The shower sputtered, then went silent. Pressure gauges read zero. After a frantic reset of the breaker and a flashlight down the well cap, the reality set in: no water, no backup, and a dead pump. For rural homes, this isn’t an inconvenience—it’s an emergency. Without a properly commissioned system, even the best pump can stumble out of the gate and burn years off its lifespan.
Two hours later, I got a call from the Gantori family near Lebanon, Oregon. Marco Gantori (38), a school bus mechanic, and his wife, Eliza (35), a veterinary tech who also runs a small goat herd, rely on a 260-foot private well with a 1 HP, 10 GPM submersible. Their four kids—Isla (12), Mateo (9), Sofia (7), and Luca (4)—were suddenly without water. Their previous budget pump had lasted three and a half years. A crack in the discharge housing and a scorched motor told the truth: the last installer skipped key commissioning checks.
Commissioning is the difference between a Myers well pump providing a solid 8–15 years—or dying in 24 months. This guide walks you step-by-step through proven commissioning procedures I use in the field to bring a PSAM Myers Pump online the right way. We’ll cover wire and voltage verification, pressure tank pre-charge, pump curve validation, flow testing, control settings, short-cycle prevention, air charging, filtration alignment, lightning protection, and data logging. You’ll also see how the Myers Predator Plus Series, with its 300 series stainless steel, Teflon-impregnated staging, and Pentek XE motor, outclasses common alternatives.
For rural homeowners, contractors, and emergency buyers alike, this numbered checklist prevents the most expensive phrase in our trade: “we’ll have to pull it again.”
1. Myers Predator Plus Series Materials Matter First — 300 Series Stainless, Engineered Impellers, and Threaded Assembly
Durability begins before the first amp flows, so your commissioning plan must leverage the advantages baked into the Myers Predator Plus Series design.
The Predator Plus’ 300 series stainless steel shell, discharge bowl, shaft, and suction screen shrug off corrosive water chemistry, while the Teflon-impregnated staging uses self-lubricating impellers that resist grit abrasion and start smoothly at each cycle. With a threaded assembly that is field-serviceable, you can commission confidently, knowing the pump can be serviced on-site if you discover issues during startup. Pairing with a Pentek XE motor gives you high thrust, thermal overload protection, and lightning protection—exactly what you want before flipping a breaker.
Competitor reality check (detailed comparison #1):
- Technical performance: Many Goulds submersibles incorporate cast iron components downstream of water contact that are more vulnerable in acidic or high-mineral wells. Some Franklin Electric systems rely on proprietary control solutions that complicate service. By contrast, Myers’ stainless assemblies, XE motors, and 80%+ BEP efficiency deliver lower watt-per-gallon performance and reduce thrust-bearing stress during long runs. Application differences: On-site serviceability is a big commissioning win. With Myers, if a startup flow test reveals a minor issue, you don’t always need specialized dealer tools or a full replacement. Expect 8–15 years in typical residential use, with 20+ in gentle wells. Value conclusion: Lower total current draw, simpler parts access, and stainless longevity translate to fewer callbacks and better homeowner outcomes—worth every single penny.
Gantori example: We replaced their failed budget pump with a Myers Predator Plus 1 HP, 10 GPM model rated for a 260-foot setting. Stainless and composite staging were must-haves given their gritty aquifer.
Voltage, Materials, and Warranty Alignment
Confirm the motor voltage (typically 230V for 1 HP and above) matches your circuit and control gear. Verify all wetted components are corrosion resistant and UL listed. Document the 3-year warranty activation at commissioning.
Serviceability Check
Before drop-in, verify you have the torque values, proper spanner, and thread-safe practices so you can address any post-test micro-adjustments without pulling line shaft unnecessarily.
Key Takeaway
Start with superior materials and service-friendly design; commissioning gets easier and the system lives longer.
2. Verify Power and Wiring Integrity — 230V Supply, Amperage Draw, and 2-Wire vs 3-Wire Confirmations
Bringing a Myers submersible well pump online without checking power quality is a common and costly mistake.
