PSAM Myers Well Pump Start-Up and Priming Guide

Introduction

The shower went cold, pressure slid from a trickle to nothing, and every faucet in the house went silent. For a rural home on a private well, that’s an emergency—no cooking, no bathing, no laundry, and no way to rinse grit out of a scraped knee. A properly sized, properly primed well system is not optional. It’s the heartbeat of the home.

Two Saturdays ago, I picked up a call from Mateo and Priya Mendieta outside La Pine, Oregon. Their 185-foot private well hadn’t delivered water since a mid-cycle shutdown during laundry night. Their 3/4 HP Goulds pump—a replacement installed three years earlier—had given up with a seized stage and corroded cast-iron component. With two kids (Sofia, 9, and Leo, 6), livestock troughs to fill, and weekend guests arriving, the Mendietas needed a dependable, fast-start plan. We sized their system, shipped a Myers Predator Plus same day from PSAM, and walked Mateo through start-up and priming over a video call. They were back to normal by dinner.

This start-up and priming guide is the exact sequence I use in the field—made for new installs, emergency swaps, and seasonal reopenings. We’ll cover: selecting the right Myers model and horsepower, reading the pump curve and TDH correctly, prepping drop pipe and pitless, wiring and system protection, safe submersion and set depth, first pressurization and leak checks, priming and air purge, pressure switch settings, troubleshooting the first 24 hours, and post-start performance tuning. I’ll show where Myers outclasses common alternatives, explain why their materials and motors matter, and call out mistakes that strand families without water. If you’re a rural homeowner, a contractor looking to go faster, or an emergency buyer who needs water flowing today, this is your roadmap.

Awards and Achievements: Myers’ Predator Plus Series carries an industry-leading 3-year warranty, posts 80%+ hydraulic efficiency near BEP, is backed by Pentair engineering, and is Made in the USA with critical NSF/UL/CSA listings. At PSAM, we keep the right models and accessories in stock and ship the same day when you need it most.

I’m Rick Callahan—PSAM’s technical advisor. I’ve sized, primed, and restarted thousands of well systems. Let’s get your Myers pump running right the first time.

#1. Confirm System Sizing and Total Dynamic Head - Reading the Myers Pump Curve for Real-World Flow

Proper start-up begins before you lower a single foot of pipe: if sizing is wrong, priming and performance will never be right. That’s why I start with matching demand to the selected model and its pump curve.

Most rural homes do well with 8–12 GPM and 40–60 PSI at the house. Depth, lift, friction loss, and elevation all roll into your TDH (total dynamic head). For the Mendietas’ 185-foot well feeding a one-bath ranch and modest irrigation, we moved from a failed 3/4 HP to a Myers Predator Plus 1 HP at 10 GPM. That curve delivers the headroom to hit pressure while staying close to the unit’s GPM rating sweet spot—reducing cycling and extending motor life.

• For every 2 PSI, add ~4.6 feet of head. A 50 PSI delivery target adds ~115 feet to TDH.
• Add static lift from water level to pressure tank elevation.
• Add friction: about 2–12 feet per 100 feet of pipe depending on ID and fittings count.

Mateo and I calculated ~320 feet TDH including static, pressure, and friction for steady 10 GPM.

Pro Tip: Calculating TDH Quickly

Count static lift (water level to tank inlet), add pressure conversion (PSI x 2.31), then include friction from a chart. It’s not perfect, but with a conservative buffer you’ll land in the right part of the pump curve. Being a little “big” is fine; oversizing wildly accelerates cycling and kills motors.

BEP and Efficiency Matter

Operating near the pump’s best efficiency point reduces heat and electrical cost. Myers Predator Plus achieves 80%+ in that window. Set expectations: you want durable, quiet pressure—not an undersized unit constantly playing catch-up.

Mendieta Check-In

We set the target for 10 GPM at 50 PSI and verified the Predator Plus 1 HP curve intersected their TDH with breathing room. That’s the foundation of a clean start-up.

Key takeaway: Size it right, aim for BEP, and you’ll only prime once—then enjoy stable water for years.

#2. Material Matters - Why 300 Series Stainless Steel and Teflon-Impregnated Staging Win in the Real World

Start-up succeeds long term when a pump’s internals shrug off grit, minerals, and pressure cycles. This is where Myers construction and staging raise the bar: 300 series stainless steel resists acidic and mineral-rich water, and Teflon-impregnated staging keeps the impellers smooth and self-lubricated even when sand finds its way in.

