Myers Pump Spare Parts Kit: Build Your Own
Introduction
The shower sputtered, the kitchen tap dropped to a whisper, then silence. No pressure, no backup, no plan. That’s how most well emergencies feel—sudden and frustrating. A lot of folks assume pumps “just run,” but when a rural household relies on a single submersible well pump, downtime turns into an immediate crisis. A properly maintained system should go 8–15 years, yet on-call weeks often teach me the same lesson: the homes that bounce back fastest always have the right spare parts on the shelf.
A quick story from the Yakima Valley. Diego Pereyra (39), an agricultural drone technician who works from home outside Prosser, WA, and his wife Lila (37), a third-grade teacher, live on five acres with their kids Mateo (9) and Aria (6). Their 285-foot well sees seasonal drawdown to 180 feet and throws the occasional grit when irrigation is heavy around harvest. After a thermoplastic-cased pump cracked under pressure cycles two summers ago, Diego installed a Myers Pumps Predator Plus Series 1.5 HP, 230V, 2-wire well pump with 300 series stainless steel construction and a Pentek XE motor. Reliability problem solved—until a lightning storm singed his pressure switch last July. No water for 18 hours. That’s when he called me at Plumbing Supply And More (PSAM) to build a spare parts kit designed for Myers field serviceability.
This list lays out the exact components I recommend—what they do, how to size them, and why Myers Predator Plus is the platform you want behind your spare parts strategy. We’ll cover replacement switches, splice kits, check valves, tank fittings, O-rings, and even spare impeller staging hardware. I’ll also explain when a 2-wire vs 3-wire well pump affects what you stock, and how 80%+ hydraulic efficiency at the best efficiency point (BEP) reduces the odds you’ll need half of these spares in the first place. Whether you’re a DIYer like Diego or a contractor who can’t afford callbacks, this build-your-own approach is the difference between a stressful outage and an easy Saturday fix.
From my bench to your basement—let’s build the smartest Myers Pump spare parts kit you’ll ever own.
#1. Core Electrical Protection Bundle — Pressure Switch, Surge Protection, and Proper Wire Splices for 230V Single-Phase Systems
Electrical failures are the number one non-pump cause of no water, and they’re the easiest to fix fast if you’ve got the right spares in hand. Stocking the essentials turns a day of downtime into a 30-minute fix.
The basics: pair Helpful resources a UL-listed 40/60 pressure switch, a weather-rated whole-house surge protector, and a wire splice kit matched to your cable gauge. On a 230V single-phase well circuit, good Myers deep well pump features contacts and secure, waterproof splices are everything. The right splices use heat-shrink tubing with adhesive lining and crimp connectors rated for submersible duty to keep moisture out. When a spike hits, surge protection shields the Pentek XE motor windings and the pressure switch contacts from welding closed. It’s simple: protect, switch, splice, and keep flowing.
Diego learned the hard way during that July storm. His Predator Plus kept purring—the surge smoked only the old switch. He now keeps a Schneider 40/60 switch, Square D-class surge protector, and two 12 AWG submersible splice kits right next to his tank tee. Zero drama, quick swap, showers back on.
Pressure Switch Selection and Setup
A 40/60 switch gives strong domestic pressure at the faucet without overdriving your multi-stage pump. Verify your tank’s precharge is 2 PSI below cut-in (set 38 PSI for 40/60 operation). Use #12 or #10 AWG depending on run length and amperage draw, and don’t forget a clean pressure port tap on the tank tee. Inspect quarterly for ants and moisture, both notorious contact killers.
Wire Splices and Moisture Control
At the wellhead or pitless, use gel-filled or heat-shrink splices rated for submersible duty. Dielectric grease on terminal screws reduces oxidation. Label your leads when pulling the pump; on reinstall, tension-relieve with a cable guard and a loop of slack to avoid strain at the splices. Good splices prevent nuisance trips and intermittent “why is my well pump not working” calls.
Key takeaway: electrical spares are cheap, compact, and save hours. Put them at the top of your kit.
#2. Stainless and Sealing Essentials — Check Valve, O-Rings, and Pitless Adapter Seals for Field Serviceable Reliability
Hydraulic integrity keeps a well system tight, primed, and quiet. A spare check valve, pitless O-rings, and discharge seals ensure your field serviceable Myers setup stays buttoned-up under pressure.