Start with line-to-line voltage at the breaker, pressure switch, and at the control box (if used). For a typical 1 HP Predator Plus at 230V, you’re looking for voltage within ±10% of nominal under load. Confirm the branch circuit gauge meets the run length per NEC—undersized conductors cause voltage drop that hammers motors. Decide between 2-wire and 3-wire configurations early; Myers offers both, and commissioning differs. With 2-wire, the capacitor and start components are internal; 3-wire uses a control box above ground.
Gantori example: Marco had 230V at the pressure switch but a deteriorated splice gave us a 5% drop under load at the wellhead. We corrected the splice and confirmed amperage draw matched the pump curve.
Wire Splice and Seal Integrity
Use a wire splice kit rated for submersible service and heat-shrink with adhesive lining. Test continuity and insulation resistance before lowering the pump. Poor splices cause nuisance trips and early motor failure.
Amperage and Curve Matching
During first run, compare measured amps to the nameplate full-load amps and predicted pump curve. If amps are high, suspect voltage drop, binding, or mis-sized impellers for the TDH (total dynamic head).
Key Takeaway
Correct voltage and pristine splices prevent nuisance shutdowns and extend motor life. Don’t guess—measure.
3. Pressure Tank Pre-Charge and Sizing — Match to Pressure Switch for Stable Cycling
No commissioning succeeds if the pressure tank and pressure switch aren’t in sync.
Pre-charge the tank to 2 PSI below the cut-in pressure. For a 40/60 switch, set the tank to 38 PSAM myers pump PSI with the system drained and power off. Tank sizing matters: for a 10 GPM system with a cycle stop or not, you need enough drawdown to prevent rapid cycling. Myers pumps tolerate cycling well, but no pump enjoys short bursts.
Competitor reality check (detailed comparison #2):
- Technical performance: In many installs I service, Goulds or Franklin-powered systems suffer the same issue—tiny tanks paired with high-output submersibles. The result is relentless cycling, increased motor heat, and shortened bearing life. Myers’ 80%+ BEP efficiency and smooth staging reduce start stress, but cycling abuse will still kill any pump. Application differences: Commissioning with the right tank and switch pairing slashes starts per day. A properly set Myers 10 GPM pump with an adequate tank and a 40/60 profile can drop starts to fewer than 30 per day in typical households. Value conclusion: Fewer starts, lower heat, fewer service calls—your customer keeps water flowing and dollars in their pocket. Again—worth every single penny.
Gantori example: Eliza ran dishwasher and laundry in the evenings, creating clustered demand. We upsized the tank to deliver a larger drawdown and kept their starts per day well within manufacturer recommendations.
Pressure Switch Calibration
Verify cut-in and cut-out with a calibrated gauge. Adjust spring tension if actual readings differ from target. Loose differential creates hunting and short cycles.
Tank Tee and Fittings
Use a complete tank tee and fittings kit to ensure proper gauge, relief valve, and drain placement. A clean manifold makes future service fast and leak-free.
Key Takeaway
Correct pre-charge and adequate drawdown are non-negotiable for a long-lived Myers well pump.
4. Drop Pipe, Check Valve, and Pitless Integrity — Flow Discipline Starts at the Wellhead
Commissioning is the moment to prove every mechanical connection is sound.
Use appropriate drop pipe for depth—glued Schedule 80 PVC, stainless, or poly-rated for your head and torque. Myers motors deliver steady thrust; secure with a torque arrestor and safety rope. The first check valve belongs at the pump discharge; a second above the pitless adapter is optional but helpful in tall columns. Never stack multiple checks in series above grade; that’s a recipe for water hammer.
Gantori example: Their old pump’s cracked housing wasn’t the only problem. The pitless had worn O-rings and micro-leaks. We replaced seals, pressure-tested, and verified no bleed-down before startup.
Pitless Pressure Test
With the line capped, pressurize to operating level and hold. Any decay suggests leaks at threads or pitless seals. Fix now, not after the trench is backfilled.
Discharge Size and NPT Threads
Confirm discharge size (often 1-1/4" NPT) and use thread sealant approved for potable water. Over-taping can crack fittings; one or two wraps plus paste is plenty.
Key Takeaway
A sealed, stable mechanical path preserves pressure and prevents nuisance cycling on day one.