Functionally, this means every surface that counts—suction screen, shaft, wear ring, discharge bowl—stays dimensionally true. Precision in multi-stage units keeps pressures up and motor loads stable. Erosion in inferior housings leads to widening clearances, slipping performance, and spiraling energy use. Myers’ engineered composite impellers and wear-resistant components resist that slide, which is why I rarely get callback complaints after proper installs.

The Mendietas’ old pump failed precisely because cast elements corroded, dragged, and locked up. After that experience, Priya wanted stainless top to bottom and a clear path to eight-plus years of steady service.

Comparison Spotlight: Myers vs. Goulds and Red Lion (150–200 words)

On paper, several premium brands look similar. In the field, differences show up in year three. Myers’ reliance on 300 series stainless steel for key wetted parts resists corrosion in water with higher iron or acidic pH—conditions that invite trouble for competitors using cast iron components in critical areas. Teflon-impregnated staging in Myers pumps also reduces friction and abrasion from incidental grit, maintaining tight hydraulics and keeping GPM within spec deep into the life of the unit. Goulds, with cast elements in certain models, can corrode faster under challenging water chemistry, eroding impeller clearances and lowering head over time. Budget-focused Red Lion submersibles that lean on thermoplastic housings are vulnerable to pressure-cycle stress cracks and thermal expansion, especially at higher shut-off pressures. Real world? Myers stays quiet and steady at 50–60 PSI while low-cost housings complain and cast stages pit and stall. Over a 10-year window, fewer replacements and fewer service calls add up. Stainless staging, self-lubricating impellers, and resilient housings underwrite consistent performance—worth every single penny.

Mendieta Check-In

Iron staining was showing up around Mateo’s troughs and laundry tub. After discussing corrosion paths, he said, “No more cast parts.” Myers stainless was the obvious call.

Conclusion: Start with materials that won’t fight you. Stainless and self-lubricated staging are the difference between a three-year headache and a decade of quiet service.

#3. Motor Confidence - Pentek XE High-Thrust Power and Protections for Fast, Safe Start-Up

Reliable starts depend on a motor that handles thrust loads, heat, and electrical quirks. Myers submersibles pair with the Pentek XE motor, a high-thrust, efficient design built for continuous duty. It includes thermal overload protection and lightning protection—two safeguards I want on every rural property dealing with voltage swings and summer storms.

What does this do for start-up? First, it tolerates the small mistakes that happen during priming and first pressurization—momentary deadheads, a closed valve you forgot to open, or an air pocket at the tee. Second, high thrust capacity keeps axial loads under control across multiple stages, protecting bearings while you purge air and set pressure. Combine that with Myers’ close-clearance hydraulics, and you’ll feel pressure come in smoothly, not in surges.

For the Mendietas, the motor’s protective stack mattered. La Pine sees lightning; they already lost a neighbor’s pump last August. Motor resilience plus a solid ground rod and surge protection gave Priya peace of mind.

Surge and Thermal Protections During Start-Up

Start-up is the riskiest moment of a pump’s life. With the Pentek XE motor tied to a stable 230V circuit, locked-rotor amps stay within myers submersible design, protections buy time if a valve is shut, and thermal sensors prevent cooking the windings. That’s how you survive minor oversights.

Efficiency That Shows on the Bill

An efficient motor cutting a few amps at target head translates into annual savings. Over five years, that’s real money. Better yet, lower heat means longer insulation life, which means fewer motor burnouts.

Key takeaway: Give your well a motor that forgives small human errors and delivers big on efficiency.

#4. Wire It Right - Clean 2-Wire and 3-Wire Installations, Pressure Switch, and Control Logic

Before you drop the pump, decide your configuration: a 2-wire well pump simplifies installation—no external control box, fewer splices—while a 3-wire well pump uses a separate control box and can allow easier capacitor or relay service outside the well. Myers supports both with precise diagrams and compatibility notes.

Either way, good starts come from clean splices, correct rotation, proper ground, and correctly set pressure switch. I encourage contractors and handy homeowners to label every lead, use gel-filled heat-shrink kits, and pull steady tension on the drop cable so it cannot chafe.

