PSAM Myers Pump for Irrigation: Design and Setup Tips

Introduction

The sprinkler heads clicked twice and went silent. Pressure at the hose bib read zero. In the middle of a 96-degree Saturday, the garden started to wilt while a hot laundry cycle stalled. That scenario is more common than it should be for rural homes relying on private wells—especially when the system was never sized for the irrigation load it’s now being asked to carry.

Meet the Khatri family: Dev Khatri (38), a remote ag-tech consultant, and his wife, Lila (36), a school nurse, live on six acres outside Walla Walla, Washington, with their kids Aarav (8) and Meera (5). Their 165-foot well had been limping along with a 1 HP Red Lion submersible that cracked under repeated pressure cycles. By the third summer, the thermoplastic shell failed during a heat wave. With six irrigation zones and a young orchard, that wasn’t just inconvenient—it put trees and the family’s water security at risk.

If you’re depending on a private well for home use and landscape irrigation, you don’t have any margin for error. A poorly selected pump, a mismatched pressure setup, or undersized piping can cost thousands in wasted electricity, dead landscaping, and constant callbacks. I’m Rick Callahan from PSAM, and I’ve spent decades sizing and installing well systems that hold pressure and deliver dependable water day after day. In this guide, I’ll walk you through ten critical design and setup tips—how to select a Myers Pumps Predator Plus model for your irrigation demand, how to read a pump curve and match GPM rating to your zones, where your pressure tank belongs, what your pressure switch settings should be, and how to plan for expansion.

We’ll also show exactly how Dev and Lila solved their collapse-in-heat-wave problem with a Myers Predator Plus Series submersible and smart zoning, why stainless-steel construction and the Pentek XE motor matter for your bill, and how PSAM kits make emergency replacements simple. Whether you’re a homeowner trying to fix pressure problems tonight or a contractor bidding a multi-zone install, this list will save you time and protect your water supply.

#1. Start With Demand: Build Your Irrigation GPM and TDH Profile Using Pump Curves

Getting irrigation right begins with accurate demand math—no pump can solve a design that ignores actual flow and head requirements. The fastest way to prevent short cycling, burned motors, and dry lawns is to build a zone-by-zone picture and match it to a pump curve.

Technically speaking, you need to sum the zone flow (in GPM rating) and calculate TDH (total dynamic head): static lift from water level to discharge, plus friction losses in pipe/valves, and pressure at the sprinklers (convert PSI to feet of head by multiplying by 2.31). With a submersible well pump like the Myers Predator Plus Series, pick a model whose curve delivers your GPM at that TDH, preferably near its Best Efficiency Point (BEP) for long life and low power draw.

For Dev and Lila Khatri, we mapped six zones averaging 4.5 GPM each. Watering two zones simultaneously set a 9–10 GPM target at roughly 180 feet TDH once we accounted for 165-foot well depth, friction, and 50 PSI at the heads. That pointed us to a 1 HP Predator Plus in the 10 GPM class—squarely in the sweet spot on the curve.

Break Down Your Zones First

Count every emitter: rotors, sprays, drip manifolds. Manufacturer charts give you accurate per-head flow. Add 10% safety for actual field pressure variance. Don’t run more simultaneous zones than your GPM rating supports at the required pressure. Splitting to two smaller zones often outperforms one bloated circuit. Pro tip: Drip zones can run at lower pressure and lower GPM—use them to reduce peak demand and protect your well during drought.

Calculate Real TDH, Not Just Depth

Static lift: measure pumping water level (not just total well depth). Add friction loss using pipe size and length; 1-inch poly at 10 GPM will cost you 6–10 feet per 100 feet depending on fittings. Required outlet pressure: convert PSI at heads to feet (e.g., 50 PSI = ~115 feet). Add it all for workable TDH.

Match to a Myers Pump Curve

With known GPM/TDH, pick the Predator Plus staging and HP that puts your duty point near BEP. That’s how you get the efficiency and lifespan Myers is known for. At PSAM, we’ll pull the curve and confirm staging before you buy—precision beats guesswork every time.

