The shower went cold, the faucet sputtered, and then silence—no water. A storm the night before had rattled the windows and lit up the ridge. By morning, the well system was dead. I’ve stood in more basements than I can count after a lightning event, staring at burnt windings and melted splices. It’s preventable, and if you pick the right pump and protect it right, you won’t be hauling five-gallon buckets from a neighbor.
Meet the Ramaswamy family in rural Pennsylvania. Arjun (39), a high school math teacher, and his wife Priya (37), a home-based CPA, live on seven acres outside Lewisburg with their kids, Lena (9) and Rohit (6). Their 280-foot private well relied on a 1 HP budget submersible. After a summer thunderstorm, the motor locked up, the control box smelled like burnt electronics, and the pressure tank gauge sat at zero. A contractor later confirmed: voltage spike likely took the motor windings and the start components. After two replacements in five years, Arjun and Priya wanted a solution that could take a surge, handle their grit, and deliver stable pressure for laundry, irrigation, and the evening shower rush.
This guide is for families like the Ramaswamys, for contractors who field those Saturday morning “no water” calls, and for emergency buyers who can’t wait for municipal water to bail them out. We’ll cover how to harden your system against lightning and voltage spikes, why the Myers Predator Plus Series is the submersible to trust, and the exact accessories and installation methods that keep you running when storms strike. We’ll break down stainless steel construction, Pentek XE motors, surge devices that actually work, grounding that saves pumps, how to size lightning-tolerant systems, and why field-serviceable assemblies matter. By the end, you’ll know exactly which Myers submersible well pump and protection kit to order from Plumbing Supply And More (PSAM) to keep your water on—and your stress down.
Awards and achievements worth noting up front: Myers Predator Plus submersibles are backed by Pentair engineering, deliver 80%+ hydraulic efficiency near BEP, carry an industry-leading 3-year warranty, and are Made in USA with NSF/UL/CSA certifications. As PSAM’s technical advisor, I’ve specified, installed, and serviced these pumps for decades. When reliability matters, Myers is worth every penny.
#1. Myers Predator Plus Series Lightning-Ready Platform – Pentek XE Motor, 300 Series Stainless Steel, and Factory Thermal/LSP Protection
A storm doesn’t have to be a direct hit to ruin a pump—induced surges travel the service drop and toast windings. Starting with a pump designed to tolerate abuse is step one.
The Myers Predator Plus Series marries a Pentek XE motor to a multi-stage pump built from 300 series stainless steel—shell, discharge bowl, shaft, coupling, wear ring, and suction screen. The XE motor’s robust stator and high-thrust bearing stack handle momentary voltage irregularities better than bargain motors. You also get integrated thermal overload protection that trips before winding insulation cooks. The pump end uses Teflon-impregnated staging with self-lubricating impellers that resist abrasive wear, which often spikes current draw and invites failure during storm-stressed restarts. Pair that with a factory-tested assembly and you have the backbone of a surge-resilient well system.
For the Ramaswamys, we selected a Myers Predator Plus 1 HP, 10 GPM model matched to 280 ft TDH, 230V, with a 1-1/4" NPT discharge. Their previous unit lacked motor protection and used mixed metals that corroded under their slightly acidic water, compounding current draw. With the Myers XE motor and stainless build, their system is now far less vulnerable after grid disturbances.
Surge-Tolerant Motor Core: Pentek XE High-Thrust Design
High-thrust bearing stacks keep axial loads controlled across start/stop cycles, especially after power blips. The single-phase motor offers efficient torque at startup while minimizing inrush. When lightning causes a partial brownout or transient spike, that thermal protection limits heat soak, saving the motor. In my field experience, XE motors consistently outperform standard offerings during storm seasons.
300 Series Stainless: Conductive but Corrosion-Resistant Stability
A grounded, corrosion resistant envelope provides both mechanical longevity and electrical stability. While stainless is conductive, proper bonding turns the pump into a safe, predictable component of your grounding system—critical for routing surges to earth instead of into windings.
Teflon-Impregnated Staging: Low Friction During Disturbed Voltage Events
On dirty restarts, friction is the enemy. Engineered composite impellers with Teflon impregnation reduce starting torque under gritty conditions, which helps the motor ride out marginal voltage. Less drag equals less heat and fewer nuisance trips.
