Introduction
Cold shower. Gurgling basement drain. Alarms chirping from a control panel you’ve never noticed before. When a sewage system falters, life stops: kitchens, bathrooms, laundry—everything depends on moving wastewater safely and reliably. In my decades sizing pumps and rebuilding failed stations, I’ve seen one decision separate smooth-running homes from serial service calls: choosing the right pump technology for your site conditions. For many properties—especially with long force mains, higher static heads, or frequent solids—this means looking hard at a grinder solution.
Meet the Rojeros family. Antonio Rojero (41), a journeyman electrician, and his partner Mariela (39), a nurse, live on five rolling acres outside Silverton, Oregon with their kids, Santi (12) and Eva (8). Their home sits downhill from the road and uphill from the municipal tie-in, a double-whammy that created a 17-foot lift plus a 350-foot run to the main. Their previous budget sewage ejector seized twice in four years; one failure was courtesy of a “flushable” wipe clog that snapped the impeller hub. After the second emergency pump-out bill, Antonio called PSAM and asked me for a system that doesn’t flinch at fibrous solids or head pressure.
Here’s what this list delivers: when to choose a Myers grinder pump over a traditional gravity or ejector setup (#1), how cutter technology prevents clogs (#2), where horsepower and TDH actually matter (#3), the case for 300 series stainless hardware and engineered composites (#4), why Pentek XE motors hit the sweet spot of torque and efficiency (#5), real-world installation choices that reduce callbacks (#6), controls that keep you out of the wet well (#7), energy cost realities vs. repair bills (#8), how Myers stacks up against common competitors in grinder applications (#9), and a sizing-and-readiness checklist you can use today (#10).
If you’re a rural homeowner, contractor, or an emergency buyer staring at a failing basin, this will help you pick correctly the first time—and keep it that way.
#1. The Case for a Grinder Pump Upgrade — High Head, Long Force Mains, and Non-Dissolvable Solids
When site conditions raise static head or include long small-diameter force mains, a grinder pump is often the difference between dependable flow and chronic clogging.
A Myers grinder pump uses a cutting mechanism to reduce solids into a fine slurry before entering the pressure line. In practical terms, that means wipes, feminine hygiene products, and fibrous materials that jam ordinary ejectors are macerated and pumped through 1-1/4" or 2" lines without drama. Unlike a standard ejector (a type of centrifugal pump with a non-clog impeller), a grinder is designed for higher TDH (total dynamic head)—think 30–120 feet—where traditional sewage pumps lose steam. The result is fewer service calls, fewer pulled pumps, and a station you can trust through holiday weekends.
For Antonio and Mariela Rojero’s uphill discharge—17 feet static, 350 feet of friction, multiple turns—a grinder solved the wipe problem and delivered the pressure to maintain velocity in their 1-1/4" force main.
Pro Tip: Match TDH Before Anything Else
Sizing starts with elevation change plus friction losses at expected flow. Use the pump curve to find the grinder’s flow at your TDH. If you need 10–15 GPM at 45–60 feet TDH, spec the model that sits near its best efficiency point (BEP) around that duty point.
Velocity Matters in Long Runs
Solids settle in slow-moving lines. Keep 2–3 ft/s minimum velocity in extended runs. A grinder’s pressure lets you maintain that velocity in smaller-diameter pipe, reducing installation cost and trench depth.
Ejector vs. Grinder in a Nutshell
Ejectors excel at low head and larger solids passage; grinders win where head is high, lines are long, and wipes are reality. If your municipality battles “flushable” wipe clogs, a grinder is insurance.
Bottom line: If you fight clogs or push uphill, a grinder is the right tool—reliable, predictable, and worth the upgrade.
#2. Cutters that Don’t Quit — Why Myers’ Hardened Mechanisms Beat Wipes and Fibers
Clogs start with fibers wrapping impeller hubs or binding around seal areas. A grinder’s cutter plate and rotating teeth prevent that by shearing before pumping.
Modern engineered composite impellers paired with hardened steel cutters form the core of a Myers grinder pump. That cutting action transforms troublesome solids into a uniform slurry the pump can move efficiently. Add Teflon-impregnated staging in certain Myers water pumps and you get low-friction surfaces that resist grit abrasion and reduce torque spikes during startup.
