The sprinklers quit mid-cycle, the pressure gauge bounced, and then the needle went flat. I’ve seen that scene more times than I can count—garden beds wilting, livestock troughs running low, and homeowners standing at a silent pressure switch wondering what went wrong. In rural properties, irrigation is not a “nice-to-have.” It feeds gardens, lawns, orchards, and often doubles as the backbone of domestic supply. When a pump fails in peak season, you don’t have days to shop around. You need a solution that works now and keeps working for a decade or better.
Two summers ago, I consulted with the Alvarado family in the Rogue Valley, Oregon—Miguel Alvarado (41), an apple grower and weekend woodworker, and his wife, Priya (39), a rural school speech-language pathologist. Their kids, Sofía (10) and Nikhil (7), help in the garden and fill barrels for drip lines around a small orchard. Their 240-foot private well fed the house and lawn zones through an older 3/4 HP unit. After three years with a budget-brand submersible, flow nosedived. Their final straw: a scorched motor and cracked stage housing mid-July—during a heat wave—when their orchard needed consistent 12–14 GPM.
Reliable irrigation depends on choosing the right pump, placing it correctly, and protecting it from cycling, grit, and voltage issues. In this guide, I break down the ten most important decisions you’ll make when spec’ing a Myers system—covering stainless steel durability, motor efficiency, pump-curve sizing, 2-wire vs 3-wire choices, field serviceability, accessories, and maintenance. Along the way, I’ll show how Miguel and Priya transitioned from repeated breakdowns to a Myers Predator Plus system that stabilized pressure, cut energy costs, and gave them margin to irrigate confidently through August.
Let’s get practical and get the water flowing—fast, efficiently, and for the long haul.
#1. Myers Predator Plus Stainless Steel Durability – 300 Series Construction, Threaded Assembly, and Lead-Free Components for Harsh Irrigation Duty
Reliable irrigation starts with materials that don’t flinch at mineral-rich water, pressure-cycling, and grit. The Myers Predator Plus Series uses 300 series stainless steel in the shell, discharge bowl, shaft, coupling, wear ring, and suction screen—engineered for corrosion resistance and mechanical integrity under continuous duty.
Inside, multi-stage hydraulics push against head pressure without deforming. The threaded assembly design is key: serviceable, rebuildable, and tough in the field. Where lower-grade metals pit or seize after a couple of seasons, Predator Plus holds its clearances, which means consistent pressure and fewer burned motors.
For the Alvarados, stainless gave them a critical reset. Their previous budget pump’s thermoplastic broke from thermal expansion after successive summer cycles; switching to Predator Plus stainless eliminated that weak link and stabilized zone performance.
How Stainless Pays Back in Irrigation
Stainless components handle high-iron and slightly acidic conditions better than cast iron or thermoplastic blends. On irrigation systems, pressure cycles are constant—zones start and stop all day. Stainless tolerates the micro-movements that fatigue cheaper housings, extending life and preserving GPM rating. Expect 8–15 years with standard care—longer where water chemistry is kind.
Field-Serviceable Threaded Design
The Predator Plus’ threaded assembly allows certified contractors to replace stages, couplings, or intake screens locally. That avoids the “whole unit swap” some brands require. In irrigation season, that matters; I’ve rebuilt a Myers head on-site in under two hours and had sprinklers back by dusk.
Lead-Free Confidence and Certifications
Lead-free wetted parts and broad certifications— NSF, UL listed, CSA certified—keep Myers aligned with today’s safety expectations. For mixed domestic-irrigation systems pulling from the same well, that assurance is non-negotiable.
Key takeaway: Stainless plus serviceability equals fewer emergencies and a longer, more predictable irrigation life.
#2. Pentek XE Motor Efficiency – High-Thrust, Thermal Protected, 80%+ Hydraulic Efficiency Near BEP for Lower Energy Bills
Irrigation doesn’t just need gallons; it needs clean power delivery with minimal waste. Myers pairs Predator Plus pumps with the Pentek XE motor, a high-thrust, single-phase motor designed for continuous duty. When you run near pump BEP (best efficiency point), the combined hydraulic and motor efficiency can trim energy costs by up to 20% annually.
The XE platform includes thermal overload protection and lightning protection, which matters in rural installs with long wire runs and exposed drop pipe. Lower amperage draw at running speed means less heat and longer insulation life—small details that keep a pump operating season after season.