Key takeaway: Design the irrigation first. Then size the Myers pump to that demand—never the other way around.

#2. Select Materials That Last: 300 Series Stainless and Teflon-Impregnated Staging Beat Abrasion

Irrigation means run-time. Run-time means wear. In wells with fine grit or iron, abrasion is the silent killer, and material selection matters more than marketing.

The Myers Predator Plus uses 300 series stainless steel for the shell, discharge, and shaft parts, paired with Teflon-impregnated staging and self-lubricating engineered composite impellers. That combination resists grit scoring, reduces friction, and keeps clearances stable longer. Over years, those tiny advantages compound into lower amp draw, quieter operation, and fewer “no-start” mornings. For irrigation work, where you’ll run longer cycles at steady pressure, that stability is gold.

The Khatris had visible iron staining on hose bibs and periodic fine grit after a late-summer drawdown. By moving to Myers’ abrasion-resistant staging and stainless stack, they removed the weak points that doomed the previous pump—especially under multi-zone watering cycles at peak heat.

Why Stainless Matters Under Cycling

Stainless stays true under thermal swings and pressure pulses. That prevents micro-cracks and keeps the rotor path aligned. Corrosion resistance keeps impeller/stage tolerances in spec. Less drag equals fewer overheated windings.

Teflon-Impregnated Wear Resistance

The Teflon additive reduces boundary friction. Better lubrication during start/stop protects against those brief dry moments before full wetting. In grit-prone wells, these impellers show markedly slower erosion than standard nylon or brittle thermoplastics.

Design Tip: Filter at the Point of Use

If drip emitters or irrigations valves clog, install a spin-down sediment filter at the manifold, not on the well discharge. Preserve pump efficiency while protecting delicate components.

Key takeaway: Strong materials and self-lubricating stages buy you quiet, cool irrigation runtime that outlasts budget builds.

#3. Powertrain Matters: Pentek XE Motor Efficiency and Starting Torque for Multi-Zone Irrigation

A high-quality wet end is only as reliable as the motor driving it. The Predator Plus pairs with a Pentek XE motor—a high-thrust, efficient design built for long duty cycles. For irrigation, that translates to stable pressure and reduced amp spikes when zones change.

From a technical perspective, torque reserve and thermal margins save motors. The XE’s improved thrust bearing package handles axial loads from multi-stage stacks without premature wear. Thermal overload and lightning protection reduce nuisance failures. Torque characteristics keep you on the curve when pressure regulators or zone valves modulate.

Dev’s system switches between two and one zone as shade moves across the property. The XE motor’s clean starts and stable draw eliminated nuisance pressure dips that used to trigger short cycling and overheats on hot afternoons.

Sizing the Motor to the Curve

Don’t oversize horsepower “just because.” Match the motor to the flow/head duty point you modeled. That’s where XE efficiency pays off. At 1 HP, expect reliable 230V single-phase performance at irrigation duty cycles without overheating.

Electrical Setup Essentials

Use proper wire gauge to limit voltage drop. Long runs from panel to wellhead are common—don’t starve the motor. Grounding and surge protection are cheap insurance. Lightning doesn’t have to be a direct hit to melt windings.

Pressure Stability During Zone Changes

Stable motor torque plus a well-chosen pressure-regulating valve (PRV) keeps PSI constant when flow shifts. Less hunting equals better uniformity at sprinklers, healthier turf, and fewer callbacks.

Key takeaway: Pair the right Myers wet end with the Pentek XE motor and you gain cooler operation, fewer trips to the wellhead, and smoother irrigation.

#4. Choose Your Controls Wisely: 2-Wire vs 3-Wire Configurations for Simpler Installs

Control architecture drives both installation cost and field serviceability. Myers supports both 2-wire well pump and 3-wire well pump configurations, which lets you choose the best fit for your site and skillset.

In plain terms: A 3-wire setup uses an external control box with capacitors and relay; a 2-wire has start components integrated with the motor. For many irrigation-heavy homes, a 2-wire approach at 230V lowers upfront cost, reduces points of failure, and simplifies replacement—especially useful for emergency swaps and DIY-capable homeowners.