The Mendietas selected a 2-wire 230V configuration for speed and simplicity. In the real world, that saved them $250 on control components and got them water faster.

Comparison Spotlight: Myers vs. Franklin Electric (150–200 words)

Wire choices impact cost, serviceability, and who can do the work. Franklin Electric is a respected name, but many of their submersible packages are paired with proprietary control schemes and dealer-centric parts channels. That can slow DIY-friendly swaps and add cost when a control module fails. Myers’ lineup supports both 2-wire well pump and 3-wire well pump installations with straightforward wiring, widely available control components, and field-serviceable connections. On the electrical side, the Pentek XE motor’s efficiency advantage can trim amperage at the same head, meaning cooler operation and less breaker nuisance-tripping on marginal rural feeds. From a maintenance angle, standard pressure switch and tank configurations keep service accessible for homeowners and non-dealer contractors. Over a ten-year horizon, simpler control logic, easier part sourcing, and higher efficiency reduce total cost of ownership. For a family living off a private well with no municipal backup, fewer dependencies and faster repair paths aren’t luxuries—they’re survival. That kind of practical reliability is worth every single penny.

Pressure Switch Settings that Stick

Set the pressure switch properly—40/60 or 30/50 depending on tank size and usage. Confirm cut-in and cut-out with a reliable gauge. Lock the cover after testing.

Grounding and Surge Protection

Bond the system ground, use a whole-house surge protector, and ensure the motor’s lightning protection has a path to earth. Small dollars, big insurance.

Bottom line: Simple, standard, and well-labeled wiring equals smooth start-ups and easy service later.

#5. Drop Assembly Prep - Pitless Adapter, Internal Check Valve, and Air-Tight Splices

Start-up success is forged at the workbench. Assemble the drop pipe, electrical, and hanging hardware methodically. A secure pitless adapter maintains a sanitary, frost-proof lateral into the home. An internal check valve at the pump keeps the column full and avoids backward spin and water hammer on shutdown.

Use schedule-appropriate drop pipe with stainless couplings. Install a torque arrestor a few feet above the pump to minimize movement at start and stop. The wiring should be taped or tied to the drop in consistent intervals, leaving a discrete service loop at the head. Every splice must be gel-filled and heat-shrunk airtight; any compromise invites corrosion, phantom shorts, and mystery shutdowns.

Mateo laid out his sections on sawhorses and triple-checked polarity before I blessed the assembly over video. That diligence paid off—clean first power, no nuisance trips.

Pitless Alignment and Seals

A high-quality pitless adapter with fresh O-rings or gasket seals is non-negotiable. A misaligned or pitted body will leak air and water. Test-fit before the drop, lube appropriately, and verify the latch is home when seated.

Check Valves: One Good One Beats Two Bad Ones

The internal check valve at the pump is the primary. If you add a secondary above the pitless, make sure it’s rated and oriented correctly. Too many checks create trapped air and hammer. One at the pump and one topside (if needed) is plenty.

Takeaway: Measure twice, splice once, and your first-pressure test will feel boring—in a good way.

#6. Set Depth and First Submerge - Stabilize, Purge, and Bring Pressure Up Smoothly

Lowering the pump should be calm and controlled. You’re suspending a heavy, delicate machine by its plumbing and cable. Tie off safety rope, manage the wire, and guide the drop until the pump sits several feet above the well screen or bottom sediment layer. For many domestic wells, I aim to set 10–20 feet above expected low water level to avoid picking up grit and to keep NPSH (net positive suction head) adequate.

For the Mendietas’ 185-foot well with seasonal drawdown, we set the Myers Predator Plus at 160 feet—deeper than their old placement to reduce risk of air ingestion during late-summer lows but safely off the bottom.

Open a faucet or purge port so air can escape. When energized, the submersible well pump will push a frothy mix initially—let it run to clear. Watch amperage draw and listen for chatter that hints at air or closed valves.