For Miguel and Priya, stepping up to a 1 HP Predator Plus matched to their TDH and flow targets took the motor out of its “overworked” zone. No more stall attempts on the second or third zone start; headroom translated to quieter performance and cooler motor temps.
Why High-Thrust Motors Matter
Irrigation valves slam shut, zones differ in friction losses, and pressure spikes aren’t rare. A high-thrust XE motor absorbs that load gracefully, protecting bearings and shafts. It’s built for that reality—daily restarts, irregular demand, and long wire runs out to the orchard.
Operating Near BEP
Set a pump where your most common demand sits close to the curve’s efficiency apex. The Predator Plus line offers multiple stages and GPM configurations so you can dial the motor to the workload. That’s how you get the “80%+” math to pencil in your favor.
Thermal and Lightning Safeguards
Between sudden spikes and summer thunderstorms, protection isn’t optional. Integrated thermal and surge-friendly design in the XE motor keeps winding damage at bay and reduces nuisance trips. It’s cheap insurance baked into the machine.
Key takeaway: Right sizing plus Pentek XE efficiency keeps bills down and uptime up.
#3. Sizing That Actually Works – Using Pump Curves, TDH, and Zone Math to Nail HP and Stages the First Time
Over 60% of irrigation issues I’m called for start with wrong sizing. Undersized pumps overheat and short-cycle; oversized pumps hammer systems and waste power. Myers simplifies it with clear pump curve documentation and staging options from 1/2 HP up to 2 HP across multiple flows.
Start with TDH (total dynamic head): static water level + elevation rise + friction loss + desired pressure at the sprinkler head. For most lawns and drip lines, design around 40–60 PSI at emitters. Then line up zones: total GPM per zone multiplied by operating PSI yields the pump duty point.
We calculated the Alvarados’ TDH at ~195 feet when running their orchard loop at 12–13 GPM and 50 PSI. The sweet spot landed on a Myers Predator Plus 1 HP, high-stage configuration to hold pressure without chasing the shut-off head.
Pro Tip: TDH Calculator and Safety Margin
- Static level: 120 ft Elevation to highest head: 15 ft Friction loss (1” poly, 300 ft, 12 GPM): ~20–25 ft Desired head pressure: 115 ft (50 PSI) Total TDH ≈ 270–275 ft. Choose a Predator Plus curve that hits 12–14 GPM at 270 ft with 8–12% overhead.
Matching Horsepower to Flow
- 1/2 HP: small lawns, 7–8 GPM, shallow to medium TDH 3/4 HP: mid zones, 8–12 GPM to moderate TDH 1 HP: mixed lawn/orchard, 12–16 GPM at higher TDH 1.5–2 HP: longer runs, elevation, and multi-zone pressure boosters
Staging for Pressure Stability
More stages equals higher pressure capability for a given HP—critical in irrigation where friction fluctuates. Myers’ engineering lets you pick the right stage count without hopping to a bigger motor prematurely.
Key takeaway: Use real numbers. My PSAM team will walk your TDH and curve with you before you buy.
#4. Teflon-Impregnated Staging – Self-Lubricating Impellers That Shrug Off Grit and Keep Flow Steady
Irrigation pulls more water, more often, and usually stirs up more particulate than kitchen taps alone. Myers’ Teflon-impregnated staging uses engineered composite impellers that are self-lubricating and abrasion-resistant. That’s a fancy way of saying “sand doesn’t chew these up.”
As fines brush across vanes and wear rings, standard plastics groove and swell; you lose pressure, hear vibration, and eventually seize. Myers’ materials keep vanes smooth, maintaining clearance and hydraulic performance.
For the Alvarados, the orchard loop had just enough silt to wear a budget pump’s bearings every other year. With Predator Plus staging, pressure stuck within 2 PSI of design across an entire season—no sudden sag after a week of long runs.
Why Self-Lubrication Matters
Every start sends a micro-blast of fines past the intake screen. Self-lubricating composites minimize frictional heat at the worst moment—startup—when damage usually accumulates. That’s where longevity is won.
Intake Screen and Check Valve Pairing
A tight intake screen plus a quality check valve prevent reverse spin and backflow recirculating grit. Myers integrates this protection so debris isn’t constantly scrubbing the same clearances.