On a Myers Predator Plus Series 4" submersible, you’ll typically rely on the pump’s internal check valve plus a second spring-loaded brass or stainless inline check at the top of the drop pipe. That redundancy prevents water hammer and backspin. When a check sticks, your system can short cycle, lose prime, or slam pipes. Keeping a 1-1/4" NPT, NSF-grade spare on the shelf, along with the specific pitless adapter O-ring kit for your model, turns a leaky afternoon into a polished rebuild.
For the Pereyras, seasonal sand made their top-side check a wear item. We added a lead-free stainless 1-1/4" check, a set of Buna-N pitless seals, and fresh Teflon tape to their bin. Problem solved before it starts.
Sizing and Material Choices
Match the discharge size of your pump and drop pipe—most residential submersibles use 1-1/4" NPT. Stainless or lead-free brass resists corrosion and grit better than thermoplastic bodies. For seals, Buna-N (nitrile) stands up to petroleum residues and typical well chemistry; in acidic or hot environments, upgrade to Viton.
Leak Diagnosis and Quick Fixes
Suspect a bad check if your system bleeds pressure off quickly after cut-out, or if you hear backflow in the lines. A pressure gauge at the tank tells the story—steady drop with no usage equals a failing check. Replace top-side first; if symptoms persist, schedule a pull and inspect the pump’s check during routine service.
Key takeaway: pressure integrity is non-negotiable—stash seals and a quality check valve in your spare kit.
#3. Drop Pipe Discipline — Torque Arrestor, Safety Rope, and Cable Guard to Protect Your Threaded Assembly
Mechanical protection prevents wire chafe, union loosening, and premature wear on your threaded assembly. Three small parts deliver huge payback: a properly sized torque arrestor, a UV-resistant safety rope, and snap-on cable guards.
Even with a balanced Pentek XE motor, startup torque twists the column slightly. A torque arrestor centered above the pump absorbs that jolt so your drop pipe unions and electrical splices aren’t doing the work. A rated polypropylene or braided nylon safety rope is your insurance policy during pulls, and cable guards keep wires from sawing into casing during run cycles.
Diego’s first failure (on that old budget thermoplastic) started with chafed leads and a cocked pump. He won’t pull another assembly without fresh guards and an arrestor ready.
Sourcing the Right Sizes
Torque arrestor: match casing width (typ. 4" well casing) and secure just above the pump intake. Safety rope: choose 3/8" polypropylene or braided nylon with a working load greater than your wet assembly weight. Cable guards: snap-fit for 1-1/4" drop pipe, spaced every 10–15 feet for smooth travel and wire protection.
Pro Install Tips from the Field
Pre-stretch and pre-fit the arrestor so it slides without binding. Tie the safety rope with a bowline at the pump eyelet and tag the top with a clamp, not just a knot on the pitless. Use UV-rated zip ties at every guard and stagger splices so nothing rubs.
Key takeaway: securing the column is cheap insurance that extends pump life and preserves your 8–15 year lifespan.
#4. Water Quality Wear-Pack — Intake Screen, Wear Ring, and Teflon-Impregnated Staging Spares for Grit Defense
A little grit goes a long way in chewing through pump internals, which is why Myers’ Teflon-impregnated staging and engineered composite impellers are such standouts. If your water shows sand after heavy irrigation or seasonal drawdowns, add a wear-pack to your kit: spare intake screen, wear ring, and select staging hardware.
The Predator Plus Series uses self-lubricating impellers that resist abrasion. In my teardown bench notes, those impellers hold tolerance significantly longer in sandy wells than generic composites. An upstream screen and a clean, correctly sized wear ring preserve the best efficiency point (BEP) and keep your GPM rating stable for years.
At the Pereyra home, post-harvest fines show up twice a year. We stashed a factory intake screen and wear ring matched to their 1.5 HP, 10 GPM model, plus a service manual page tabbed and laminated. That forethought saves a weekend if flow sags.
When to Stock Staging Parts
If you’ve logged more than one sand event per year, or your static level fluctuates 30–60 feet seasonally, set aside at least an intake screen and wear ring. For ultra-deep or gritty wells, consider a full impeller stack refresh at the 8-year mark to reclaim head performance.