Key takeaway: Start with Myers Predator Plus. It’s the storm-ready foundation your well system needs.
#2. Layered Surge Defense – Whole-Home SPD, Pump Circuit SPD, and Grounding/Bonding That Actually Works
One surge protector isn’t enough. Lightning protection is a layered approach that bleeds off energy at the service, the subpanel, and at the equipment.
At the service entrance, a Type 1 surge protective device (SPD) clamps major transients before they propagate. In the pump subpanel, a Type 2 SPD intercepts the leftovers. Downhole, the motor’s thermal and overload protection handles residuals. These devices require proper grounding and bonding to a driven ground electrode system with low impedance—8 ohms or less when practical—to move energy to earth quickly. Use a dedicated equipment grounding conductor down the well and ensure the pitless adapter, well cap, and drop pipe bonding are intact.
For Arjun and Priya, we installed a Type 1 SPD at the meter base, a Type 2 SPD at the pump breaker, and upgraded their ground electrode conductor and bonding jumpers. Their old setup had a loose clamp on the ground rod, essentially “floating” the system. No surge device can work without a solid ground path.
Service Entrance SPD: The First Punch
Install a UL listed Type 1 SPD at the main service to absorb the big hit. Size it for the available fault current and ensure short, straight leads to minimize let-through voltage. Keep the SPD’s leads twisted and as short as possible—lead length is protection.
Pump Circuit SPD: Targeted Clamp for the Well Feed
A dedicated Type 2 SPD on the pump breaker catches what slips by. Bond neutrals and grounds only at the main service, not the subpanel, to avoid objectionable current. Good wiring practice makes surge protection effective.
Grounding and Bonding: Low Impedance or Don’t Bother
Lightning is fast. If your ground path is long, corroded, or loose, energy will find your motor windings. Verify ground rod depth, bonding continuity to the well casing, and continuous EGC to the pump.
Key takeaway: SPDs without proper grounding are decoration. Layer your defense and bond it right.
#3. 2-Wire vs 3-Wire Myers Configurations – Simpler Protection Paths, Fewer Points of Failure, Lower Upfront Cost
Lightning loves complexity. Every component on the wall is another target and another path for a surge to creep through.
A 2-wire well pump configuration integrates starting components in the submersible motor. That means fewer external parts to fail and fewer surge-sensitive devices on your basement wall. A 3-wire well pump uses a control box with capacitors and relays—more installation variables and more surge points. Myers offers both, but when lightning protection and simplicity are priorities, 2-wire often wins for 1/2 to 1 HP applications.
The Ramaswamys moved from a 3-wire budget pump with a cheaply built control box to a Myers Predator Plus 2-wire 1 HP at 230V. We eliminated a failure-prone box and simplified SPD protection to the breaker feed. Their restart after voltage dips is now predictable and protected.
When to Choose 2-Wire
For 1/2, 3/4, and many 1 HP builds under 300 feet of head, the 2-wire Myers keeps installation clean. One breaker, one SPD, one continuous EGC—fewer surge casualties.
When 3-Wire Still Makes Sense
Long runs with marginal voltage, specialized soft-start needs, or service conditions that favor an external box for diagnostics can justify 3-wire. Myers’ control boxes are rugged and PSAM stocks replacements for fast swaps.
Protection Differences
In 2-wire, direct SPD-to-breaker protection covers the motor and internal start pack. In 3-wire, size your SPD and consider a secondary SPD at the control box—lightning aims for capacitors first.
Key takeaway: When practical, pick Myers 2-wire. It’s clean, resilient, and surge-friendly.
#4. Comparison Deep-Dive: Myers Predator Plus vs Franklin Electric and Goulds in Lightning Country
Technical Performance Analysis: Myers Predator Plus builds around 300 series stainless steel components and Teflon-impregnated staging, paired to a Pentek XE motor with robust high-thrust bearings and integrated thermal protection. Franklin Electric offers strong motors but often leans into proprietary control ecosystems that add complexity and surge targets. Goulds uses respected hydraulics, yet many models incorporate cast iron components that, in acidic or mineral-rich water, degrade—raising current draw and making motors run hotter during brownouts, which storms exacerbate.