For the Khatris, we chose a 1 HP 230V 2-wire Myers package to avoid an external control box in the heat-exposed pumphouse. Fewer components, faster service, and less heat load where electronics don’t age well.

When 2-Wire Shines

Cleaner install, fewer parts exposed to heat and dust. Typically $200–$400 saved on control gear. Great for homes with predictable irrigation windows.

When 3-Wire is Preferable

If you want external capacitor replacement without pulling the pump, a 3-wire box gives you that access. For sites with known voltage variability, fine-tuning and diagnostics are easier at the control box.

Rick’s Recommendation

For most irrigation-focused residential systems under 1.5 HP, 2-wire is the “fast, clean, reliable” path. Contractors like it for speed; homeowners like it for simplicity.

Key takeaway: Decide early—then buy the right Myers kit. Avoid “hybridizing” components and you’ll sidestep a lot of gremlins.

#5. Stabilize Your System: Pressure Tank, Switch, and Setpoints That End Short Cycling

Irrigation demands long, steady runtimes. Your pressure tank and pressure switch settings determine how smoothly that happens. Undersize the tank and you’ll hammer the motor with rapid on/off cycles; mis-set the switch and you’ll never hold uniform sprinkler pressure.

As a rule of thumb, size captive air tank drawdown to at least one minute of pump runtime at average flow. For a 10 GPM duty point, that’s 10 gallons of drawdown—not just tank volume. On 40/60 PSI settings, that typically means a nominal 44-gallon tank or larger. For irrigation, I often prefer 50/70 PSI settings to enhance rotor throw—just confirm your pump curve can support it at your TDH.

The Khatris upgraded to a larger tank and set 50/70 PSI. The Predator Plus 1 HP held 60–65 PSI during runtime while the tank buffered zone transitions. Result: even coverage and stable pressure at the rotors.

Setting the Pressure Switch

Cut-in 50, cut-out 70 is common for rotors; 40/60 works fine for mixed spray zones. Always re-check PRV and zone valves after changing switch setpoints to ensure consistent delivery.

Tank Placement and Piping

Install near the manifold with a straight run and minimal elbows. Keep friction low, uniform pressure high. Add a quality gauge and snubber so you can actually read steady pressure.

Run-Time Is Your Friend

Longer cycles at lower zone counts maintain uniform soil moisture and protect the motor from heat cycling. Avoid frequent start/stop. Your Myers will thank you with years of extra life.

Key takeaway: A dialed-in tank and switch turn a strong pump into a calm, efficient irrigation engine.

#6. Get It Underground Right: Pitless Adapter, Drop Pipe, and Straight-as-an-Arrow Install

The best pump can’t save a compromised installation. Mechanical reliability starts with correct wellhead work—your pitless adapter, drop pipe alignment, and straight vertical set keep vibration down and motor bearings happy.

Use a quality brass or stainless pitless rated for your flow and freeze depth. Set the pump 10–20 feet above the well bottom to avoid sediment, and keep the drop pipe plumb. On poly drops, add torque arrestors and centering guides every 20–30 feet. Use a stainless safety cable for secure retrieval. Good practices eliminate side-load on the motor and keep the intake clear.

At Walla Walla, the Khatri well casing comes up inside a shed. We reinstalled with a new pitless, corrected an offset elbow, and added centering guides—immediately quieter and less startup jerk.

Pitless Adapter Essentials

A leaking pitless kills pressure and invites contamination. Choose a sealed, corrosion-resistant unit. Align with the discharge to reduce head loss and turbulence.

Drop Pipe and Cable Management

Spiral-wrap the motor cable to the drop pipe with proper clips; no loose wires to vibrate against casing. Use stainless barbed fittings and double clamps on poly; thread sealant on threaded steel.

Final Wellhead Checks

Set a clean well cap, seal penetrations, and label the breaker. Documentation now saves hours later. Keep a log: set depth, pump model, install date. Future you (or your installer) will be grateful.