Field Service Steps to Restore Flow
Pull the pump; inspect the screen for scale or silt. Measure impeller face clearance; compare to spec. Replace the wear ring if tolerances open or grooving is visible. Reassemble using factory torque guidelines and thread sealant as recommended.
Key takeaway: Myers’ staging already outlasts the pack; a small cache of wear items guarantees you keep that edge.
#5. Tank Tee, Relief, and Gauge Set — Your Diagnostics Panel and Freeze-Rescue in One Box
The pressure side of a residential well water system lives or dies by the integrity of the tank tee assembly. A spare tank tee, 1/4-turn ball valve, 100 PSI glycerin-filled gauge, and 75 PSI relief valve give you both a quick swap option and your best diagnostic panel when things act up.
A clean tank tee layout with a drain spigot, relief, and accurate gauge tells you everything: cycling frequency, cutoff performance, and whether you’re hitting shut-off head prematurely. I recommend stainless or brass tees, and I keep one boxed with adapters to the household’s pipe size and a fresh roll of PTFE tape.
The Pereyras once fought freeze damage on the old tee after a cold snap. Now they’ve got a tee, relief, and gauge waiting on the shelf. If the basement floods or a fitting splits, they’re an hour from normal.
Pressure Tank and Precharge Basics
Set bladder precharge 2 PSI below the pressure switch cut-in; for 40/60, use 38 PSI. A too-low precharge causes short cycling; too high starves the pump. Check the tank annually with water drained. If your old tank spits water at the Schrader, the bladder’s compromised—schedule replacement.
Reading the Gauge Like a Pro
Rapid needle swing at low flow: suspect a waterlogged tank or bad pressure switch. Slow bleed-down: likely a check valve. Steady 20 PSI shortfall under heavy demand: verify pump curve vs. Your TDH (total dynamic head) and consider staging/HP adjustments.
Key takeaway: a spare tank tee kit solves problems and teaches you how your system behaves—both invaluable when the lights are out and frost is on.
#6. 2-Wire vs 3-Wire Preparedness — Control Box, Capacitors, and Lightning Protection That Match Your Configuration
Stock spares that actually match your pump. 2-wire configuration systems don’t use an external control box—motor start components are internal. 3-wire well pump systems do use an external control box with start/run capacitors and a relay. Your kit should reflect that difference.
For a Myers Predator Plus in 2-wire form (Diego’s setup), focus spares on line-side protection: a whole-house surge protector, fresh pressure switch, and properly gauged splice kits. For a 3-wire Myers, add a compatible control box—I recommend keeping a like-for-like HP-rated box with documented capacitor values. Label it with the pump’s HP and voltage.
Practical note: 3-wire setups can be handy for diagnostic swaps—pop in the spare box, and you’ll know if the issue is downhole or topside. Lightning-prone zones should consider both surge protection and a spare box even on 3-wire.
Correct Box Sizing and Mounting
Match box HP (1/2, 3/4 HP, 1 HP, 1.5 HP, 2 HP) and voltage (115V vs 230V) exactly. Mount it in a dry, ventilated location near your pressure switch. Keep conductors neat with ferrules on stranded wire for solid terminations. Document wiring colors in your spare kit binder for fast swaps.
Storm-Proofing the Panel
Surge protection at the service entrance plus a secondary SPD at the well panel is cheap insurance. Bond your system ground correctly, including the well casing if code allows. After major storms, visually inspect controls—scorched components warrant immediate replacement before nuisance trips begin.
Key takeaway: match your wire configuration, stock accordingly, and document everything inside your kit.
#7. Myers vs The Usual Suspects — Stainless Steel, Motor Efficiency, and Field Serviceability That Save Real Money Over Time
Here’s the frank comparison I give contractors and homeowners who ask why I steer hard toward Myers Pumps at PSAM—especially the Predator Plus Series.
Technically speaking, Myers builds around 300 series stainless steel for the shell, discharge bowl, shaft, coupling, wear ring, and suction screen. That metal choice resists corrosion in mineral-heavy or mildly acidic water far better than the cast iron elements still used by some lines. Paired with the Pentek XE motor—lightning and thermal overload protection, high thrust bearings, and continuous duty windings—you get tight hydraulic tolerances that produce 80%+ efficiency near BEP. The threaded assembly allows field teardown and staging service; you’re not locked out of repairs or dependent on proprietary tools.
