Reliable well water doesn’t start at installation—it starts the day your pump arrives at the shop, the garage, or the job trailer. A surprising number of “early-life” failures I’m called to diagnose aren’t engineering defects at all; they’re bruises, bends, and contamination picked up in storage and handling. One cold January morning outside Mead, Nebraska, I traced a no-start submersible to a motor lead nicked during an unboxing rush. The pump never had a chance.
Two nights later, the Alvarado family—Javier (38), a high school ag teacher, and his wife Celina (36), a veterinary tech—lost all water at their 7-acre place outside Socorro, New Mexico. Their 240-foot private well had been running a 3/4 HP Red Lion that cracked after recurring pressure spikes. Their kids, Mateo (9) and Liana (6), woke to no showers, no breakfast dishes, and no animals watered. After confirming the crack and sand intrusion, I got them a Myers Predator Plus 1 HP submersible on same-day ship from PSAM. We restored water in under 24 hours—but the long-term win came from how we stored, staged, and handled that pump before it went down the hole. Done right, storage and handling protect your investment, keep the 3-year warranty intact, and let a Myers live 8–15 years—20+ with excellent care.
This list walks you through the essentials: climate-controlled storage to protect seals and capacitors, crate handling that spares shafts and cable guards, moisture control to prevent wicking and internal corrosion, correct coiling that won’t stress drop cable, vertical staging that preserves shaft alignment, pre-install inspection protocols that catch shipping dings, and best practices for transport, unpacking, pre-treatment, and documentation. Contractors and homeowners alike—follow these steps and your PSAM Myers Pump will hit its performance marks the first time and every time.
#1. Climate-Controlled Storage Wins the Lifespan War – 300 Series Stainless Steel, Pentek XE Motor, UL Listed
Storing a submersible like a lawn rake in the shed is a fast way to shorten its life. Temperature swings and humidity attack motor windings, elastomers, and connection points long before first start.
- Technical explanation: A 300 series stainless steel assembly resists corrosion, but moisture and condensation still create problems in motors and wiring. Keep your Pentek XE motor and windings dry by storing between 40–86°F with 50% RH or less. The motor’s thermal overload protection remains pristine only if its internal insulation hasn’t absorbed moisture. All PSAM Myers Pumps are UL listed and factory tested—protect that certification-level performance by avoiding unheated garages where condensation forms at dawn/dusk. Freezing temps can embrittle plastic cable guards and O-rings; excessive heat ages capacitors. Stable climate equals stable starts. Family example: Javier and Celina Alvarado staged their Myers Predator Plus upright in a utility room overnight, not in the barn. On install day, insulation resistance tested healthy, and the start-up hit full pressure immediately.
Storage Temperature and Humidity Targets
Aim for 40–86°F and less than 50% relative humidity. Use a small dehumidifier in basements or shops with sweating floors. Record conditions if you’re a contractor—warranty documentation appreciates it.
Condensation Control in Transitional Seasons
Spring/fall swings are brutal. Keep the pump sealed in its packaging until 12–24 hours before install. If bringing from cold truck to warm site, let it acclimate unopened to avoid internal condensation.
Protecting Elastomers and Insulation
O-rings, gaskets, and wire insulation prefer consistent temperatures. Avoid direct sunlight and heaters. Store away from solvents, paints, and ozone sources (compressors) that can degrade rubber.
Key takeaway: Treat your Myers like precision equipment, not jobsite cargo. Climate control is cheap insurance.
#2. Keep It Vertical – Shaft and Bearing Alignment with Threaded Assembly Protection
A submersible is designed to live vertical. Horizontal storage stresses the shaft, wears the nitrile rubber bearings, and can tweak the threaded assembly joint before you ever see a drop of water.
- Technical explanation: The Predator Plus multi-stage pump stacks impellers and diffusers on a common shaft. Laid flat, transport vibrations can induce slight shaft deflection, especially across higher stages counts. Vertical storage maintains geometry and avoids loading the intake screen and internal check valve. Alignment is critical to reach BEP and maintain 80%+ hydraulic efficiency. Your best bet: a sturdy corner with a secure strap, pump still crated. Family example: Javier kept the Predator Plus upright from delivery through install. That simple choice helped the system hit 11.2 GPM at 52 PSI on first test, matching the pump curve I sized for his TDH.
Use a Stable Stand or Corner Brace
Keep the shipping crate intact for bracing. If removed, use a stand with a padded base. Strap loosely to prevent tipping—overtight straps can deform the cable guard.