Key takeaway: Straight, secure, and sealed installs are the silent foundation of long pump life.

#7. Irrigation Manifold Tactics: Zone Valves, Filters, and Regulated Pressure for Even Coverage

Once you’re out of the well, smart plumbing keeps the system efficient. A well-designed manifold with zone valves, a master valve, a PRV, and service tees lets you isolate, flush, and maintain without shutting the whole property down.

Use a PRV to hold sprinkler operating pressure steady, regardless of how many zones are running. Install a spin-down filter ahead of drip zones; keep it away from the well discharge to avoid choking the pump. Add unions for quick valve swaps, and slope the manifold for easy drainage before winter.

Dev and Lila’s manifold now includes a master valve, a 60 PSI PRV for rotor zones, and a 30 PSI regulator on drip. Cleanouts make seasonal flushing simple. Coverage went from patchy to consistent, and maintenance dropped to seasonal checks.

Master Valve and Backflow

A master valve adds security and prevents slow seep through zone valves. Don’t skip code-required backflow devices. Protect your well and your family.

Filtering Strategy

Spin-down 100–200 micron ahead of drip; cartridge filters for finer needs. Place filters where they can be flushed without depressurizing the house. Use clear housings so you can see when it’s time to service.

Serviceability by Design

Unions, isolation valves, and pressure gauges at key points turn diagnostics into a five-minute task. Label zones. It saves time for everyone, including future you.

Key takeaway: A clean, serviceable manifold protects your investment and keeps your Myers running in its efficiency lane.

#8. Competitor Reality Check: Why Myers Predator Plus Outlasts Cast Iron and Thermoplastic in Irrigation Duty

Let’s talk about real differences that show up after thousands of irrigation run-hours. In the premium segment, Goulds traditionally mixes in cast components in some assemblies, while budget-oriented Red Lion uses more thermoplastic in housings and stages. Myers counters with all- 300 series stainless steel shells and fully engineered Teflon-impregnated staging, driven by the Pentek XE motor.

Technically, stainless stacks hold tolerances under temperature swing and pressure cycling better than cast iron or thermoplastic. Bearings and impeller clearances stay aligned, which keeps amp draw in check and cuts heat. Over time, thermoplastic housings exposed to irrigation-driven pressure pulses are prone to stress cracking; cast iron can pit in mineral-rich or slightly acidic water—both raise drag and shorten life. Myers’ stainless hardware and self-lubricating impellers resist that deterioration, meaning you keep hitting your design GPM rating with less energy.

In application, Myers systems install cleanly and service in the field without proprietary parts. Irrigation is relentless—daily starts, hot enclosures, long cycles. Across my service calls, Predator Plus units routinely deliver 8–15 years. Red Lion units often return at 3–5, especially after hot summers with long watering windows. Goulds runs solid but shows corrosion wear in certain chemistries that Myers stainless shrugs off. Bottom line: stainless staging, smart motors, and practical serviceability make Myers worth every single penny.

How That Plays Out for Homeowners

Fewer replacements, fewer weekends without water. Lower amp draw as the system ages translates into real savings. Field-serviceable, not dealer-captive—faster turnarounds when it matters.

Key takeaway: Materials and motor matter. Myers’ build choices are built for irrigation’s daily grind.

#9. Plan for Expansion: Zoning Strategy and Smart Controls That Future-Proof Your System

Most properties evolve—new beds, added turf, an orchard expansion. Build your irrigation with capacity planning in mind so your pump isn’t maxed out on day one.

Use controllers that support more zones than you need today. Pipe manifolds with an extra port or two. Keep your duty point at or just under the BEP so a modest future flow increase doesn’t push the pump into a noisy, inefficient corner of the curve. Consider a dedicated hydrozone for low-pressure drip to shave peak flow. These strategies protect your well and flatten energy costs.

The Khatris added a seventh zone for berries this spring. Because the Myers selection left 1–2 GPM of headroom at 60 PSI, the change was simply a new valve and schedule tweak—no pump changes required.