In practice, this means simpler installs and fewer headaches than certain competitors. For instance, Goulds Pumps includes cast iron components in select assemblies that I’ve seen corrode in high-iron wells, which degrades impeller clearances over time. Red Lion’s thermoplastic housings, on the other hand, can fatigue under pressure cycles—exactly the failure the Pereyras endured. Installation flexibility also matters; whereas some Franklin Electric submersible systems tend to funnel service through narrower dealer networks with proprietary control nuances, Myers remains approachable for qualified contractors and savvy homeowners alike. Across 8–15 years, Myers’ 3-year warranty and Made in USA quality consistently reduce replacement frequency, energy costs, and downtime. Bottom line: for a rural home dependent on a single water source, that reliability is worth every single penny.
What the Numbers Mean in the Basement
20% potential energy savings when sized near BEP compared to less efficient staging. 8–15 years average service with proper maintenance; 20–30 years not unusual with excellent care. Faster field service—threaded assemblies let you repair instead of replace.
Key takeaway: materials, motor, and serviceability add up to real-life resilience. That’s exactly what your spare kit is protecting.
#8. Rick’s “Grab-and-Go” Myers Spare Parts Box — The Exact Checklist for 150–300 Foot Wells
Let’s put it all together. For a 150–300 foot deep well pump install running a Myers Predator Plus 7–20 GPM model at 40/60 PSI, this is the spare kit I build at PSAM.
40/60 UL-listed pressure switch, matched to your line voltage Whole-house surge protector and a panel-mounted secondary SPD Two submersible-rated wire splice kits for your cable gauge Stainless or lead-free brass 1-1/4" check valve Pitless adapter O-ring/seal kit for your exact model Torque arrestor sized for 4" casing; five snap-on cable guards 3/8" polypropylene safety rope, length = well depth + 15 feet Intake screen and wear ring matching your Myers staging Brass or stainless tank tee, 100 PSI liquid-filled gauge, 75 PSI relief PTFE tape, pipe dope, spare unions/adapters for your 1-1/4" NPT discharge For 3-wire only: matching control box with documented capacitor values Laminated pump curve, pump not holding pressure checklist, wiring color chart
The Pereyras’ bin looks just like this, labeled and ready. After one storm-swapped switch and a quick top-side check replacement six months later, Lila jokes their water stays on because “Diego finally listened to Rick’s list.”
Labeling, Storage, and Training
Use a weatherproof tote. Label each bag with part name, date purchased, and corresponding HP/voltage. Tape the laminated pump curve inside the lid and slide a QR code to your Myers manual download (PSAM hosts these). Walk the household through a 10-minute “kill power, verify, replace” drill once a year.
Key takeaway: with this box, you’ll turn most outages into straightforward, safe fixes—no panic, just parts and a plan.
Competitor Snapshot #1: Materials, Motors, and Maintenance — Myers vs Goulds and Red Lion (Detailed Comparison)
Technical performance: Myers’ commitment to 300 series stainless steel across wear components preserves impeller clearances and shaft alignment, sustaining max flow rate and head over time. The Pentek XE motor offers robust thrust handling and integrated thermal protected safety, enabling continuous duty at depth. By contrast, Goulds units with cast iron in their wet end risk corrosion in high-iron or low-pH wells, gradually eating efficiency. Red Lion’s thermoplastic housings limit pressure-cycle durability and are more vulnerable to cracking in temperature swings. Real-world application: Field service matters in rural emergencies. Myers’ threaded assembly allows on-site teardown for wear ring or staging refresh without a full replacement. Goulds serviceability varies by model and dealer accessibility; Red Lion frequently ends in “swap-the-unit” decisions due to material fatigue. Over 8–15 years, Myers pumps generally hold curve fit longer, which means fewer callbacks and lower energy per gallon. Value proposition: If your household depends on one pump 24/7, stainless, efficient staging, and serviceable design reduce total ownership costs. With PSAM stocking kits and manuals, Myers keeps families like the Pereyras pumping. Durable, efficient, and supported—worth every single penny.