5. Pump Curve Validation and TDH — Match Staging and Horsepower to Reality
Every commissioning should include a reality check against the pump curve.
Calculate TDH: static water level + drawdown + friction losses + desired pressure at the tank. For a home at 260 feet with a 40/60 setting, aim for around 50–60 PSI at the tank (115–138 feet of head) plus dynamic losses. Select a 1 HP Predator Plus staged to deliver 8–12 GPM in that window. Once running, measure flow at a hose bib and compare to predicted GPM rating. A 10 GPM model should be close while operating near BEP.
Gantori example: We measured 9.6 GPM at 55 PSI steady—right on the curve, with amps at spec. That’s a commissioned pump behaving exactly as the graph promised.
Staging Count and Shut-Off Head
Confirm the selected model’s stages provide adequate headroom. A shut-off head in the 300–400 ft range gives margin for seasonal drawdown.
Friction Loss Audit
Review fittings, elbows, and long runs to the tank. Tight pipe layouts improve delivered flow and reduce motor load.
Key Takeaway
Commission to the curve, not a guess. Numbers protect your pump.
6. Flow Testing and Sand Management — Intake Screen, Composite Staging, and Flushing Protocol
A clean start prevents a dirty future. Flush until the water clears and verify the intake screen is never starved.
The Predator Plus’ engineered composite impellers with Teflon-impregnated staging tolerate minor grit better than metal-on-metal stage stacks. Even so, sand is a pump’s worst enemy. During commissioning, purge at an outdoor hose bib until you see no turbidity or fines in a white bucket. If you do see grit, throttle flow to avoid drawing the cone too hard and consider a sand separator downstream.
Gantori example: Their well produced a splash of fines on first draw. We ran a controlled flush and confirmed clear water in under 15 minutes, then set a backwash schedule for their sediment filter.
Intake Elevation
Set the pump 10–20 feet above the well bottom to avoid the worst of the sediment layer. Add a cable guard to prevent wire abrasion during startup torque.
Filter Staging
If using a filter train, place a spin-down or sand separator upstream of fine filtration. Don’t launch a carbon block into a sandstorm on day one.
Key Takeaway
Commissioning is your chance to introduce the pump to clean water and keep it that way.
7. Control Logic and Protection — Pressure Switch, Thermal Protection, and Lightning Defense
Controls protect your investment. Commission them like your reputation depends on it.
Set the pressure switch cleanly—common residential settings are 30/50 or 40/60. Validate cycles under real demand and confirm the pump’s thermal overload protection resets predictably. In lightning-prone regions, install surge protection at the panel and at the well circuit. Myers’ Pentek XE motors include lightning protection, but no motor likes a direct hit.
Gantori example: Their valley sees summer lightning. We installed a panel SPD and verified the motor’s trip/reset behavior during test. No nuisance trips, stable runtime.
Dry-Run and Underload
If using a 3-wire system with a control box, consider a box with underload sensing to detect dry-run. For 2-wire, monitor amps and pressure response during commissioning to ensure solid prime and no air entrainment.
Cycle Discipline
Aim for longer, fewer cycles. If the system short-cycles under a single fixture, adjust switch differential or consider a cycle-stop valve with caution and per manufacturer guidance.
Key Takeaway
Protection starts with commissioning—build in defense against heat and surges.
8. Air Purge, Water Quality, and Bacterial Safety — Shock Chlorination and "Clean Hands" Commissioning
Bad water can make a good pump look bad. Commission sanitation carefully.
After any open-well work, shock chlorinate per state guidance—often 50–200 ppm, dependent on well volume. Flush until chlorine dissipates. Keep fittings clean, use potable-rated sealants, and avoid dropping debris into the well. Myers pumps are NSF certified, UL listed, and CSA certified; give them an equally clean environment.
Gantori example: With kids in the house and livestock on property, Eliza wanted certainty. We sanitized, flushed, and tested at a hose bib before feeding the home’s filter train.
Air Purge
Purge air from lines to protect fixtures and prevent false pressure readings. Open multiple taps during initial flow to move air quickly.
Baseline Water Test
Pull a baseline sample for iron, hardness, pH, and manganese. Commission filtration accordingly to protect fixtures and appliances.