Scheduling for Soil and Sun

Group sunny, high-ET zones together so they run during cooler hours. Stagger runtimes to keep flow under your target. Two zones at 8 GPM can be more efficient than one at 14 GPM with long lateral losses.

Adding a Booster Only If Needed

If house fixtures demand higher PSI than your irrigation, add a small booster downstream of storage or a PRV—don’t oversize the well pump for occasional peak needs. Keep the well pump in its efficient lane; let peripherals fine-tune delivery.

Controller and Sensor Upgrades

Flow-sensing controllers can detect leaks and stuck valves—cheap insurance. Soil moisture sensors prevent needless cycles, reducing wear on the pump.

Key takeaway: Build in a buffer. Your Myers will stay happy, and your landscape will stay green.

#10. Warranty, Certifications, and PSAM Support: The Real Cost of Ownership Over 10 Years

A low sticker price can hide years of headaches. Myers backs the Predator Plus with a leading 3-year warranty, coupled with Made-in-USA quality and third-party certifications like UL/CSA. Pair that with PSAM’s same-day shipping on in-stock units and real pump-curve support, and you’ve got a system designed to keep you in water, not on hold.

Over a decade, energy efficiency, fewer replacements, and minimized service calls are where the savings live. Run near BEP, keep the tank sized right, and stick with stainless staging—it’s a formula I’ve watched pay off again and again.

When Dev and Lila’s Red Lion failed, we had a Myers kit on a truck before dinner. The Predator Plus 1 HP went in smoothly, pressure stabilized, and irrigation stayed on schedule through the hottest week. No drama. That’s what you’re buying.

What the Warranty Actually Means

Three full years reduces replacement risk window by 100–200% compared to many 12–18 month competitors. Coverage on manufacturing defects + PSAM support equals rapid resolution if something’s not right.

Certifications and Build Quality

UL/CSA listings ensure electrical safety. Factory testing preserves curve performance out of the box. Stainless and engineered composites are not marketing terms—they’re service-life multipliers.

PSAM Advantage

I’ll help you size it before you click buy. And if you’re in a jam, we’ll prioritize shipping to get you back online fast. We stock accessories—from pitless adapter to pressure switch—so you finish the job in one trip.

Key takeaway: Reliability isn’t an accident. It’s materials, engineering, support, and a real warranty working together.

FAQ: Expert Answers from the Field

1) How do I determine the correct horsepower for my well depth and household water demand?

Start with your required flow and pressure, then calculate TDH (total dynamic head): static lift + friction losses + pressure at fixtures/irrigation heads. Overlay that duty point on the Myers pump curve and choose the smallest HP that delivers your GPM rating near the curve’s BEP. Example: For 10 GPM at 180 feet TDH (50–60 PSI at sprinklers plus lift), a Myers Predator Plus 1 HP in the 10 GPM class is typically ideal. Larger homes with irrigation often run 3/4–1.5 HP depending on well depth (e.g., 165–300 feet). I recommend calling PSAM with your zone GPMs, pipe sizes, and measured pumping level—we’ll confirm the model and staging so you don’t overbuy horsepower that wastes energy or underbuy a unit that short-cycles.

2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?

Most homes function well at 6–10 GPM for domestic use. Add irrigation, and you may need 10–16 GPM depending on how many zones run simultaneously. Multi-stage impellers in a submersible well pump build pressure by stacking stages, each adding head. That’s why a 10 GPM, 1 HP Predator Plus can deliver 50–70 PSI at the manifold when correctly matched to TDH. For example, a rotor zone needing 10 GPM at 60 PSI plus lift/friction pushes you toward a higher stage count. The staging design in Myers—especially with Teflon-impregnated staging—sustains that pressure longer as components wear, giving you consistent coverage season after season.

3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?

Efficiency is the sum of engineering choices. Precision 300 series stainless steel components maintain impeller-to-diffuser clearances. Teflon-impregnated composite impellers reduce boundary friction. The Pentek XE motor supplies stable torque at meyer water pump lower amps. When your operating point sits on the pump’s BEP (where hydraulic losses are minimized), you see that “80%+” style performance in real bills—often 10–20% lower electricity cost than pumps working off-curve. For the Khatris, steady 60–65 PSI at 10 GPM without hunting meant the motor ran cooler and tripped less often, a hallmark of efficient operation under irrigation load.