Competitor Snapshot #2: Controls and Access — Myers vs Franklin Electric (Detailed Comparison)
Technical performance: Myers Predator Plus running a Pentek XE motor delivers high-thrust capacity, balanced starts, and efficient operation near BEP, trimming electricity bills by up to 20% annually when properly sized. Franklin Electric is a premium benchmark in motor manufacturing, no question, but system-level nuances—such as proprietary control preferences and certain dealer-based service pathways—can complicate in-field repairs and part sourcing for DIY-capable owners. Real-world application: Many rural homeowners and general contractors appreciate Myers’ approachable, field serviceable design that pairs with widely available controls and standard wiring practices. Swapping a standard switch, replacing a check, or servicing staging can often be done same-day from a stocked PSAM cart. Franklin systems may perform superbly but can require brand-specific control components and service networks, increasing downtime when parts aren’t on the shelf locally. Value proposition: For homeowners like Diego who want professional-grade performance but also want to keep spare parts on hand for emergencies, Myers offers a more flexible path. Fewer dependencies, excellent efficiency, and PSAM’s support make the long-haul economics simple—worth every single penny.
FAQ — Myers Pump Spare Parts Kit: Pro Answers from Rick
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with your well’s static and pumping levels, total lift to the pressure tank, and desired pressure (e.g., 40/60 = 50 PSI average ≈ 115 feet of head). Add friction loss for pipe length and fittings, then pick a pump curve where your target flow intersects within the model’s best efficiency point (BEP) window. A typical 3–4 bedroom home lands between 8–12 GPM. For 150–250 feet of TDH, a 1 HP submersible well pump often hits the sweet spot at 8–10 GPM. At 250–350 feet, consider 1.5 HP. Example: the Pereyras’ 285-foot well and 40/60 system use a Myers Predator Plus 1.5 HP at ~10 GPM to maintain pressure even during irrigation. My recommendation: call PSAM with your measurements; I’ll map your numbers to the correct curve so your pump runs near BEP, saves energy, and doesn’t short cycle.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most homes need 6–12 GPM, with 10 GPM a reliable planning target for simultaneous fixtures plus a shower or washer. A multi-stage pump builds pressure by stacking impellers; more stages equals more head for the same HP. If your well is deep or your house is uphill from the wellhead, a 10 GPM, 11–15 stage unit is common. Pressure is head: 1 PSI ≈ 2.31 feet. So a 60 PSI cut-out is roughly 138 feet of head, plus your lift and friction. Proper staging lets a Myers unit hold set pressure without constant cycling. The Predator Plus lineup offers the staging flexibility to hit your head requirement while staying efficient—no need to oversize HP if stages do the work.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency is earned through tolerances and materials. The engineered composite impellers in Myers pumps, combined with precision wear ring fit and 300 series stainless steel wear surfaces, minimize internal recirculation. That preserves head per stage and holds flow on the pump curve as components age. The Pentek XE motor adds electrical efficiency with high-thrust bearings and optimized windings, so more input watts convert to water at pressure. At BEP, you’ll see 80%+ hydraulic efficiency, translating into 10–20% lower energy consumption annually versus less efficient designs. In the field, that means the pump runs cooler and lasts longer. Result: lower bills, less downtime, more stable pressure.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Submersibles live in mixed chemistry—dissolved oxygen, iron, manganese, and variable pH all play a role. 300 series stainless steel resists corrosion and pitting in these conditions; it maintains surface finish and clearance, keeping efficiency high. Cast iron in the wet end can corrode in low-pH or iron-rich water, opening tolerances and robbing you of head over time. Stainless also handles thermal expansion and pressure cycles better, protecting threads and sealing faces. Myers builds critical wear components—shell, discharge bowl, shaft, coupling, wear ring, suction screen—in stainless. That’s why you can expect 8–15 years, and with excellent care, I’ve seen 20–30 years.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Abrasive fines act like sandpaper in the pump. Teflon-impregnated staging and self-lubricating impellers reduce friction and heat, limiting the abrasive interaction that erodes vanes and rings. The material choice maintains dimensional stability, so you don’t lose head quickly after a few gritty weekends. Myers designs the impeller stack to pass small amounts of sand without binding. In practice, homeowners like Diego keep head performance stable even in seasonal drawdown. Combine those materials with a clean intake screen and occasional wear ring refresh, and you protect both flow and efficiency much longer than typical composites.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor is built for continuous duty with high-thrust bearings, balanced rotors, and advanced windings to reduce I^2R losses. Add thermal overload protection and lightning protection, and you have a motor that survives abuse while converting more electrical energy into mechanical power. Starting torque is stable; shaft deflection stays low, protecting the impeller stack. You’ll see smoother startups and lower amperage draw during sustained runs, especially when the pump operates near BEP. For 230V systems, line losses are lower than 115V over equivalent distances, which also helps keep the motor cool and efficient.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
