200–240 feet of head, right on curve, so zone changes don’t slam the system.
Match Manifold Pressure Requirements
Calculate zone-by-zone GPM, add friction losses, and ensure the pump delivers the sum at your chosen pressure. Overbuild slightly for seasonal drawdown.
Use Pressure Tanks Wisely
A correctly sized pressure tank absorbs start/stop cycles between zones. Aim for 1–2 minutes of run time per cycle at minimum to protect the motor.
Drip Needs a Pressure Reducer
Don’t starve drip with low pump sizing; reduce pressure after the manifold. The pump should still meet rotor PSI at the highest-demand zone.
Key takeaway Treat curves as gospel. Keep your irrigation at BEP, and a Myers pump will reward you with quiet, efficient runtime and consistent coverage.
#7. Install for the Long Haul – Pitless Adapters, Check Valves, Pressure Switches, and Tank Sizing
A great pump underperforms if the installation around it isn’t dialed in for irrigation duty.
Technical explanation A reliable irrigation setup uses a pitless adapter for a freeze-proof, clean exit, a top-quality check valve below the pump to maintain column, and a matched pressure switch with a correctly sized pressure tank. Myers submersibles typically use a 1-1/4" discharge with 1-1/4" NPT for reduced friction. Sized right, the tank calms cycling; too small and your motor starts and stops until it cooks its bearings. Proper electrical connections with rated wire splice kits, a torque arrestor, and a safety rope round out a professional install.
Real-world family example We upgraded the Villanuevas’ failing check valve that had caused water hammer and pressure decay. A high-quality spring-loaded unit ended nighttime pipe banging and protected their new pump from reverse spin.
Pressure Switch Settings Matter
Typical irrigation setups use 40/60 or 50/70 settings. Verify your pump can sustain the upper setpoint at flow. With Myers’ curve, pick the switch that keeps you near BEP under load.
Drop Pipe and Friction
Use appropriately sized drop pipe (often 1-1/4") and minimize unnecessary 90s. Friction is head; head is money. Keep the run smooth.
PSAM Fittings Kits Save Time
We stock complete fittings kits and tank tees so contractors and DIYers don’t get stuck mid-install. One order, one delivery, done right.
Key takeaway Install components are not afterthoughts. With Myers pumping muscle and PSAM-grade install hardware, the whole system stays irrigation-ready for years.
#8. Beat Sand and Grit – Teflon-Impregnated Staging and Self-Lubricating Impellers
Sandy wells grind down cheap pumps. Choose impellers designed to take the abuse without shedding performance every season.
Technical explanation The Predator Plus uses Teflon-impregnated staging and self-lubricating impellers made from engineered composites. Under sandy conditions, the Teflon reduces friction and wear, maintaining clearances and efficiency. Nitrile rubber bearings and a stainless wear ring stabilize the rotating assembly, preventing wobble and premature seal failure. In irrigation applications with long runtime, lower friction equals lower motor load, cooler operation, and longer life.
Competitor comparison (Hallmark context) When Hallmark Industries pumps use standard bearings and non-lubricating stages, grit accelerates wear, leading to rising amp draw and falling GPM after a single season. Myers’ Teflon-infused design withstands this abrasion environment, holding curve performance longer and keeping your irrigation coverage consistent. For sandy regions or older wells that slough fines, I’ve repeatedly seen Myers run past seasons where others falter. In dollars and downtime saved, that durability is worth every single penny.
Real-world family example Prosser’s soils can introduce seasonal fines. After installing the Predator Plus, the Villanuevas stopped cleaning grit-clogged heads every weekend. Pressure steadied, and the blueberries got uniform watering.
Intake Screen and Cable Guard
The stainless intake screen blocks larger particles; a cable guard prevents wire abrasion on the casing under startup torque—small details that protect the system.
Service Intervals Extend
Less internal wear means fewer mid-season service calls. Myers’ field serviceable threaded assembly simplifies upkeep when you do need it.
Pro Tip: Flush New Lines
After pump replacement, flush irrigation laterals zone-by-zone before running regular cycles. Keep fines out of emitters and rotors.
myers pump partsKey takeaway If grit is part of your water story, pick staging built to survive it. Myers’ Teflon-impregnated design keeps head pressure and GPM where you need them.
#9. Build for Growth – Staging Options, GPM Headroom, and Modular Manifolds
Landscapes evolve. Pumps should support expansion without forcing a total do-over.
Technical explanation Choose a multi-stage pump model that sits near BEP for your current demand but has headroom for a zone or two more. With GPM rating options from 7–8 up to 20+ GPM across the Predator Plus lineup, you can plan for a second manifold, drip expansion, or a small orchard tie-in without sacrificing efficiency. Keep manifolds modular, use isolation valves, and size main runs to accommodate incremental flow.
Real-world family example Mae added a small herb garden and a second drip header mid-summer. Because we spec’d a Predator Plus model with modest headroom, the added 2–3 GPM didn’t push the pump off its efficient operating window.