Key Takeaway
Start with clean water and you’ll keep your Myers water well pumps running happy.
9. System Mapping and Labeling — Curves, Settings, and Parts for Future Service
Good commissioning leaves a paper trail. Great commissioning leaves a roadmap.
Record model, HP, GPM rating, amperage draw, static/dynamic water levels, pressure switch settings, tank pre-charge, and measured flow. Tape a laminated card near the tank. Keep the pump curve on file. If a contractor returns in five years, they’ll bless your name.
Gantori example: Marco appreciated having the data—amps at 7.4 under load, cut-in 40 PSI/cut-out 60 PSI, 9.6 GPM at 55 PSI, and depth set at 240 feet in a 260-foot well with 20 feet off the bottom.
Labeling
Label breaker, switch, and control box (if present). Note 2-wire or 3-wire configuration. Mark the pitless adapter location at grade.
Accessory Inventory
List installed accessories: pitless brand, check valve Plumbing Supply and More myers pump location, well cap, drop pipe type, wire splice kit type. Make repeat service painless.
Key Takeaway
Documentation turns commissioning into long-term reliability insurance.
10. Energy and Efficiency Tune — BEP Alignment, Pressure Strategy, and Cost Control
If you don’t commission for efficiency, you’re leaving money in the ground.
Target operation near BEP (best efficiency point) on the curve. That’s where hydraulic efficiency exceeds 80%, the Pentek XE motor runs coolest, and your kWh per gallon is lowest. Confirm the pressure you really need in the home; 50–55 PSI at fixtures often feels luxurious without driving the system at 60+ PSI all day.
Gantori example: We confirmed excellent pressure at 50–55 PSI with showers and laundry running, so we kept 40/60 and advised against unnecessary increases that would add head and amps.
Pressure Strategy
Choose the lowest comfortable pressure. Every 10 PSI is roughly 23 feet of head—add only what you need.
Load Profile
Stagger high-demand tasks or use a simple timer-based approach for irrigation to avoid stacking load against the tank’s refill cycle.
Key Takeaway
The most efficient psam myers pump install is the one aligned to real household demand.
11. Commissioning Jet Pumps Correctly — When a Myers Jet Pump Beats a Submersible
Not every property needs a submersible. Shallow wells (25–50 feet) or cisterns can be ideal for a Myers jet pump.
Commissioning a jet system demands priming discipline. Fill the casing and suction line, confirm airtight seals, and set the pressure switch carefully. Myers’ jet pumps pair beautifully with properly sized suction lines and short runs. For convertible jets at 60–90 feet, match the ejector kit correctly and validate flow against the curve.
Gantori adjacent example: Their neighbor’s 40-foot lawn well uses a Myers jet to handle irrigation without stressing the potable system. Commissioned with airtight suction and a clean foot valve, it starts instantly and runs smooth.
Suction Integrity
Air leaks kill jet performance. Use a well seal, inspect all joints, and pressure test the suction line.
Priming Procedure
Prime until no bubbles appear at the prime plug. Re-check after first run—weeping fittings can show up only under vacuum.
Key Takeaway
A Myers jet pump can be a champion when commissioned with airtight suction and proper priming.
12. Final Commissioning Checklist and PSAM Support — Same-Day Shipping, Rick’s Picks, and Warranty Validation
Before you leave (or call it done as a DIYer), run the checklist.
- Voltage within spec, amps at nameplate Tank pre-charge set correctly Flow at bib matches GPM rating on the pump curve No pressure decay when idle (tight checks and pitless) Filters staged and flushed Surge protection installed where appropriate Labels, logs, and homeowner orientation complete 3-year warranty registered and documented
PSAM keeps the install moving with fast shipping, pump curve charts, and the accessories I trust. My “Rick’s Picks” bundle for commissioning a Myers submersible well pump includes: torque arrestor, stainless safety rope, heat-shrink wire splice kit, complete tank tee, panel SPD, and a dual-gauge pressure test kit. If you need a myers sump pump or myers sewage pump for the rest of the property, get them commissioned with the same discipline—clean power, correct head, and documented performance.
Gantori outcome: With the Predator Plus humming, Eliza called it “quiet confidence.” Two weeks later, we followed up—steady pressure, silent cycling, and a happy goat herd.