If you’re comfortable with electrical safety, plumbing, and lifting a wet assembly that can weigh 150–250+ pounds, a DIY install is possible. Still, I encourage a licensed contractor for deep wells or first-time installs. Critical points: correct wire gauge for run length and amperage draw, proper pitless adapter sealing, torque arrestor placement, and pressure tank precharge. Get the polarity and grounding right, and always test insulation resistance before energizing. At PSAM, I routinely guide experienced DIYers through drop pipe layout, check valve placement, and pressure switch setup. If it’s an emergency and you’re unsure, call a pro; water plus electricity isn’t the time to guess.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire well pump contains the motor’s start components internally; control at the surface is just a pressure switch and overcurrent protection. A 3-wire well pump uses an external control box with start/run capacitors and a relay. Diagnostics are sometimes easier on 3-wire systems—swap a suspect box before pulling the pump. However, 2-wire systems simplify installation and reduce parts count. Myers offers both. For the Pereyras, 2-wire reduced upfront complexity and, paired with surge protection, has been rock-solid. If you stock spares, remember: 3-wire kits need a matching control box; 2-wire kits focus on surge/pressure switch/splices.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
Plan for 8–15 years as a realistic window. I’ve seen 20–30 years in clean water, correctly sized, and well-protected electrical environments. Maintenance includes annual tank precharge checks, gauge and switch inspection, surge protection verification, and a top-side check valve refresh every few years in gritty wells. If your well produces fines, budget for an intake screen and wear ring service at midlife. Keep the pump operating near BEP (right HP and staging for your TDH and GPM), and you maximize lifespan.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
Annually: check tank precharge (2 PSI below cut-in), inspect pressure switch contacts, verify no leaks at the tank tee and unions, and exercise shutoffs. After storms: confirm surge protectors’ indicator status, check for warm or humming control components. Every 2–3 years: replace the top-side check valve in sandy systems; clean/replace the gauge if it’s sluggish. Midlife (year 7–10): for gritty wells, plan a pump pull to refresh the intake screen and wear ring. Recalibrate against the pump curve to ensure you’re still hitting spec. Those routine touches keep the Myers running efficiently and protect your investment.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
The 3-year warranty is a standout. Many brands cover 12–18 months. Myers’ 36-month coverage addresses manufacturing defects and performance issues under normal use, contingent on proper installation and electrical protection. For a rural family dependent on a single pump, that extra runway matters. Pair it with PSAM’s same-day shipping on in-stock items, and you’re not stuck hunting parts or paying for early replacements. In my experience, the combination of robust build and extended warranty significantly reduces the total cost of ownership over the first decade.

12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Consider purchase price, energy, maintenance, and replacement frequency. A budget pump that lasts 3–5 years with lower efficiency and a 1-year warranty often gets replaced twice in a decade, sometimes three times in rough wells. Myers, running at 80%+ hydraulic efficiency, typically lasts 8–15 years and carries a 3-year safety net. Energy savings alone—10–20% annually near BEP—stack up. Add in field serviceability that lets you replace a wear ring or refresh staging instead of buying a whole new unit. Over 10 years, most homeowners I advise spend less—and spend fewer weekends without water—on a Myers. That’s not marketing; that’s my service log talking.
Conclusion
If you’ve ever hauled buckets to flush toilets, you know why I’m so insistent about spare parts. A smart Myers Pump spare kit transforms panic into a plan—switch swapped, splice sealed, check replaced, water on. With the Predator Plus Series, you also start with the right foundation: 300 series stainless steel, Teflon-impregnated staging, an efficient Pentek XE motor, and a field serviceable design that respects your time and budget. For the Pereyras, that meant a calm, 30-minute repair where there used to be an all-day outage. For you, it means dependable water through storms, seasons, and busy weeks.
Build the kit. Label it. Store it next to the tank. And when the pressure drops at 9 p.m. On a Sunday, you’ll be incredibly glad you chose Myers from Plumbing Supply And More—reliable parts, real support, and a system that’s worth every single penny.