4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?

In mineral-rich or slightly acidic wells, cast iron can pit and corrode, tightening clearances and raising amp draw. 300 series stainless steel resists corrosion, maintains dimensional stability under heat and pressure cycling, and prevents the micro-pitting that grinds away at stage efficiency. In irrigation duty—long runtime, daily starts—stainless components keep the wet end aligned and efficient much longer. That’s why Myers uses stainless for the shell, discharge bowl, shaft coupling, and suction screen: structure and flow-path integrity translate directly to years of quiet, cool runtime.

5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?

Fine grit acts like sandpaper, eroding vanes and diffusers, raising clearances, and lowering pressure. Myers’ Teflon-impregnated staging embeds a lubricious compound in the composite, reducing friction and wear when particles are present. Self-lubrication helps during start-up before full film water lubrication exists. Over time, this slows efficiency loss, keeps pressure up at the manifold, and protects the motor from higher amp draw. If you see seasonal grit, pair these stages with best practices: set the pump above the well bottom, flush periodically, and avoid running the water level down to silt.

6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?

The Pentek XE motor combines high-thrust bearings with optimized windings for low amp draw at irrigation duty points. Thrust bearings carry the axial load from the multi-stage stack, preventing internal drag as components expand during long runs. Integrated thermal protection prevents overheating; lightning protection reduces surge failures. In practical terms, that means smoother starts when zone valves switch, fewer nuisance trips in summer heat, and more hours at stable PSI—exactly what irrigated properties demand. For 1 HP at 230V, expect steady current and cool operation when sized to the proper curve.

7) Can I install a Myers submersible pump myself or do I need a licensed contractor?

Many capable DIYers can install a Myers Predator Plus with the right tools and safety practices—especially in a straight-drop well with accessible pitless adapter and short electrical runs. You’ll need proper lifting equipment, correct wire sizing, waterproof splice kits, torque arrestors, centering guides, and a well-sealed cap. If your site has deep set depths, complex manifolds, or code-specific backflow requirements, hire a licensed well contractor. PSAM can supply the complete kit—pump, pressure tank, pressure switch, pitless, drop pipe, and valves—and I’m happy to sanity-check your parts list and pressure settings before you start.

8) What’s the difference between 2-wire and 3-wire well pump configurations?

A 2-wire well pump has built-in start components in the motor, so no external control box—simpler installs and fewer parts exposed to heat and dust. A 3-wire well pump uses an external control box with capacitor and relay—easier diagnostics and capacitor replacement without pulling the pump. For residential irrigation loads at or under 1.5 HP, 2-wire at 230V is often my recommendation for lower upfront cost and simplicity. If you want the serviceability of swapping a capacitor topside, go 3-wire. Myers supports both, so you can choose based on install conditions and maintenance preferences.

9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?

In my field experience, a Predator Plus installed to the correct curve with a right-sized tank and set above the well bottom routinely delivers 8–15 years. I’ve seen well-cared-for installs stretch past 20. Keys: design zones to avoid short cycling; use a larger pressure tank to extend runtime; keep voltage drop in spec; install clean unions and isolation valves so you maintain without shock-loading the system. The Khatris’ previous thermoplastic pump died at three years; the stainless Predator Plus, with its self-lubricating stages and XE motor, is built for a much longer irrigation duty cycle.

10) What maintenance tasks extend well pump lifespan and how often should they be performed?

Seasonally: flush the irrigation manifold, clean spin-down filters, inspect pressure gauge accuracy, and verify pressure switch cut-in/out points. Annually: test static plumbingsupplyandmore.com and pumping levels, inspect electrical connections for heat discoloration, and exercise isolation valves. Every few years: pull a sample for water chemistry to check for corrosivity or iron spikes that may warrant adjustments (e.g., different filters). Always avoid running the well near silt during drought—stagger irrigation to protect water level. Document service history; catching a drifting switch or weak PRV early prevents motor overheat and keeps your Myers in its efficiency window.