Real-World Application Differences: In the field, Myers’ field-serviceable threaded assembly lets any qualified contractor pull, service, and reassemble without specialized dealer-only parts. Lightning events frequently take out wall-mounted control boxes; Myers’ flexible 2-wire option reduces that exposure. In my service logs, Myers Predator Plus routinely delivers 8–15 years, versus 3–6 years across mixed systems subjected to repeated surges, particularly where grounding isn’t perfect. Goulds cast elements in corrosive aquifers often accelerate into premature replacement cycles.
Value Proposition Conclusion: For rural properties that see multiple thunderstorms a season, fewer external components and stainless pump ends win. Add Pentair’s backing and PSAM’s same-day shipping, and the Myers package is simply more survivable—and worth every single penny.
#5. Sizing for Stability – Matching HP, GPM, and TDH to Reduce Lightning-Induced Stress
Oversized motors ride out voltage sags; undersized ones cook when forced to push beyond the pump curve after a power blip. Correct sizing is protection.
We start with TDH (total dynamic head): static water level + drawdown + friction loss + desired pressure at the tank myers sewage pump submersible tee. Then pick a GPM rating that puts your duty point near the best efficiency point (BEP). Myers Predator Plus offers 7–8 GPM through 20+ GPM configurations with stages tailored for depth. For the Ramaswamys’ 280-foot well and a four-fixture simultaneous demand, a 10 GPM at 1 HP placed them near BEP around their operating head. That stability reduces heat during utility sags and short cycling after transient outages.
Use the Curve, Not a Guess
Grab the Myers curve chart, set your duty point, then select the staging. Pumps running near BEP draw stable amperage and tolerate disturbed voltage better. That’s surge resilience by design.
Pressure Tank and Pressure Switch Pairing
A properly sized pressure tank with adequate drawdown minimizes rapid cycling (a killer after storms). Pair with a quality pressure switch set to 40/60 or 30/50 depending on household needs.
Drop Pipe, Wire Gauge, and Voltage Drop
Undersized wire multiplies voltage sag during storms. Size your 230V conductors for less than 5% voltage drop at the motor across the full run. Document the amperage draw under load.
Key takeaway: Right-size the Myers pump to your well and plumbing. Stability is protection.
#6. Stainless Steel vs Thermoplastic Under Surge Stress – Why Materials Matter to Electrical Survival
Electrical events expose mechanical weaknesses. A pump flexing in and out of pressure rapidly due to short cycling will hammer stages, which raises current draw and torches windings during the next brownout.
Myers’ 300 series stainless steel pump end resists micro-cracking and deformation under pressure oscillation. In contrast, thermoplastic housings often seen in budget models can craze or crack under repeated wave action when utilities bounce. The threaded assembly on a Myers lets you service wear items, replace a stage, and keep a matched motor—less waste, more control over your investment.
The Ramaswamys’ previous pump used a thermoplastic discharge head that developed a hairline fracture after pressure cycles. That tiny air leak created intermittent run conditions, which made their motor fight for prime after sags. Stainless sealed the deal—literally and figuratively.
Wear Rings and Intake Screens—Small Parts, Big Role
Stainless wear rings maintain tight tolerances during transient loads. A rigid intake screen keeps grit out when turbulence follows a restart.
Internal Check Valve Quality
A quality internal check valve prevents backspin and reverse flow at power loss. Backspin at re-energization is hard on motors and start packs.
Field Serviceability as Insurance
If a surge event forces maintenance, you want a pump designed to be rebuilt on-site. Myers delivers that.
Key takeaway: Stainless and serviceable beats thermoplastic every storm season.
#7. Protecting the Run to the Well – Cable, Splices, and the Hidden Surge Path Most People Ignore
The best motor in the world won’t survive lousy splices. Lightning energy follows conductors—and water-wicked splices become pathways to motor windings.
Use submersible-rated cable with correct gauge for the run and head. Employ a heat-shrink, resin-filled wire splice kit that seals watertight. Add a cable guard to keep conductors off the casing and a torque arrestor to stabilize starts. Bond the well casing, pitless, and drop pipe components with a continuous equipment grounding conductor. If you’ve got a steel casing, include a bonding clamp that won’t loosen over time.
When we pulled the Ramaswamys’ failed unit, the splices were twisted and taped—no heat-shrink. Water intrusion plus surge equals carbonized insulation and a short. We replaced with PSAM’s heavy-duty splice kit and added a second torque arrestor at 10 feet above the pump.