Comparison Spotlight: Myers vs. Red Lion and Goulds (150–200 words)

First pressurization stresses housings and stages: cold water, sudden pressure, air pockets. Myers’ stainless shell and Teflon-impregnated staging keep clearances stable while lines burp air and pressures climb. Red Lion’s use of thermoplastic in many models may save upfront cost, but I’ve seen housings fatigue under 60 PSI cycles, especially after thermal swings—hairline cracks show up right when you’re priming or shutting down. With some Goulds models using cast components, the risk is corrosion-driven drag on stages over time, which shows up as a balk on first start after seasonal sits. Myers’ 300 series stainless steel and engineered staging shrug off those first-hour insults, settle in, and hold curve. Over years, that means fewer pressure loss mysteries and fewer mid-season replacements. When your family depends on clean water every day, a shell and staging system designed to myers pump submersible stay tight and straight through early-life shocks is worth every single penny.

Monitor Electrical and Hydraulic Readings

First minute: watch amps at the breaker, confirm no overcurrent. First five minutes: verify steady flow, purge air, top off the pressure tank. Early warnings caught here save motors.

Key point: Controlled drop, smart set depth, and patient purging make start-up predictable and safe.

#7. Pressure Tank, Switch, and Protection - Dialing in Pressure, Cut-In/Out, and Relief Safety

The pressure tank is your buffer against short cycling. Size it to provide at least one minute of runtime between cut-in and cut-out. Precharge should be 2 PSI below cut-in (e.g., 38 PSI for a 40/60 system). Set and verify the pressure switch accordingly before you ever energize the pump.

On start-up day, I open a faucet, power the system, and let the tank reach cut-out naturally. Then I close the faucet and watch the gauge for five minutes. If pressure drops with no water use, chase leaks at fittings or the pitless. Install a pressure relief valve on the tank tee for insurance against runaway pressure.

For the Mendietas, we set 40/60, precharged to 38 PSI. After cut-out, their gauge held steady—a great sign the pitless and downstream fittings were airtight.

Cycle Control and Longevity

Cycling kills motors. A well-sized pressure tank and correct switch spacing keep the pump at a sensible duty cycle. If you hear frequent starts during small draws, consider upsizing the tank or adding a constant-pressure valve tailored to the curve.

Sanity Checks and Leak Patrol

Soap your threaded joints, listen near the pitless, and inspect the tank tee for drips. Errant air leaks will fake a “prime problem” that’s really just a vacuum path.

Summary: Tanks and switches aren’t glamorous, but they’re the quiet heroes of long-lived well systems.

#8. Priming, Air Purge, and Flow Stabilization - Smooth the System and Verify Delivery GPM at the House

Submersible pumps are “self-priming” in that the wet end sits under water, but your lines, tank, and fixtures still need to be bled. Open the highest and furthest faucet to vent air while the pump runs. Expect spurts—give it a few minutes. When flow steadies, check pressure again and confirm temperature stays cool at the tank tee.

Now quantify flow. A five-gallon bucket and a stopwatch tell you if you’re hitting target GPM rating. At the house bib near the tank, we clocked 9.8 GPM for the Mendietas—right in the zone for their selected curve and TDH. Irrigation zones came on next; each zone should hold pressure without starving the house.

Debris Capture and Clean Water Delivery

Your first purge will carry fine debris from new fittings. Run enough water to flush. Clean aerators and showerheads after first-day operation, especially if you replaced a lot of downstream piping.

Noisy Starts and Air “Sneezes”

Air in the tank or lines will mimic water hammer. If you hear it beyond day one, look for a slow leak topside allowing air in on shutdown—often a fitting before the tank or a weeping pitless.

Takeaway: Bleed the lines, prove the numbers, and you’ll sleep well that first night.

#9. First 24-Hour Checklist - Electrical, Mechanical, and Water Quality Checks That Prevent Callbacks

The day after start-up is where small issues either disappear or announce themselves. I ask homeowners to run a simple checklist:

• Visual inspection at the tank tee for drips.
• Pressure drop test with no fixtures running: hold steady.
• Listen for rapid cycling during small draws.
• Taste and clarity check after flushing lines.
• Breaker panel check: no heat, no nuisance trips.

In the Mendieta home, Sofia turned the hose on for chicken coop cleanup. We listened: steady pressure, no chatter. That’s what success sounds like.

Electrical Discipline for Longevity

Check wiring lugs in the disconnect after 24 hours; temperature should be ambient. Loose connections create heat and voltage drop that will hurt the Pentek XE motor over time.

Water Quality Baseline

If you haven’t tested recently, collect a sample after 24 to 48 hours of flushing. Knowing iron, hardness, and pH informs future service and any filtration plan. Myers hydraulics stay stable longer in friendly chemistry, but you can design around tough water too.