Map Future Zones Now
Leave space in the manifold and reserve amperage capacity in the panel. Smart planning avoids re-trenching and new wire pulls later.
Pressure Tank Sizing with Growth
Go one tank size up if you anticipate longer draws or more zones. The marginal cost now prevents short cycling later.
Use a Booster Only When Needed
If the well headroom is tight, consider a booster pump on the irrigation branch for specialty zones. Most residential setups won’t need it with a properly sized Myers.
Key takeaway Design with tomorrow in mind. Myers’ broad curve coverage and staging options make irrigation expansion straightforward and cost-effective.
#10. Reliability That Pays You Back – 3-Year Warranty, Made in USA, and PSAM Support
The cheapest pump is rarely the least expensive over time. Irrigation magnifies that truth.
Technical explanation Myers backs Predator Plus with an industry-leading 3-year warranty—far above the 12–18 month norm. Built Made in USA, NSF certified, UL listed, and CSA certified, each pump is factory tested for performance. With field serviceable threaded assemblies, you can change stages or service on-site. PSAM stocks pumps, controls, tanks, and repair parts with fast shipping, often same day, to end emergency downtime quickly.
Competitor comparison (Warranty context) Compared to Wayne Pumps and other budget lines with 1-year coverage, Myers reduces lifetime cost by cutting replacements and protecting you during peak irrigation season. I’ve seen Everbilt and Flotec units bow out at years 2–3, just when you expect payback on your landscape investment. Myers’ stainless, Pentek-powered package—backed by real support—is why contractors call it “set it and forget it.” In longevity and service protection, it’s worth every single penny.
Real-world family example Carlos valued the coverage after watching his previous brand fail out-of-warranty. The Myers warranty and PSAM stocking gave him confidence heading into harvest-season watering.
Pentair Engineering Backbone
Being owned by Pentair means R&D resources, consistent parts, and long-term product continuity. That matters when you need the same pump series five years from now.
PSAM Technical Sizing Help
Call us with your well depth, static level, and irrigation GPM. I’ll put your numbers on the curve and recommend the right model, switch, and tank.
Rick’s Picks for Irrigation Installs
Grab a torque arrestor, new check valve, proper wire gauge, and a tank tee kit with gauge and relief. A small investment protects a big one.
Key takeaway Myers focuses on reliability, efficiency, and real support. Pair that with PSAM logistics and you’ve got irrigation you can count on every season.
Irrigation-Focused FAQ
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with your total dynamic head (TDH): static level + drawdown + vertical lift + friction losses + target pressure (50 PSI ≈ 115 ft). Next, add up your irrigation zone GPM—most homes land between 8–12 GPM for a single active zone. Then pick a Myers submersible well pump whose pump curve delivers that GPM at your TDH near the BEP. For example, a 1 HP Predator Plus can often supply ~10–12 GPM around 200–250 feet of head. If your well is 260 feet with a static level at 70 ft and 50 PSI target, you’re likely in 1–1.5 HP territory depending on friction and zone size. I recommend 230V for lower amperage draw and cooler operation. When in doubt, send me your numbers; I’ll size it precisely.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
A typical home runs comfortably on 7–10 GPM for domestic use, but irrigation often pushes requirements to 10–12 GPM per active zone. Multi-stage pumps stack impellers to produce higher head (pressure) at a given GPM, which is why a deep well pump can sustain 50–60 PSI for rotors while holding flow steady. On the curve, more stages move the performance point up in head without sacrificing the GPM you need. For mixed systems—rotors plus drip—size for the highest-pressure zone and regulate drip downstream to 15–25 PSI. The Myers Predator Plus line offers multiple staging options per horsepower so I can land your operating point right on BEP.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from precise clearances, engineered composite impellers, and Teflon-impregnated staging that keeps friction low even as the pump wears. Pair that with the Pentek XE motor—optimized for thrust and cooler operation—and you end up near 80%+ efficiency at BEP. On irrigation duty, that means lower amps and cooler windings during long runs. By contrast, lower-grade thermoplastic housings and standard bearings tend to lose efficiency fast as wear sets in. The stainless steel construction in Myers maintains geometry longer, so you stay on the efficient part of the curve season after season.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submersible pumps face mineral content, pH swings, and constant submersion—an aggressive environment for cast iron. 300 series stainless steel resists corrosion and pitting, keeps wear rings true, and preserves impeller clearances. That translates directly into stable GPM and pressure. For irrigation, where long duty cycles amplify tiny inefficiencies, stainless maintains curve performance far better than cast iron. The Predator Plus’ stainless shell, discharge bowl, shaft, coupling, wear ring, and suction screen are all lead-free and built to outlast lesser materials. In high-iron or acidic wells, it’s not a luxury—it’s a requirement.