Stable Pressure Equals Happy Sprinklers
Turbine-style multi-stage stability keeps rotors popping uniformly and drip lines metering correctly. No whipsawing output, no constant nozzle tweaks.
Key takeaway: Durable stages keep zones balanced and motors cool—an irrigation must.
#5. 2-Wire vs 3-Wire Configurations – Installation Simplicity, Control Box Savings, and Long-Run Reliability
Configuration affects both upfront cost and long-term service ease. 2-wire well pump setups integrate the start components in the motor—fewer parts above ground, faster installs, and no separate control box. 3-wire well pump systems use an external control box, allowing easier above-ground servicing of capacitors and relays.
For many irrigation applications, especially replacements, 2-wire at 230V offers a clean, reliable path—and with Myers, that choice is robust. On complex systems or very deep wells, 3-wire can make sense for diagnostics and component swaps without pulling the pump.
We selected a 2-wire 1 HP for Miguel and Priya to remove a failure point. One less box in the pump house meant fewer storm-related faults and fewer midnight calls.
When 2-Wire Shines
- Straightforward replacement jobs Fewer components to corrode in moist pump houses Lower upfront—often saves $200–$400 in control box hardware
When 3-Wire Earns Its Keep
- Deep wells at the edge of horsepower and staging limits Long runs where voltage drop needs hands-on tuning and above-ground diagnostics Contractors who want field-accessible start gear
Voltage and Wire Gauge
Always match 115V/230V to breaker capacity and run length. Voltage drop kills motors. Use proper gauge and wire splice kit rated for submersible duty.
Key takeaway: Simplicity wins unless your depth and diagnostics demand 3-wire serviceability.
#6. Irrigation System Accessories – Pressure Tanks, Switches, and Pitless Adapters That End Short-Cycling and Leaks
A great pump can’t save a bad system layout. Irrigation needs balance across the pressure tank, pressure switch, check valve, and pitless adapter. Short-cycling is the number-one pump killer I see in summer.
Right-size your tank to zone demand. For sprinklers, consider cycling physics: if your pump delivers 12 GPM and your zone needs 8 GPM, that extra 4 GPM has to go somewhere. A properly sized tank and/or booster pump strategy prevents the on-off torture test.
The Alvarados added a 44-gallon equivalent diaphragm tank on a dedicated irrigation manifold and stabilized their pressure switch at 40/60. Once tuned, the switch stopped chattering and the Pentek XE temperatures dropped noticeably.
Pressure Switch Tuning
- 30/50 or 40/60 are common. For irrigation, 40/60 keeps rotors consistent. Calibrate cut-in/cut-out to your curve. Avoid exceeding the pump’s shut-off head.
Check Valve Placement
Install a brass or stainless check valve at the pump and, if needed, a supplementary one topside. Backflow is the silent killer that triggers water hammer and reverse spin damage.
Pitless Adapter Integrity
A weeping pitless wastes pressure and invites contamination. Use quality brass or stainless. I’ve seen plastic pitless failures flood well casings and cost a myers submersible pump pump.
Key takeaway: Accessories aren’t optional—treat them as core performance parts.
#7. Installation Done Right – Drop Pipe, Torque Arrestors, Cable Guards, and Splice Integrity for Decade-Long Service
Even the best pump will fail early if installation corners are cut. Use schedule-rated drop pipe, a torque arrestor to keep the motor from rattling on start, and cable guards every 10–20 feet to prevent insulation rub-through. Every submerged connection needs a heat-shrink, gel-filled wire splice kit.
For the Alvarados, we replaced a brittle poly drop with 160 PSI-rated black poly, centered the assembly with a torque arrestor above the pump, and strapped the cable at consistent spacing. The result: no 60 Hz hum, no bounce at start, and cleaner amp draw on my clamp meter.
Pipe and Fittings
Choose 1” or 1-1/4” depending on flow; confirm discharge size on the pump (commonly 1-1/4" NPT). Undersized pipe spikes friction loss and bleeds pressure.
Electrical Confidence
- Waterproof splices only Continuous run cable sized for length and amp draw Grounding practices that play nice with surge protection
Well Cap, Safety Rope, and Pull Plan
Use a secure well cap and non-stretch safety rope rated for pump weight. Future-you will thank present-you when service is due.