Label “Keep Upright” on Jobsite
Big letters on the box stop the well-meaning helper from laying it across sawhorses. As the person responsible, it’s your job to make the right behavior easy.
Verify Shaft Free-Spinning Before Install
A quick hand spin at the coupling (no tools) should be smooth, no scraping. Any drag? Stop. Call PSAM for guidance before you commit time and drop pipe.
Key takeaway: Vertical storage costs nothing and protects everything.
#3. Box Discipline – Unpack, Inspect, and Repack Smart with 2-Wire/3-Wire Components
The biggest damage I see happens five minutes after delivery. Box cutters, rough floors, and tossed lids shear connectors and nick jackets—particularly with 2-wire well pump and 3-wire well pump harnesses and control leads.
- Technical explanation: Always place the box on a clean, flat surface. Open along tape seams; keep the blade shallow. Confirm inclusion of pump, motor, cable guard, intake screen, and factory threaded assembly joints. For 3-wire units, keep the control box packaged until final staging. Verify model, voltage ( 230V most common for 1 HP+), and discharge size (often 1-1/4" NPT). Mis-matched control gear stored loose in the box becomes a projectile in transit. Family example: Celina caught a missing cable guard screw during her pre-inspection. Easy fix; potential catastrophe averted—the guard keeps the drop cable clear of the intake at start-up.
Photo-Document Unboxing
Snap photos of the pump, labels, and any scuffs. If a motor can’s dented, contact PSAM immediately. Documentation simplifies replacements and protects your timeline.
Keep All Foam and Endcaps
Repack with original foam if you’re staging for future installation. The factory fitted supports are better than anything else you’ll cobble together in a hurry.
Verify Nameplate Specs Against Your Pump Curve
Confirm HP (e.g., 1 HP), voltage, and GPM designation match your design. Prevents surprise rework on install day.
Key takeaway: Slow is fast. Careful unboxing saves days—and keeps warranties intact.
#4. Dry Means Dry – Moisture Barriers, Pallets, and Cable Protection
Water and electricity don’t mingle—neither should water and pre-installation storage. Moisture wicks along conductors and invites hidden corrosion.
- Technical explanation: Store on a pallet or shelving, never directly on concrete. Use a polyethylene sheet under the crate as a vapor barrier. Keep the pump in its sealed bag until acclimated, especially in humid regions. Moisture can creep under insulation and lower megger readings on day one. Protect the motor leads and drop cable with caps or factory guards; avoid coil memory kinks that strain termination points at the wellhead. Family example: The Alvarados kept their pump on a pallet, wrapped, with a desiccant pack inside the carton. When I megger-tested at 500V, insulation read clean and dry—exactly what you want.
Use Desiccant and Hygrometers
A simple humidity card or meter in your storage area keeps you honest. Change desiccant if RH trends high.
Cable Coil Best Practice
Coil with wide loops—no tighter than 18–24 inches—to avoid jacket stress. Use soft ties, not zip ties, which can bite into insulation.
Protect Motor Leads with End Caps
If the factory caps are missing, cover leads with dielectric bags and tape to prevent dust and moisture.
Key takeaway: Moisture control is not optional. It’s fundamental.
#5. Avoid Impact, Torsion, and Crush – Stainless Is Tough, Motors Are Precise
Yes, the 300 series stainless steel shell is rugged. No, it’s not a license to toss it in the truck bed next to rebar.
- Technical explanation: Impacts that wouldn’t dent the shell can still transmit shock to the shaft stack, engineered composite impellers, and self-lubricating impellers bushings. A torsion twist by grabbing the intake housing with a pipe wrench? That can preload bearings and compromise alignment. Always lift by the body with two hands or by a sling around the midsection—never by the cable guard, intake, or motor leads. Protect the intake screen from crush by keeping endcaps on until final assembly. Family example: Javier used a wide nylon strap to reposition the pump on the jobsite. No scrapes, no crush marks. That care showed when we hit BEP flow on the first pull.
Truck Transport: Cushion and Contain
Use a padded crate or moving blanket. Block to prevent rolling. Store fore-aft, not crosswise, so braking forces are predictable and limited.
No Wrenches on The Shell
Hand-tighten accessories only; never clamp the shell. Use a soft-jaw vise on fittings, not on the pump.
Keep the Protective Boot On
Until you’re ready to attach the drop pipe, keep the intake and discharge protected.