Conductor Selection and Voltage Drop
Calculate voltage drop at locked-rotor and running amps. Fluctuation during storms plus long conductors equals stress. Go up one gauge myers pump distributors if you’re on the fence.
Mechanical Protection in the Well
Use cable guards every 10–20 feet to prevent abrasion. Keep all penetrations sealed at the well cap.
Pitless Adapter Integrity
A loose pitless can arc under load after a surge. Inspect O-rings and seating surfaces, replace if pitted.
Key takeaway: Treat wiring as part of your surge system. Seal it, protect it, and bond it.
#8. Comparison Deep-Dive: Myers vs Red Lion and Grundfos on Protection Simplicity, Materials, and Long-Term Cost
Technical Performance Analysis: Red Lion’s submersible offerings often rely on thermoplastic housings that don’t love pressure swings and thermal cycles common after outage/restoration events. Grundfos carries premium hydraulics, but many installations lean on 3-wire configuration and more complex controls—added surge targets and higher upfront costs for control hardware. Myers Predator Plus counters with stainless steel shells, optional 2-wire configuration, and Pentek XE motors with strong thermal protection and high-thrust bearings.
Real-World Application Differences: Post-storm, I’m replacing fractured thermoplastic heads and fried control boxes more often than stainless, 2-wire builds. While Grundfos is respected, the extra components and cost create exposure in lightning-heavy regions, and replacement control boxes aren’t cheap. Myers’ field-serviceable design and US-made reliability paired with PSAM’s same-day shipping reduce downtime for rural families that cannot wait.
Value Proposition Conclusion: From materials to control simplicity to in-stock parts, Myers keeps the system lean, rebuildable, and resilient. Fewer external components to fry, stainless to resist mechanical stress, and protection baked in—worth every single penny.
#9. Pressure Tank Strategy After Storms – How Proper Drawdown and Check Valves Prevent Rapid Cycling and Overheating
Surges cause hiccups. Hiccups cause short cycling. Short cycling cooks motors. The cure is volume and control.
A correctly sized pressure tank with adequate drawdown (think 1–2 gallons per fixture equivalent) smooths post-outage recovery. Set the precharge to 2 psi below the cut-in of your pressure switch. Confirm the check valve at the pump holds tight; avoid adding a second check at the tank tee unless needed, as double-checks can trap air and cause hammer. Use a clean, straight run at the tank tee with a drain, gauge, and relief valve.
For the Ramaswamys, we upsized their tank from a 20-gallon equivalent to a 44-gallon equivalent. After power was restored, their system came back without chatter—no machine-gun clicking of the switch, no overheated motor.
Pressure Switch Settings: Right for Your Pipe Sizes
If you have long runs and smaller pipe, 30/50 can be kinder than 40/60. The motor sees less head on restart.
Relief Valves and Gauges
A working relief valve saves systems from runaway pressure if a switch welds shut after a surge. Keep a reliable gauge on the tank tee for diagnostics.
Flow Restrictors Are Not a Fix
Use proper sizing, not band-aid restrictors. Your Myers pump will live longer.
Key takeaway: Tank volume and a tight check valve are cheap insurance for storm recovery.
#10. Myers 3-Year Warranty, Pentair Backing, and PSAM Support – When Lightning Strikes Twice, You’re Not Alone
Protection is a system, and support is part of that system. Lightning seasons stretch over months; you need a partner, not just a part.
Myers delivers an industry-leading 3-year warranty—far beyond the 12–18 months I see on many brands. That’s confidence backed by Pentair R&D and testing. Every pump is factory tested, UL listed, and CSA certified. PSAM keeps the popular Predator Plus models in stock for same-day ship, including 1/2 HP to 2 HP, 230V units, and both 2-wire and 3-wire variants. We carry the accessory stack: SPDs, control boxes, pitless adapters, tank tees, fittings kits, and drop pipe. When Arjun called at 7:15 a.m., we had the pump and surge kit on a truck by 10.
Documentation and Curves at Your Fingertips
We provide full pump curve charts, dimensional drawings, and installation manuals. Contractors get what they need; homeowners get clarity.
Rick’s Picks: Protection Bundle
My “Storm-Hardened Submersible Kit” pairs a Predator Plus pump with Type 1/Type 2 SPDs, a heavy-duty splice kit, torque arrestor, cable guards, and a tank tee package.