Key takeaway: Slow down at install. Myers will reward a meticulous drop with quiet, long service.
#8. Warranty and Support – Industry-Leading 3-Year Coverage, Made in USA Quality, and PSAM’s Fast-Ship Parts Pipeline
Irrigation seasons are too short to wait on parts. Myers backs the Predator Plus with an industry-leading 3-year warranty. Paired with Made in USA manufacturing and Pentair engineering, that support actually means something in July when every supplier is slammed.
At PSAM, we stock motors, stages, seals, and common Myers pump parts, with same-day shipping on in-stock items. That includes drop-in replacements and accessories like tank tee kits and pressure switches designed to play nicely with Myers’ flow dynamics.
After their install, Miguel had one question about tank-air precharge. Our tech line walked him through adjusting to 38 PSI under a 40/60 switch. No runaround, no finger-pointing—just real support.
What the 3-Year Warranty Covers
Manufacturing defects and performance issues under normal operation. Keep your invoice, record your install data (depth, wire size, breaker), and log service notes.
Certifications that Matter
UL listed, CSA certified, and NSF standards signal repeatable quality. For systems tied to domestic lines, that traceability matters.
PSAM Advantage
- Phone support with real pump pros Fast shipping windows that match emergency timelines Clear pump curve PDFs and install guides
Key takeaway: Backing and parts availability are part of the value. Myers plus PSAM equals uptime.
#9. Field-Serviceable Without Drama – Threaded Assembly vs Proprietary Dealer Requirements (Framing the Franklin Comparison)
Serviceability becomes paramount the fourth time you pull a pump in ten years. Myers’ field serviceable threaded design lets qualified contractors replace wear components without tossing the entire unit. That reduces lifetime cost and accelerates turnaround.
Now, a candid comparison. Franklin Electric builds solid submersibles, but many models lean into proprietary control components and dealer-centric service paths. Myers Predator Plus streamlines ownership with threaded assemblies and flexible 2-wire configuration options that minimize control box complexity. Technically, both deliver strong curves; the difference shows up at year six when you need a new stage stack and want it done locally. In everyday irrigation use—start/stop cycles, occasional grit, valve changes—Myers’ Teflon-impregnated staging and accessible assembly preserve performance longer with simpler field fixes. When you factor in Myers’ 3-year warranty versus typical 12–18 months from others, the cost of ownership shifts decisively. For rural irrigation systems where downtime hurts crops and landscapes, that combination is worth every single penny.
For Miguel, that meant one call to PSAM, parts next day, and zero orchard stress.
What “Field Serviceable” Looks Like
- Replaceable intake screen, wear rings, and stages Standardized seals and couplings Local contractor can complete work with common tools
Control Simplicity
2-wire Myers setups erase control-box confusion. Fewer points to corrode, fewer phone calls mid-season.
Key takeaway: Serviceable design wins the long game—especially in irrigation.
#10. Real-World Efficiency – Myers vs Goulds and Red Lion on Materials, Lifespan, and Energy (The Two-Minute Reality Check)
Let’s address two brands many irrigation owners cross-shop: Goulds and Red Lion.
From a materials standpoint, Goulds markets durable builds, yet certain product lines still incorporate cast iron components that can corrode in acidic or high-iron wells. Myers uses 300 series stainless steel throughout critical wetted parts, which resists pitting and maintains clearances longer. On the motor side, Myers’ Pentek XE motor consistently demonstrates lower heat rise at duty when sized to the BEP, translating to reduced electrical cost over a long irrigation season. Red Lion, positioned for budget buyers, often relies on thermoplastic housings. Under daily pressure cycles—sprinklers opening and closing, heat expansion and contraction—thermoplastics are prone to micro-cracking that becomes catastrophic mid-season. Myers’ stainless shell doesn’t flex or craze like that, so pressure stability and run time stay predictable year after year. Service life? Myers’ Predator Plus posts 8–15 years regularly, pushing 20–30 with excellent care, while budget lines average 3–5. Fewer replacements, lower power bills, better irrigation uniformity—the total cost pencils out quickly. For homeowners who rely on summer flow to protect landscapes and produce, that durability is worth every single penny.
Miguel added up his previous three years of replacements and energy costs; the Myers upgrade paid for itself by season two.