Key takeaway: Treat the pump like an instrument, not an anvil.
#6. Label, Log, and FIFO – Inventory Discipline for Contractors and DIY Planners
Inventory errors kill schedules. I’ve seen three “identical” pumps pulled for a subdivision only to discover two were 115V and one was 230V. A week lost, crew idle.
Plumbing Supply and More myers pump- Technical explanation: Mark each Myers submersible well pump carton with install address, TDH target, GPM rating, stages, and HP. First-In-First-Out (FIFO) rotation ensures older stock gets used before newer arrivals—important for control boxes and capacitors that age on shelves. Keep the pump curve packet taped to the box. Track megger test dates and insulation readings so any drift is obvious before install day. Family example: For the Alvarados, we built a one-page log: delivery date, storage location, temperature, humidity, and photo set. When the inspector asked for documentation, everything was there.
Contractor Pro Tip: Color Coding
Use colored dots for 115V vs 230V, 2-wire vs 3-wire, and HP levels. Saves mistakes during loadouts.
Keep Accessories Bundled
Tape the check valve, torque arrestor, pitless adapter kit, and wire splice kit to the pump carton. Installers shouldn’t be scavenger hunting.
Digital Backup
Snap the nameplate and upload to your project folder with the pump curve PDF. Field access prevents confusion.
Key takeaway: Organization pays you back in on-time, zero-drama installs.
#7. Pre-Install Testing and Staging – Control Box, Pressure Tank, and BEP Confidence
Testing beats guessing. Before you lower 200 feet of pipe, confirm the system will perform.
- Technical explanation: For 3-wire models, bench-test with the control box to verify start and run circuits. Check the pressure switch function and contacts. Confirm pressure tank precharge (2 PSI below cut-in, e.g., 28 PSI for a 30/50 switch). Cross-check the BEP on the pump curve against your measured TDH (static level + drawdown + friction + service pressure). A well-staged system hits pressure quickly and avoids short-cycling—critical for long motor life. Family example: We confirmed the Alvarados’ pressure tank at 28 PSI precharge, 30/50 switch, and used a 1 HP Predator Plus staged for 10–12 GPM at ~230 feet TDH. Results matched projections within 3%.
Megger Test Targets
Look for insulation resistance above 200 MΩ at 500V on new equipment. Lower readings suggest moisture—dry and re-test.
Control Box Mounting Location
Mount away from direct sun and dust. Tight wire terminations reduce heat and voltage drop, especially on long runs.
Pressure Tank Sizing
Match GPM to tank drawdown. A 10 GPM system pairs well with a 44–60 gallon tank to reduce starts.
Key takeaway: Stage smart, test once, install once.
https://www.plumbingsupplyandmore.com/3-4-hp-12-stage-submersible-well-pump-for-wells.html#8. Competitor Reality Check – Why Predator Plus Storage Discipline Outlasts Red Lion and Franklin Electric
A quick, candid comparison helps clarify why Myers plus good storage beats the common alternatives.
- Technical performance analysis: Myers Predator Plus uses 300 series stainless steel on shell, bowl, shaft, and wear ring for superior corrosion resistance. Teflon-impregnated staging with self-lubricating impellers shrugs off grit that chews up standard composites. The Pentek XE motor delivers high thrust with lower amperage draw and integrated lightning protection and thermal overload protection. By contrast, Red Lion’s thermoplastic housings can crack under pressure and temperature cycling, and Franklin Electric often leans on proprietary control ecosystems that complicate service. Real-world application differences: Myers’ field serviceable threaded design allows on-site stage inspection without full replacement; Franklin systems frequently route you through a dealer network for parts and diagnostics. Stored correctly and handled carefully, Myers posts 8–15 years service, often more with pristine water and disciplined cycling. Red Lion users regularly report 3–5 years before housing or stage issues, especially when improperly stored in hot garages or damp barns. Value proposition conclusion: For families like the Alvarados whose well is their lifeline, the combination of stainless durability, smart motor tech, and serviceability is worth every single penny. Add PSAM’s fast shipping and tech support, and you’re buying years of quiet reliability, not a short-term patch.
#9. Wire and Splice Integrity in Storage – Protect 230V Leads, Keep the Kit Clean
Electrical integrity starts before the first crimp. Dirt, oils, and bent pins are silent killers.