Real Warranty, Real People
If something goes sideways, Myers and PSAM work the issue quickly. Warranty that actually helps reduces lifetime ownership costs by 15–30%.
Key takeaway: Hardware plus support equals resilience. Myers + PSAM is the protection team you want.
FAQ: Myers Submersible Well Pump Lightning and Surge Protection
1) How do I determine the correct horsepower for my well depth and household water demand?
Start with your TDH: static level + drawdown + friction losses + desired pressure (convert psi to feet: psi x 2.31). A typical 2–3 bath home needs 8–12 GPM. Cross your duty point on the Myers curve to find the pump and horsepower that hit your GPM near BEP. For example, at 260 feet TDH and 10 GPM, a Myers Predator Plus 1 HP multi-stage is often ideal. If you irrigate or have livestock, bump GPM and possibly HP to maintain pressure under peak demand. Err on the side of keeping your duty point close to the curve’s efficient region—over-sizing by a full HP can drive cycling; under-sizing overheats the motor during sags. For the Ramaswamys at 280 feet, 1 HP at 10 GPM was the sweet spot. My recommendation: gather real numbers (depth, drawdown, line size, fittings count) and call PSAM—we’ll run the numbers with you.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most households run well on 8–12 GPM. Multi-family setups or irrigation may push that to 15–20 GPM. A multi-stage pump stacks impellers to raise head, converting motor energy into pressure efficiently. More stages equal more head for a given flow; fewer stages favor higher flow at lower head. If your house sits uphill or you run long lines, stages are your friend. Myers Predator Plus covers 7–8 GPM through 20+ GPM models, with shut-off head ranging roughly 250–490 feet depending on staging. More stages won’t fix undersized wiring or a tiny pressure tank, but paired correctly, multi-stage designs stabilize pressure through shower-laundry-dishwasher chaos. I tell homeowners: choose the flow you need and let stages provide the head your property demands.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
Efficiency comes from precise hydraulic geometry, tight tolerances, and reduced friction. Myers leverages engineered composite impellers with Teflon-impregnated staging to minimize losses, and wear rings maintain clearances over time. Near BEP, friction losses are lowest and stage stacking translates cleanly into pressure. Add the Pentek XE motor—optimized for torque and lower thermal rise—and you get a system pulling fewer amps per gallon delivered. Real-world result: a 10 GPM Myers at BEP can shave 15–20% off energy vs a similar-head pump running off-curve. In lightning country, that efficiency also means cooler operation during momentary sags—less heat, longer life.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
Below ground, water chemistry rules. 300 series stainless steel resists corrosion from acidic pH and high mineral content far better than cast iron. As iron corrodes, internal clearances open up, efficiency drops, and motors work harder—especially dangerous when storms cause voltage fluctuations. Stainless maintains structural integrity through pressure cycles and resists pitting that leads to leaks at the discharge head. It’s also easier to service thanks to the threaded assembly. In Pennsylvania and the Northeast, where I see tannins, iron, and variable pH, stainless consistently outlasts cast components. Fewer corrosion-driven failures equals fewer emergency calls and lower lifetime cost.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Abrasives eat pumps by increasing friction at every interface. Myers uses self-lubricating impellers with Teflon impregnation to lower surface friction and resist abrasion so particles slide rather than gouge. Combined with durable wear rings, the staging maintains efficiency longer under sandy conditions. Lower friction reduces startup torque and heat—critical after sags or blips. In wells with seasonal drawdown that pull occasional grit, this can mean the difference between 4-year and 10-year service life. I still recommend a proper well screen and, if needed, a spin-down sediment filter topside, but the impeller design is a built-in safety net.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor features a high-thrust bearing stack, optimized rotor/stator geometry, and thermal overload protection tuned to real pump loads. That combination delivers torque with lower thermal rise and better tolerance to brief voltage irregularities. The motor handles axial loads from multi-stage stacks without chattering or overheat, and during restarts after outages, it gets up to speed cleanly. In my data logs, XE motors show lower average amperage for equivalent head/flow vs many “standard” motors—translating to cooler operation and longer insulation life. Put simply: efficient torque under variable real-world conditions.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