Key Takeaway
Commission with discipline, document like a pro, and lean on PSAM for the parts and guidance that keep water flowing.
Focused Competitor Perspective: Franklin Electric and Grundfos vs Myers During Commissioning (detailed comparison #3)
- Technical analysis: Franklin Electric offers strong motors, yet many configurations rely on proprietary or dealer-centric control ecosystems. Grundfos produces robust submersibles, but numerous residential models lean heavily on 3-wire control schemes that add cost and complexity. Myers, built under the Pentair umbrella, combines an open, field serviceable design with 2-wire and 3-wire flexibility, 300 series stainless steel, and Pentek XE high-thrust motors that achieve top-tier hydraulic efficiency at or near BEP. Application differences: During commissioning, simpler wiring and non-proprietary controls speed diagnostics and reduce downtime. Myers’ threaded assembly lets qualified contractors handle on-site service without a dealer-only roadblock. Over 8–15 years, fewer starts, lower amperage at design flow, and sand-tolerant Teflon-impregnated staging cut callbacks. Value conclusion: Commissioning a Myers Predator Plus through PSAM gives you speed, clarity, and longevity. Less complexity, more stainless, and proven motors—worth every single penny.
FAQ: Myers Commissioning, Sizing, and Long-Term Value
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with your TDH and desired flow. Add static water level, drawdown, friction losses, and target pressure at the tank (50 PSI ≈ 115 feet of head). For a typical 3–4 bathroom home, a 10 GPM pump is common. If your well is 200–300 feet and you want 8–12 GPM at 50–60 PSI, a 1 HP or 1.5 HP Myers submersible well pump often lands you near BEP. Check the pump curve and ensure your duty point sits in the high-efficiency band. Example: At 260 feet set depth with 40/60 pressure, a Predator Plus 1 HP 10 GPM will usually deliver 9–11 GPM at 55 PSI with amps within nameplate. Rick’s recommendation: Always validate with the curve, not guesswork. Send PSAM your depth, water level, and a quick fixture count—we’ll size it precisely.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most homes operate comfortably at 7–12 GPM. Larger properties with irrigation may need 12–20 GPM. Multi-stage design matters: each stage adds head (pressure), so a multi-stage pump achieves the PSI you need at depth without over-amping. Myers’ engineered composite impellers stack precisely for smooth pressure, and the Teflon-impregnated staging reduces start friction and wear. Example: A 15-stage deep-well Predator Plus can drive 50–60 PSI at the tank while maintaining 9–12 GPM at 200–300 feet TDH. Commissioning tip: Confirm with a flow test at a hose bib and correlate to your pump curve for accuracy.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency is a balancing act of hydraulics, motor design, and materials. Predator Plus achieves 80%+ hydraulic efficiency at BEP by pairing precision multi-stage hydraulics with a Pentek XE motor tuned for high thrust and low slip losses. The 300 series stainless steel maintains tight clearances over time in aggressive water, while self-lubricating impellers reduce drag during starts. Compared to many standard-efficiency motors and mixed-material wetted parts, Myers preserves performance longer—meaning fewer watts per gallon pumped. Commissioning note: Set pressures only as high as needed; excess PSI pushes your duty point away from peak efficiency.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Inside a well, water chemistry changes. 300 series stainless steel resists corrosion from acidic pH and high mineral content far better than cast iron. It holds tolerances over years, keeping stage clearances tight and flow rates stable. Cast iron components can pit, shed scale, and increase friction—translating to more amps, less flow, and premature failure. Stainless equals reliable pressure through the life of the pump. Commissioning benefit: once you validate flow and pressure on day one, stainless helps ensure those numbers stay true in year ten.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Grit destroys pumps by scouring bearings and eroding impeller vanes. Myers combats that with Teflon-impregnated staging that reduces friction during startup and resists abrasive wear. The self-lubricating impellers stabilize during the first rotations—where most mechanical stress occurs—and maintain their geometry longer than many metal-on-metal designs. Commissioning practice: flush the well thoroughly and set the pump at least 10–20 feet off the bottom to avoid the heaviest sediment layer.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor couples optimized winding design with high-thrust bearings, thermal overload protection, and lightning protection to run cooler and longer. Lower rotor losses and efficient thrust handling translate to lower amperage at a given head/flow duty point. During commissioning, you’ll notice amps aligning closely with nameplate and curve data. Cooler motors last longer, and the XE design is the quiet workhorse behind Myers’ reputation for 8–15 year service life when properly commissioned.