- Technical explanation: Keep wire splice kits sealed until the moment of use. Store 115V/230V leads capped and separated from solvents and oils that attack PVC insulation. Never rest the pump on its leads. Coil drop cable with gentle loops and elastic ties. Label wire gauge and length. Cleanliness matters—silicone-filled butt splices and heat-shrink sleeves need dry, dust-free surfaces to achieve water-tight bonds. Family example: Celina organized their splice kit, verified heat-shrink lengths, and had a fresh propane tip ready before we started. One clean, confident splice later, insulation readings stayed rock solid.
Protect Terminal Ends
Use tape flags over stripped ends if pre-staged. Avoid copper oxidation by keeping exposure short.
Heat Matters
Cold heat-shrink won’t seal right. Warm your work area or pre-warm components in your jacket pocket in winter.
Strain Relief Planning
Pre-stage strain relief placements so leads never hang off the motor. Reduces fatigue.
Key takeaway: Respect the electrons. Your motor depends on perfect connections.
#10. Handling the Heavy Lifts – Drop Pipe, Torque Arrestors, and Safety Rope Prep
Once you’re on site, rough handling risk skyrockets. Prep prevents dings and drops.
- Technical explanation: Stage the drop pipe, torque arrestor, check valve, and safety rope with the pump on padded sawhorses. Install the arrestor above the pump to reduce start-up twist. Threaded connections hand-started only, thread sealant applied lightly—no Teflon tape tails wandering into flow. Keep the pump supported during fittings install so the threaded assembly isn’t side-loaded. Use a pitless adapter kit matched to your discharge size and depth. Protect the well cap from contaminants. Family example: Javier laid out every component on moving blankets. We attached the torque arrestor and safety rope with measured spacing and avoided any side loads on the pump body.
Controlled Lifts Only
Use a tripod or boom with a tag line. Never lift by the cable guard or leads—ever.
Thread Sealant Discipline
Use a potable-water-approved paste. Avoid over-application that can migrate to impellers.
Stage and Tie-Off Intervals
Every 20 feet, secure cable and rope to pipe with smooth clamps or tape wraps—no sharp edges.
Key takeaway: Calm, methodical assembly avoids invisible damage.
#11. Sump, Grinder, and Jet Pump Storage Differences – Myers Sump Pump, Grinder Pump, and Jet Pump Notes
Not every pump you store is a submersible deep-well. A few adjustments keep your Myers sump pump, Myers grinder pump, and Myers jet pump ready for duty.
- Technical explanation: Sump and sewage pumps contain seals lubricated at the factory; store upright and avoid freezing to protect elastomers. For jet pump and shallow well pump units, keep dust caps on suction/discharge, and never store primed. Moisture left inside can corrode volutes and seize shafts. Motors should be rotated by hand quarterly to keep bearings limber. Label suction lift expectations and keep the convertible jet pump ejector kit with the pump. Family example: The Alvarados also grabbed a Myers backup sump unit for their barn wash bay. We stored it upright on a shelf, boxed with caps on ports, ready for spring rains.
Seal and Oil Considerations
If a manual specifies seal oil, never tip the pump. Follow factory guidance to the letter.
Freeze Protection
Garage storage? Keep above freezing. Ice can crack housings and deform impellers in a single night.
Jet Pump Priming Discipline
Store dry. On install day, prime once with clean water and purge air completely.
Key takeaway: Category-specific storage prevents surprises when the switch flips.
#12. Warranty, Documentation, and PSAM Support – Protect Your 3-Year Advantage
Your 3-year warranty is a serious asset—treat it like one.
- Technical explanation: Myers’ industry-leading warranty requires proper storage, handling, and installation. Keep invoices, serial numbers, storage logs, megger readings, and photos. Note ambient conditions and any shipping anomalies on day one. PSAM’s support team can expedite replacements or parts when documentation is clear. Being NSF certified, UL listed, CSA certified, and Made in USA means components are consistent—your records tie that quality to your site. Family example: With the Alvarados, we saved everything—from the shipping label to the start-up pressure graph. If issues ever arise, PSAM and Myers have the full picture.
Start-Up Record
Log cut-in/cut-out pressures, GPM at hose bib, voltage at motor, and amperage draw. Baselines help diagnose changes years later.
Keep the Pump Curve Handy
Tape it near the pressure tank. Anyone servicing the system gets instant context.
Call Before You Compromise
If something looks off in storage or handling, call PSAM. We’ll talk you through it and protect your warranty.
Key takeaway: Paperwork is power. It speeds help when you need it most.