Conclusion: A 10-minute next-day audit turns mysteries into easy fixes—before they become failures.

#10. Long-Term Wins - Warranty, Serviceability, and Why Myers Is the Smarter Investment with PSAM Support

A smooth start-up is step one; a quiet decade is the goal. Myers backs Predator Plus with a 3-year warranty, far above the one-year promises that leave budget buyers exposed. The assemblies are field serviceable with a threaded design, making on-site seal or stage service possible if conditions require.

Pair that with PSAM’s same-day shipping on in-stock pumps, fittings, and tank tees, and you’ve got a support stack that keeps rural homes running. For those asking, yes, we also stock backup units and accessories across the Myers line—including the homeowner favorite, the Myers sump pump—for basements and outbuildings.

For the Mendietas, the combination of materials, motor quality, and warranty coverage meant predictable ownership costs and zero drama. That’s no small thing when your water source sits 160 feet underground.

Own the System Knowledge

Keep a binder: model, serial, pump curve, depth, wire size, and pressure settings. Your future self—or your contractor—will thank you.

PSAM Advantage

When things do go sideways, you want a supplier who ships now and actually picks up the phone. That’s us. And I’m here if you hit a snag.

Final thought: For private wells, reliability isn’t a luxury—it’s life support. Myers delivers it.

FAQ: PSAM Myers Well Pump Start-Up and Priming

1) How do I determine the correct horsepower for my well depth and household water demand?

Start with demand: most homes need 8–12 GPM and 40–60 PSI at the fixtures. Convert pressure to head (PSI x 2.31), add static lift from water level to tank elevation, and include friction to get TDH (total dynamic head). Then select a Myers Predator Plus model whose pump curve delivers your target flow at that TDH. For a 150–200 ft well and a two-bath home, a 1 HP 10 GPM submersible is common. If you irrigate, size for the largest single zone. In the Mendietas’ 185-ft well, a 1 HP at 10 GPM held 50 PSI comfortably. Rick’s recommendation: choose the smallest horsepower that meets your flow at TDH while sitting near BEP. Oversizing can cause short cycling; undersizing starves pressure and runs hot.

2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?

A typical family home uses 8–12 GPM for normal activity, with short peaks higher. Multi-family or heavy irrigation demands more. Multi-stage submersibles stack impellers (stages) to build pressure—more stages, more head at a given flow. Myers’ Teflon-impregnated staging keeps those clearances crisp, so you retain designed head over time. If you want 50–60 PSI sustained at the house, select a submersible well pump whose GPM rating on the curve meets demand at your calculated TDH. Example: a 10-stage, 1 HP Predator Plus might deliver 9–11 GPM at 300–350 ft TDH, which translates to confident shower pressure and stable irrigation.

3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?

Efficiency comes from tight hydraulics, optimized vane geometry, and smooth materials. Myers uses 300 series stainless steel for wear-critical parts and Teflon-impregnated staging to cut friction. At BEP, Predator Plus models reach 80%+ hydraulic efficiency, which reduces amperage draw at a given head. Combined with a Pentek XE motor, you get cooler operation and lower energy bills. Competitors that rely on cast iron internals or looser thermoplastic housings can lose efficiency as surfaces pit or deform, sliding you off the curve. In the field, that means Myers holds pressure at the same horsepower long after budget pumps have sagged.

4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?

Underground environments vary. Slight acidity, iron bacteria, and mineral content attack cast iron, causing pitting and scale that widen clearances and seize stages. 300 series stainless steel resists this chemistry, maintains surface integrity, and preserves impeller-to-wear ring relationships. That preserves head and flow and prevents “tight spots” that spike motor load. It’s the difference between a pump that runs quietly for 8–15 years and one that starts complaining at year three. For anyone with iron staining or low pH, stainless is non-negotiable.

5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?

Fine sand acts like sandpaper. Teflon-impregnated staging embeds a lubricious material within the impeller composite so incidental grit slides rather than gouges. The self-lubricating behavior reduces friction heat, protects bearing surfaces, and prevents rapid clearance growth that steals pressure. You still want to set above the sediment layer and use a good intake screen, but Myers’ staging buys you durability when a little grit shows up after a storm or drawdown.