Efficiency at the Sprinkler Head
Stable pressure produces uniform precipitation. Uniform precipitation cuts runtime. Less runtime equals measurable kWh savings.
Lifespan and Fewer Crane Days
Pulling a pump isn’t free. One avoided pull often equals the cost delta between budget and premium.
Key takeaway: The math favors Myers when you include energy, service calls, and lifespan.
FAQ: Myers Irrigation Pumps—Your Technical Questions Answered
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with TDH and desired flow. TDH myers 1 2 hp well pump equals static water level + elevation rise + friction loss + pressure at the head (convert PSI to feet: PSI x 2.31). Match your duty point on the Myers pump curve. For example, a system needing 12 GPM at 50 PSI (115 ft) with 120 ft static, 15 ft elevation, and ~25 ft friction totals ~275 ft TDH. A 1 HP Predator Plus Series model staged for higher head will hit 12–14 GPM at that TDH. For mixed domestic and irrigation loads, confirm your pressure switch setting (40/60 commonly) and size the pump to maintain at least 5–10% overhead at cut-out pressure. If you’re within a gray zone of two models, favor the higher head staging over leaping to a bigger HP—often more efficient and less prone to cycling. Rick’s recommendation: call PSAM with your static level, drawdown, longest zone GPM, and highest elevation—my team will map your duty point and confirm HP in minutes.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most homes run fine on 7–10 GPM for domestic use. Add irrigation and the requirement jumps based on sprinkler nozzles and zones—common residential irrigation zones pull 8–14 GPM. Multi-stage impellers in a submersible well pump add head (pressure capability) by stacking stages, so a multi-stage pump can maintain pressure at higher TDH without adding horsepower. For example, a Myers submersible well pump with additional stages keeps 50–60 PSI to the farthest rotors even as elevation and pipe friction climb. Higher stage counts maintain pressure uniformity across zones, which improves precipitation rates and reduces runtime. Rick’s recommendation: total your nozzles per zone, pick the worst-case zone (highest GPM + longest run), and size stages to hold target PSI at that point on the curve.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency is earned at the BEP. Myers optimizes stage geometry and vane clearances, then pairs it with the Pentek XE motor to minimize losses. The result: when your duty point sits on the top of the curve, you convert more electrical energy into water movement. On a 1 HP unit running 12 GPM at 270 ft TDH, the XE’s lower amperage draw keeps winding temps in check and hydraulic staging maintains pressure with minimal recirculation. Some competitors fall off faster on either side of BEP, dragging efficiency down. Myers’ tighter tolerance assemblies and engineered composite impellers keep that peak performance band wider. Rick’s recommendation: design your irrigation duty point to sit within +/-10% of the BEP shown on the Myers pump curve—energy savings of 10–20% are realistic over the season.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submersibles live in variable chemistry: iron, manganese, and sometimes acidic pH. 300 series stainless steel resists pitting and corrosion far better than cast iron, which can rust, flake, and swell, altering clearances and hurting efficiency. Over time, corrosion leads to stage misalignment and motor overwork. Stainless maintains structural integrity under continuous duty and daily pressure cycles—exactly what irrigation throws at it. Practically, that means more consistent PSI at your sprinklers and fewer unexpected shutdowns. Rick’s recommendation: if your water test shows iron, low pH, or even just seasonally variable chemistry, stainless construction is non-negotiable—go with Myers.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Myers’ Teflon-impregnated staging reduces surface friction where fines would normally grind. The self-lubricating property keeps vanes gliding through startup and transient events when the intake pulls the most particulates. Combined with a precision wear ring and intake screen, grit spends less time and energy damaging clearances. The end result: fewer performance dips across the season and longer intervals between service. If your well produces occasional silt, this staging is a major advantage. Rick’s recommendation: add a high-quality top-side sediment filter for domestic lines, but trust Myers staging to protect irrigation output where low-micron filtration isn’t practical.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor is engineered for high-thrust loads and continuous irrigation demand. Enhanced winding design, optimized rotor balance, and built-in thermal overload protection reduce wasted heat. High-thrust bearings handle the axial loads from multi-stage hydraulics without spiking friction. On a 230V circuit, you’ll see smoother starts, steadier amps, and less heat rise at duty. With the pump matched to the pump curve sweet spot, the XE platform holds efficiency across day-long run cycles—particularly valuable in heat waves. Rick’s recommendation: verify voltage at load and wire gauge according to run length; the best motor needs healthy power to deliver its efficiency edge.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