Comparison Deep Dive: Myers vs Goulds vs Grundfos – Storage Tolerance, Materials, and Field Practicality
- Technical performance analysis: Myers Predator Plus leans on full-contact 300 series stainless steel components—shell, bowl, shaft, wear ring—built to shrug off corrosive or mineral-heavy water. Teflon-impregnated staging and self-lubricating impellers maintain clearances under grit load. The Pentek XE motor offers high thrust with efficient amperage and integrated protections. Goulds uses cast iron in several product lines; cast iron in a damp storage environment oxidizes, and acidic wells accelerate that decay. Grundfos makes excellent equipment but often favors 3-wire or more complex control systems in certain applications, adding storage-part complexity and more points to protect from moisture. Real-world application differences: On the jobsite, Myers’ field serviceable design and straightforward accessories make for simpler staging and less storage risk. Control gear is compact and durable, and 2-wire options reduce the number of box-stored components that can be mishandled. Goulds’ cast components require more vigilance against rust bloom if stored in fluctuating humidity. Grundfos complexity can be a positive in niche setups but translates to higher on-shelf fragility (more parts, more packaging, more to damage in a rushed unbox). Value proposition conclusion: For contractors and homeowners demanding reliable performance after weeks or months in staging, Myers’ material choices and simpler control ecosystem reduce storage-related failures. That reliability, plus PSAM’s logistics and tech backing, is worth every single penny.
FAQ: PSAM Myers Pump Storage and Handling
1) How do I determine the correct horsepower for my well depth and household water demand? Choose HP by calculating Total Dynamic Head (TDH) and desired flow. TDH = static level + drawdown + friction losses + service pressure (converted to feet: PSI x 2.31). For example, a 240-foot well with 40 PSI service (92 feet), 18 feet friction, and 30 feet drawdown yields ~380 feet TDH. A 1 HP Predator Plus might deliver 10–12 GPM here depending on stages. For smaller homes at 120–160 feet TDH, a 3/4 HP can suffice at 7–10 GPM. Cross-check the pump curve to ensure operation near the BEP for efficiency and longevity. Rick’s recommendation: Call PSAM with your static/dynamic levels, pipe size, and target PSI; we’ll size to 8–12 GPM for typical homes, 12–20 GPM for irrigation. Better to run a pump comfortably in the middle of its curve than redline a smaller unit.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure? Most homes run well at 8–12 GPM. Larger households with irrigation or livestock often target 12–20 GPM. A multi-stage pump stacks impellers to add pressure (head) while maintaining chosen flow. More stages move the shut-off head higher; at a given depth, that translates to solid pressure at the faucet. For instance, a Predator Plus 10–12 stage setup might produce 300–380 feet of head, delivering 50–60 PSI at the house after losses. Rick’s recommendation: Don’t oversize flow just to “have more.” Maintain BEP operation to keep amps down and prevent heat buildup in the single-phase motor.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors? Efficiency comes from the synergy of engineered composite impellers, close tolerances, and optimized diffuser geometry—plus a high-thrust Pentek XE motor that stays cool and stable. Operating near BEP maximizes conversion of motor power into water movement, cutting energy use by up to 20% annually vs pumps running off-curve. Precision threaded assembly maintains stage alignment, while Teflon-impregnated staging reduces internal friction even with mild grit, preserving efficiency over time. Rick’s recommendation: Match the pump to your TDH so you’re not burning watts lifting water above or below the sweet spot.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps? Submersibles live in water. 300 series stainless steel resists corrosion from minerals, chlorides, and acidic pH better than cast iron. Corrosion creeps into clearances, raises friction, and shortens life. Stainless retains stage geometry longer, preserving GPM and pressure. It also handles thermal cycles without cracking like some thermoplastic housings. Rick’s recommendation: In wells with iron, sulfur, or variable chemistry, stainless construction is non-negotiable for 8–15+ year service life.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage? Teflon-impregnated staging and self-lubricating impellers minimize wear from fine particulate by lowering friction and heat at contact points. The material maintains clearances longer than standard plastics, preventing the cascading efficiency loss that follows early-stage erosion. In mildly sandy wells, that can be the difference between a pump that holds curve for a decade and one that falls off after two seasons. Rick’s recommendation: If your well yields any grit, pair a Myers Predator Plus with proper intake screens and keep the drop pipe above known sand seams.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors? The Pentek XE motor delivers high axial thrust capacity with lower amperage draw, improving efficiency and reliability under vertical loads of multi-stage stacks. Integrated thermal overload and lightning protection guard windings from abuse, while premium insulation resists moisture. It’s designed for continuous duty in AC electric pump applications, holding performance in tough starts and stops. Rick’s recommendation: Voltage matters—use 230V where available for smoother starts and lower current on longer runs.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor? A competent DIYer can install with the right tools, lifting equipment, and strict adherence to electrical and plumbing codes. You’ll need a tripod or boom, wire splice kit, pitless adapter, torque arrestor, check valve, and knowledge of pressure switch and pressure tank setup. That said, a licensed pro brings megger testing, torque proofing, and curve-matching experience. Rick’s recommendation: If your well is 150 feet or deeper, or you’re unsure about splicing and hoisting, hire a contractor. PSAM supports both DIY and pros with parts, kits, and phone support.