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 and optimized windings. That means lower I2R losses, better heat shedding, and steadier amperage at working head. Paired with Myers hydraulics, you sit closer to BEP more often, cutting watts per gallon delivered. It’s also equipped with thermal overload protection and lightning protection—both essential for rural properties with voltage variability and frequent storms. In practice, you get cooler runs, fewer nuisance trips, and longer winding life.

7) Can I install a Myers submersible pump myself or do I need a licensed contractor?

Capable DIYers can install with care: follow wiring diagrams, use proper wire sizing, gel-filled heat-shrink splices, and respect lifting safety. That said, many states and lenders require licensed installers for well work. If you proceed DIY, call PSAM for a parts checklist and a depth-specific plan. You’ll need a pitless adapter, drop pipe, safety rope, torque arrestor, heat-shrink splice kit, and correct breakers. I often coach homeowners over a video call for final checks. When in doubt, hire a pro—water is mission-critical.

8) What’s the difference between 2-wire and 3-wire well pump configurations?

A 2-wire well pump contains the start components in the motor can—simpler install, fewer connections, no external control box. A 3-wire well pump uses an external control box housing start capacitor and relay—slightly more complex but can simplify above-ground service on those parts. Myers supports both. For the Mendietas, 2-wire saved time and roughly $200–$400 on control hardware. For deep wells where serviceability matters, some contractors still prefer 3-wire. Either way, set the pressure switch right and protect the circuit with surge suppression.

9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?

With correct sizing, clean power, and reasonable water chemistry, I see 8–15 years commonly. With excellent care—surge protection, correct set depth, and periodic checks—20 years isn’t rare. Myers’ 3-year warranty outclasses the one-year or 18-month options common in the market. Maintenance is minimal: verify tank precharge annually, inspect the tank tee, confirm cut-in/out, and keep records of set depth and drawdown. Longevity comes from staying near BEP and avoiding rapid cycling.

10) What maintenance tasks extend well pump lifespan and how often should they be performed?

Annually, check the pressure tank precharge (2 PSI below cut-in), inspect for leaks, and confirm pressure switch calibration. Listen for cycling patterns; frequent short cycles indicate sizing or tank issues. After storms, inspect surge protection and breaker lugs. Every few years, test water chemistry—iron, hardness, and pH affect scaling and component wear. Keep a log of any changes in flow or pressure; catching drift early saves motors. If you seasonally shut down, cap and protect the wellhead and purge lines at reopening.

11) How does Myers’ 3-year warranty compare to competitors and what does it cover?

Myers’ 3-year warranty covers manufacturing defects and performance issues—a full 36 months. Many budget brands offer just one year, leaving you exposed in the critical years 2–3. Premium competitors often stop at 12–18 months. The extra coverage reflects confidence in materials like 300 series stainless steel and in design elements like Teflon-impregnated staging. Pair the warranty with PSAM’s responsive support and you’ve got real protection—product quality plus people who solve problems fast.

12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?

Consider purchase price, energy use, expected lifespan, and service calls. A budget pump that lasts 3–5 years with lower efficiency can require two or three replacements in a decade. A Myers Predator Plus, operating near BEP with a Pentek XE motor, often runs 8–15 years with fewer service events and lower amps at target head. Add the value of the 3-year warranty and accessible parts versus chasing proprietary components. In most rural scenarios, Myers wins the 10-year math by preventing mid-life failures and trimming the electric bill—reliability you feel every morning.

Conclusion

Start-up and priming aren’t just a to-do list; they’re the proving ground for your well system. When you size from the pump curve, account for TDH, wire cleanly in a 2-wire well pump or 3-wire well pump configuration, assemble with a quality pitless adapter and internal check valve, and tune your pressure tank and pressure switch, the result is predictable: water on demand, quiet pressure, and a motor that runs cool for years.

Myers’ Predator Plus construction—300 series stainless steel, Teflon-impregnated staging, and the Pentek XE motor—translates those steps into long-term reliability. That’s what turned the Mendietas’ weekend crisis into a one-evening fix and years of confidence ahead. With PSAM’s same-day shipping, stocked accessories, and real tech support, you’re never on your own.

If you’re ready to start up right—or restart after a failure—call PSAM. I’ll help you pick the exact Myers model, ship what you need today, and stay with you until that first glass of cold water tastes like victory.