Many skilled DIYers can install a Myers deep well pump, but the margin for error is thin. Mistakes with wire splice kit sealing, check valve positioning, or pressure switch calibration can shorten life or void warranties. Deeper wells (150–300 ft), long drops, and systems combining domestic with irrigation should be handled by a licensed contractor. That said, Myers’ field serviceable and threaded design simplifies maintenance once installed. Rick’s recommendation: if your well is over 150 ft or your system serves both home and irrigation, hire a pro for the drop and commissioning. You can still handle accessory swaps later with guidance.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire configuration contains start components inside the motor—cleaner install, fewer parts, and usually lower upfront cost. A 3-wire configuration moves capacitors and relays to an external control box, making above-ground diagnostics and part replacements possible without pulling the pump. In irrigation replacements, 2-wire often wins for simplicity and reliability. For very deep wells or where frequent diagnostics are expected, 3-wire has advantages. Rick’s recommendation: most residential irrigation systems do well with a 2-wire Myers well pump at 230V; choose 3-wire when depth and service strategy demand it.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
Plan on 8–15 years in typical residential irrigation with domestic tie-in. With excellent water chemistry, high-quality pressure tank sizing, steady voltage, and annual checks, 20–30 years isn’t fantasy—it’s documented. Key is avoiding short-cycling, protecting against lightning, and keeping fittings tight to minimize leak-induced run time. Rick’s recommendation: record voltage/amps under load annually, verify tank precharge (2 PSI below cut-in), and replace pressure switches before contacts pit.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
- Annual: Check pressure tank precharge, inspect switch points (e.g., 40/60), test voltage/amp draw, inspect visible wiring and grounds. Every 2–3 years: Pull and inspect pitless seals, verify check valve function, check for sediment accumulation in filters. After major storms: Verify breaker health and motor insulation if lightning was close. Myers’ lightning protection helps, but surge events warrant a look. Rick’s recommendation: log irrigation run hours by zone. If hours spike to hit the same turf color, something’s slipping—address before it becomes a pump pull.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers offers an industry-leading 3-year warranty, far beyond the 12–18 months common in the market. It covers manufacturing defects and performance failures under normal use. Pair that with Made in USA production and Pentair backing, and you’ve got true support, not a paper promise. Rick’s recommendation: keep install notes—depth, wire gauge, breaker, pressure settings—so any claim moves swiftly.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Consider purchase price, energy use, service calls, and replacement frequency. A budget pump that lasts 3–5 years with higher amperage draw and one extra pull can easily cost more than a Myers over a decade. Myers’ 80%+ hydraulic efficiency near BEP, Teflon-impregnated staging, and field serviceable design reduce kWh, stretch lifespan, and cut downtime. In my field books, Myers typically wins the 10-year math—by thousands—especially for irrigation-heavy properties. Rick’s recommendation: add one avoided emergency pull at $800–$1,500 to your ROI sheet; Myers usually pays for itself right there.
Conclusion: The Irrigation-Ready Answer You Can Trust
The Alvarados went from mid-July panic to set-and-forget confidence. With a correctly sized Myers Predator Plus—1 HP, staged for ~270 ft TDH, 2-wire configuration, and protected by a tuned pressure tank and switch—they stabilized their orchard at 12–14 GPM with steady 50 PSI. Energy bills ticked down, weekly adjustments disappeared, and their summer calendar opened up.
That’s the promise of Myers: stainless durability, Pentek XE motor efficiency, Teflon-impregnated staging for grit resistance, and genuine field serviceable design—backed by a 3-year warranty, Made in USA quality, and PSAM’s fast-ship support.
If you’re done with short-cycling, mystery pressure drops, and midsummer meltdowns, make the smart move. Call PSAM. I’ll run your TDH, map your zone loads on the pump curve, and get you into the right Myers water pump—from Myers deep well pump and myers shallow well pump options to 1/2 through 2 HP models. Our team stocks the accessories, fittings, and myers pump parts to do it right the first time.
Myers for irrigation isn’t just a better pump—it’s a better season.