8) What’s the difference between 2-wire and 3-wire well pump configurations? A 2-wire well pump integrates start components in the motor housing—simpler wiring, fewer parts to store, faster installs. A 3-wire well pump uses an external control box with start capacitor and relay—easier to service electronics above ground but adds a component to protect in storage. Performance can be similar; the choice often hinges on service preference and site conditions. Rick’s recommendation: For most residential wells, 2-wire simplifies logistics and reduces upfront control box costs. For remote or pro-serviced sites, 3-wire can offer faster diagnostics.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance? In clean water with proper sizing and cycling, expect 8–15 years. With meticulous storage and handling, correct voltage, right tank sizing, and mild chemistry, I’ve seen Myers deep well pump systems push past 20 years. Maintenance includes annual tank precharge checks, pressure switch inspection, and periodic flow/pressure verification to watch for changes in well production. Rick’s recommendation: Avoid short cycling—size your pressure tank and adjust cut-in/out to keep starts under 300/day in peak use.
10) What maintenance tasks extend well pump lifespan and how often should they be performed? Annually: check pressure tank precharge, inspect switch points and wiring, test static and dynamic water levels, and measure flow at a hose bib against baseline. Every 3–5 years: verify insulation with a megger if accessible, retest amperage draw under load, inspect the pitless adapter and well cap seal. After any lightning event: test control components, especially in 3-wire systems. Rick’s recommendation: Keep a simple log. Trends tell the story before failures happen.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover? Myers’ industry-leading 3-year warranty outpaces many brands’ 12–18 months. It covers manufacturing defects and performance failures under normal use. Proper storage, handling, and installation are assumed—damage from mishandling, incorrect wiring, or sand-laden operation isn’t covered. Compared to budget brands with 1-year limits, that extra runway reduces lifetime risk significantly. Rick’s recommendation: Keep your storage and start-up documentation. PSAM goes to bat for you faster with good records.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands? Consider purchase price, energy, service calls, and replacements. A budget pump (e.g., Everbilt/Flotec) lasting 3–5 years with lower efficiency often means 2–3 replacements in a decade and higher kWh due to sloppy BEP operation. A Myers Predator Plus, stored and handled correctly, commonly runs 8–15 years with 80%+ hydraulic efficiency, saving 10–20% on energy. Add the 3-year warranty and field serviceability—your 10-year TCO nearly always tilts to Myers. Rick’s recommendation: Buy once, store/handle right, and stop budgeting for “the next one.”
Conclusion: Store It Right, Handle It Right, Forget It’s There
A PSAM-supplied Myers well pump—whether a Myers deep well pump, Myers shallow well pump, or Myers jet pump—is engineered to disappear into the background of your life, quietly delivering water day after day. That outcome isn’t luck; it’s the product of smart storage, careful handling, and disciplined staging. Keep it vertical, control humidity, avoid impacts, protect leads, document everything, and size for BEP. Do what Javier and Celina Alvarado did: respect the gear from the moment it arrives. Their Myers submersible well pump now runs 11+ GPM at 52 PSI, animals watered, kids bathed, and no drama at start-up.
As PSAM’s technical advisor, my promise is simple: we’ll ship fast, size right, and support you with real, field-tested guidance. Myers Pumps—backed by Pentair engineering, NSF/UL/CSA certifications, and Made in USA consistency—are my go-to for reliable well water. Follow these storage and handling guidelines, and you’ll make that investment pay back for a decade or more—worth every single penny. If you’re ready, call PSAM for the exact Predator Plus model, Myers pump parts, and installation kit that match your well and your timeline.