Competent DIYers can install a Myers submersible well pump with careful adherence to code, the manual, and safety practices. You’ll need a hoist or tripod, proper drop pipe, approved wire splice kit, torque arrestor, cable guards, and a tested pitless adapter. You must size wire for voltage drop, set the tank and pressure switch, and perform leak/electrical tests. However, lightning protection adds complexity—installing Type 1/Type 2 SPDs and verifying grounding/bonding is where many DIY installs fall short. If water is critical and you want protection dialed in, a licensed well contractor is money well spent. My recommendation: at minimum, hire an electrician for SPDs and service grounding if you DIY the mechanical work.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
A 2-wire configuration integrates starting components in the motor. It’s simpler: fewer parts on the wall, fewer surge targets, and easier SPD protection at the breaker. A 3-wire configuration uses an external control box with capacitors and a relay, offering diagnostic advantages and serviceability but adding components that can fail in lightning events. Myers offers both across 1/2 to 2 HP. For many homes up to about 300 feet TDH, I prefer 2-wire for storm resilience. For long runs with borderline voltage or specialized soft-start/control needs, 3-wire still has a place. Either way, Myers’ quality control boxes and Pentek motors keep the system durable.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
With correct sizing, clean power, and maintenance, premium Myers models routinely deliver 8–15 years, and I’ve seen well-cared-for systems go 20–30 years. Key factors: voltage within spec, adequate pressure tank drawdown to prevent short cycling, proper filtration for sandy aquifers, and tight splices. Add layered surge protection and reliable grounding/bonding, and storm seasons become non-events. The Ramaswamys are now set up for a decade-plus of service because we addressed the entire ecosystem—not just the pump.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
Annually: verify pressure tank precharge, inspect switch contacts, test the relief valve, and check for leaks at the tank tee. Record running amperage draw and compare to the nameplate—rising amps suggest friction or electrical issues. Every 2–3 years: check SPD status LEDs, re-torque ground/bonding connections, and inspect the pitless. After severe storms: confirm pressure holds, no rapid cycling, and stable amperage. If you have sediment issues, clean/replace spin-down filters quarterly. Keep records; trends reveal problems early. Maintenance is cheap insurance compared to a mid-winter pull.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Myers offers an industry-leading 3-year warranty on the Predator Plus series—well beyond the 12–18 months common in the market. It covers manufacturing defects and performance issues under normal operation. While warranties don’t cover direct lightning strikes, Myers’ robust design and PSAM’s protection bundles minimize surge-related failures. Compare that to brands with shorter terms or more limited coverage; longer protection lowers your 10-year cost of ownership and shows confidence in the product. Practical note: document your install (photos of grounding/SPDs, pressure settings, wiring) to smooth any claim. Myers stands behind its pumps, and PSAM advocates for our customers.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Budget brands can look cheap upfront, but frequent replacements, higher power use, and weaker warranties add up. A budget 1 HP might last 3–5 years, especially in lightning country, leading to two or three swaps in a decade. Add service calls, emergency shipping, and inflated utility bills from running off-curve. A Myers Predator Plus, sized properly and surge-protected, typically runs 8–15 years with lower amperage at BEP—cutting energy consumption by up to 20%. Even if the initial investment is higher, the combination of lifespan, efficiency, and a 3-year warranty drives the 10-year TCO down. In my field ledger, Myers wins the decade—by hundreds to thousands—because uptime matters.
Conclusion: Storm-Hardened Water Starts with Myers—and PSAM Has Your Back
Lightning and surges don’t have to mean no water. Build your system around a Myers Predator Plus pump with a Pentek XE motor and 300 series stainless steel construction. Layer in Type 1 and Type 2 surge protective devices, get the grounding and bonding right, size the pump to run near its best efficiency point, and protect your wiring with proper splice kits, cable guards, and a torque arrestor. Finish with an adequately sized pressure tank and quality pressure switch. That’s the recipe the Ramaswamys used to turn panic into predictable comfort—and it’s the one I recommend on every lightning-prone job.
Plumbing Supply And More stocks the full Myers lineup—from 1/2 HP to 2 HP—plus the protection bundles and installation components to do it right the first time. Need it now? We ship same day on in-stock items. Want a second set of eyes on your sizing? Call and ask for Rick’s Picks—I’ll point you to the exact pump curve and protection package that fits your well, your home, and your weather. When storms roll in, you’ll be ready. Myers and PSAM make sure of it. Worth every single penny.