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 and safety practices, but commissioning discipline is mandatory. You’ll handle electrical verification (230V checks), proper wire splice kit use, pitless adapter sealing, pressure tank pre-charge, pressure switch calibration, and curve-based flow testing. If any of that gives you pause, hire a pro. At PSAM, we support both DIY and licensed installers with curves, wiring diagrams, and “Rick’s Picks” accessory bundles. My stance: if it’s a deep well (200+ feet) or a first-time install, a licensed contractor is often the best path to a perfect commissioning.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump integrates the start capacitor and relay in the motor, simplifying installation and reducing above-ground components. A 3-wire well pump uses an external control box, allowing easier above-ground diagnostics and some enhanced protection features. Myers offers both. Commissioning differences: 2-wire is simpler—fewer connection points and typically lower upfront cost. 3-wire adds control flexibility and, with certain boxes, underload/dry-run options. Rick’s recommendation: 2-wire for most residential replacements; 3-wire where diagnostics or site conditions warrant.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
With correct sizing and commissioning, 8–15 years is the realistic window I see in the field, extending to 20–30 years in clean, chemistry-friendly wells with disciplined cycling control. Maintenance includes keeping the pressure tank pre-charge correct, protecting against voltage drops and surges, maintaining filtration to prevent grit recirculation, and verifying switch calibration annually. The 3-year warranty protects against early manufacturing issues, but the real secret to longevity is the commissioning checklist you followed on day one.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
- Annually: Check tank pre-charge (2 PSI below cut-in), confirm switch settings, inspect surge protection, and test static pressure for leaks. Semi-annually: Clean/replace sediment filters, inspect for water hammer, listen for short cycling. As needed: Re-test well for sediment after heavy pumping or drought, validate flow against baseline numbers from commissioning. Keeping your amps, PSI, and GPM aligned with initial logs tells you the system is healthy. Drift means investigate before damage accelerates.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers’ industry-leading 3-year warranty exceeds many competitors’ 12–18 months. It covers manufacturing defects and performance failures under normal use. Pair that with Made in USA build quality, NSF, UL, and CSA certifications, and you’ve got a safety net that aligns with real-world service life. Commissioning is part of that story—documenting voltage, pressure, and flow helps validate proper installation if a claim is needed.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Budget pumps might cost less up front, but frequent replacements, higher energy use, and premature wear inflate long-term costs. I’ve replaced 3–4 bargain pumps over a decade on the same property—each swap costing parts, labor, and downtime. A Myers deep well pump operating near BEP, with Pentek XE efficiency and Teflon-impregnated staging, typically runs cooler, cycles less, and stays on curve longer. Add the 3-year warranty and lower service frequency, and the 10-year TCO heavily favors Myers. In short: fewer pulls, fewer headaches, lower kWh—your wallet wins.
Conclusion: Commission It Like a Pro, and Your Myers Pump Will Make You Look Brilliant
Commissioning isn’t a ceremonial flip of the breaker—it’s a disciplined process that proves the system’s health and protects your investment. With a Myers Predator Plus Series from PSAM, you start with the right bones: 300 series stainless steel, Pentek XE thrust and efficiency, Teflon-impregnated staging, and a field serviceable design backed by a 3-year warranty. Add the steps in this guide—voltage verification, curve alignment, flow testing, pressure tuning, sanitation, surge protection, and thorough documentation—and you’ll deliver the stable water supply rural families depend on.
The Gantoris went from panic to peace in one afternoon because we commissioned with intention. Your project deserves the same. Call PSAM for pump curve reviews, same-day shipping on in-stock myers submersible well pump models, and my “Rick’s Picks” accessory list that removes commissioning guesswork. Do it right the first time and your Myers well pump will be quiet, efficient, and, most importantly, reliable—every single day.