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 in the market, reducing your early-life risk meaningfully. It covers manufacturing defects and performance issues per factory terms. Coupled with PSAM support, that means rapid troubleshooting and replacement if a rare issue arises. In practice, you also win on avoided soft costs—fewer weekends without water and fewer emergency calls. When you combine the warranty with stainless construction and engineered staging, the odds swing toward a decade-plus of service, especially on well-designed irrigation systems.

12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?

A budget unit might save a few hundred dollars up front but often costs more over ten years. Expect 3–5 year replacement cycles, rising amp draw, and susceptibility to pressure-cycle fatigue. Myers, with stainless staging, Pentek XE motor, and smart sizing to BEP, typically cuts energy by 10–20% and replacement frequency by half or better. Over ten years, many homeowners find Myers saves $1,000–$2,500 in avoided replacements, electricity, and service calls—more if irrigation usage is heavy. With PSAM’s stocking and support, downtime costs shrink too. You’ll feel the difference every watering season.

Additional Comparison: Myers vs Franklin Electric in Real-World Serviceability

Franklin Electric builds solid submersibles, but many of their systems lean on proprietary control boxes and dealer-centric service pathways. By contrast, Myers’ Predator Plus Series keeps more of the system field-friendly with threaded assemblies and readily available parts through PSAM. From a technical standpoint, both deliver strong curves; where Myers pulls ahead for irrigation homeowners is pragmatic serviceability combined with stainless staging and the Pentek XE motor pairing that runs cool at common residential duty points.

In the yard, that translates to fewer “wait for the dealer” days. Zone changes, PRV tweaks, and pressure-switch resets are routine in irrigation season; fast parts availability and simplicity mean fewer service bottlenecks. After thousands of combined installs and emergency calls, I’ve learned this: when water is off, you want the path of least resistance back to flow. Myers delivers that. With stainless durability, long warranty coverage, and support that doesn’t vanish after purchase, the total package is worth every single penny.

Conclusion

Irrigation success on a private well doesn’t happen by accident. It starts with a correct demand profile, a duty point centered on the right pump curve, and a build that respects physics: stainless where it counts, staging that shrugs off grit, and a motor tuned for long duty cycles. Add a properly sized pressure tank, clean pressure switch setpoints, and a serviceable manifold, and you’ll get the quiet, cool runtime that keeps landscapes healthy without thrashing your equipment.

Dev and Lila Khatri’s Walla Walla orchard is a great example: after a summer failure on a thermoplastic unit, they put in a Myers Predator Plus Series 1 HP with a 230V 2-wire configuration, cleaned up the wellhead with a new pitless adapter, upsized the tank, and stabilized pressure with smart zoning. Result: consistent coverage, cooler motor temps, and no more weekend-water panics.

As PSAM’s well pump guy, I’ll say it straight: buy once, size right, and pick the materials that survive irrigation’s daily grind. A Myers water well pump—backed by Pentair engineering, Made-in-USA quality, and a true 3-year warranty—is the reliable heart of that plan. Whether you’re replacing a failed unit tonight or designing a multi-zone system for spring, PSAM has the kit, the curves, and the shipping to get you watering fast. And if you’re curious—yes, we stock complementary gear across the board, including myers sump pump solutions for drainage, because a dry basement and a green lawn should go hand in hand.

Ready to size your system? Call PSAM. I’ll pull the curve, confirm the model, and set you up to water smarter with a Myers myers pump that’s built to last.

Rick’s Picks quick recap:

Use Myers myers water well pumps Predator Plus for stainless durability and XE motor efficiency Map zones and design to BEP on the pump curve Choose 2-wire or 3-wire based on service access and simplicity Right-size the tank and set the switch for irrigation stability Build a serviceable manifold to protect the system Trust PSAM for fast shipping, complete kits, and field-tested advice

Your lawn, trees, and weekends will thank you.