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Abrasive fines act like sandpaper on pump stages. Myers uses Teflon-impregnated staging and self-lubricating impellers to reduce surface friction and heat, preserving clearances that maintain head and GPM. The result is slower wear on nitrile rubber bearings and reduced axial play—factors that would otherwise erode performance by midsummer. In sandy wells, I’ve watched non-lubricating stages lose 10–20% of flow within a season. The Predator Plus holds steady far longer, which is why I recommend it in areas with sloughing or fine-laden aquifers.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor pairs optimized windings with high-thrust bearings for sustained vertical loads typical of multi-stage pumps. It runs cooler at BEP, includes thermal overload protection, and integrates lightning protection—crucial for rural installs. Lower heat equals longer insulation life and bearing longevity, especially during 2–4 hour irrigation blocks. On 230V single-phase, amperage draw is modest, voltage drop is manageable over longer runs, and starting torque is reliable for deeper sets. It’s a hard-working motor built for irrigation cycles, not just kitchen taps.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
Many competent DIYers can install a Myers with the right tools and planning, but there are safety and code considerations. You’ll need to handle lifting/setting the pump, wire splice kits, torque arrestor, safety rope, pitless adapter, and correct pressure switch and pressure tank setup. If your well is deep (200+ ft) or your drop pipe is heavy, bring in a pro or at least a helper with a well truck. Incorrect wiring, undersized conductors, and poor check valve placement will shorten pump life. If you want to DIY, call PSAM—my team will help you select the right kit and walk you through best practices.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire configuration houses start components inside the motor—fewer parts to install, quicker setup, and often lower cost. A 3-wire configuration uses a separate control box topside, making capacitor and relay replacement easier. For most 1–1.5 HP irrigation installs, I recommend 2-wire at 230V to simplify the project and reduce points of failure. If your site is remote and you want topside serviceability, 3-wire is perfectly valid. Myers builds both, so you can choose based on maintenance preferences and existing wiring capacity.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
Expect 8–15 years as a realistic service life, frequently longer in clean-water wells with good power and proper cycling. With excellent care—correct tank sizing, surge protection, and annual checks—20–30 years isn’t out of the question. Irrigation run hours add up, but the Predator Plus’ stainless construction and self-lubricating stages are engineered for that duty. Keep your pressure tank matched, purge air correctly, test your pressure switch annually, and confirm voltage at the wellhead during startup. These habits extend motor and stage life significantly.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
- Annually: Verify pressure tank precharge, inspect pressure switch contacts, and test start pressures (40/60 or 50/70). Seasonally: Inspect irrigation heads/filters, flush lines, and check for leaks that force the pump off-curve. After storms: Confirm voltage stability and consider added surge protection. Every 2–3 years: Pull well cap, inspect wiring, and confirm the check valve holds properly. Keep the system near BEP during watering windows. If zones change or expand, recheck the pump curve and switch settings. Small maintenance steps prevent short cycling and overheating, which are pump killers.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers offers an industry-leading 3-year warranty that covers manufacturing defects and performance issues—well beyond the 12–18 month coverage I see from many competitors and the 1-year limits from budget brands. For irrigation users, that extra time spans multiple peak seasons, reducing financial risk if a defect shows up under long duty cycles. PSAM handles warranty support quickly, minimizes finger-pointing, and keeps you watered while we process claims. In real terms, that warranty lowers total cost of ownership—especially compared to replacing a budget pump in year two.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Look beyond sticker price. A budget pump might cost half as much but last 2–4 years under irrigation duty, potentially needing 2–3 replacements in a decade. Add labor, new fittings, and mid-season downtime, and the “cheap” option becomes expensive fast. A Myers Predator Plus with Pentek XE motor, stainless construction, and a real warranty commonly runs 8–15 years with lower energy use (near 80% hydraulic efficiency at BEP). Over 10 years, energy savings plus fewer replacements make Myers the better financial play—while delivering stable pressure that keeps your landscape healthy.
Conclusion: Make Every Gallon Count with Myers and PSAM
Irrigation isn’t forgiving. Pumps that struggle off-curve, corrode under minerals, or overheat during long watering windows will cost you time, money, and a lot of brown spots. Myers solves that with stainless construction, Teflon-impregnated staging, and Pentek XE motors that thrive under continuous duty. Add a smart install—right tank, right switch, clean wiring—and you’ll enjoy reliable pressure, quiet performance, and confident scheduling all season.
Carlos and Mae Villanueva went from hand-watering and pressure anxiety to steady 50 PSI and clean zone changes by pairing a correctly sized Myers Predator Plus with a 2-wire, 230V setup and proper tanking. Your system can too. Call PSAM, ask for Rick’s Picks for irrigation, and let’s size your pump off the curve—once, correctly. With Myers’ 3-year warranty, Made in USA quality, and PSAM’s fast shipping and field-tested guidance, you’ll have an irrigation system that’s efficient, expandable, and dependable. That peace of mind is worth every single penny.