When the Rojeros’ old ejector locked up on a wipe, the motor overheated and tripped repeatedly. With the grinder upgrade, Antonio hasn’t opened the lid since commissioning.
Cutter Design: Look Beyond the Brochure
Aggressive tooth geometry, precise tolerances, and wear-resistant metallurgy matter. On a service bench, you see the difference after two years in a wipe-heavy home: sharp edges still cutting, not polishing.
Startup Torque and Locked-Rotor Amps
A grinder’s cutter load demands a motor with robust torque. Paired with a Pentek XE motor and thermal overload protection, Myers grinders handle the brief current surge cleanly, then settle into efficient operation.
Grit, Sand, and Lifespan
In grit-prone areas, self-lubricating surfaces and proper seal design extend life. Myers’ attention to wear components translates into fewer mid-life rebuilds.
Takeaway: If wipes, strings, or hygiene products are part of your household’s reality, a grinder’s cutting assembly saves you from late-night service calls and ruined weekends.
#3. Horsepower, Head, and Flow — Get the Numbers Right Before You Buy
Undersize a grinder and you’ll run hot, clog more, and burn out bearings. Oversize and you’ll short-cycle, hammer the check valve, and waste energy.
Start with TDH: elevation (static head) + friction losses at your design GPM rating. For many residential grinder systems, the target is 9–15 GPM through 1-1/4" or 2" discharge. Select 1/2 HP, 1 HP, or 1.5 HP based on TDH and expected velocity. A pressure switch doesn’t control a grinder; a float tree or level sensor does, so cycle length is driven by basin volume and float spacing. Aim for 1–3 minutes run time to keep temperatures in check.
For the Rojeros, I confirmed about 52–58 feet TDH at 11–12 GPM in their layout. We set the basin floats for 2-minute run times, preventing starts every few gallons.
Using Pump Curves Like a Pro
Plot your TDH line. Pick the grinder whose curve intersects at your target flow near mid-curve. Avoid running far right (low head, high flow) or far left (very high head, low flow) for daily operation.
Wire and Voltage Check
Most residential grinders run 230V single-phase. Confirm breaker capacity and amperage draw at full load. Undersized wire—especially on long runs—causes voltage drop and overheated motors.
Basin Volume and Cycling
A larger basin or wider float differential means longer, cooler runs and fewer starts per day. It adds years to your pump’s life.
Correct sizing is your cheapest insurance policy. Take the time to run the numbers, or call us—we’ll do it with you.
#4. Built for the Long Haul — 300 Series Stainless, Composite Wear Parts, and Corrosion Resistance
Wastewater is corrosive. Hydrogen sulfide eats bare metals, and acidic conditions accelerate pitting. Spec construction that shrugs it off.
300 series stainless steel hardware and housings, corrosion-resistant fasteners, and durable coatings give a grinder pump the best chance at a 8–15 year run. Myers leans on stainless for critical components, using threaded assembly where field service is practical. Inside, engineered composite impellers and wear components maintain clearances longer, holding efficiency as the pump ages.
Down in Silverton, Oregon, the Rojeros’ basin environment had notable sulfur odor. Stainless and composite internals keep that aggressive atmosphere from turning a pump into orange lace.
Seal System and Cable Integrity
It’s not just the casing. Look for double mechanical seals, oil-filled seal chambers, and robust cable guards and entries that keep moisture out of the stator.
Fasteners and Screens
Stainless screens and bolts mean you can open, service, and reassemble without snapped hardware. Field serviceability matters when a tech is racing a storm.
Coatings Done Right
Where cast components are used, advanced coatings extend life. Inferior paints blister; quality coatings stay intact through thousands of cycles.
Choose materials that stand up to the liquid. You’ll feel the difference every time you pull and reinstall with threads that still loosen and gaskets that still seal.
#5. Motor Muscle — Pentek XE High-Thrust Efficiency You Can Bank On
Grinders demand torque at startup and stable speed under load. That’s where the Pentek XE motor shines: high-thrust design, clean electrical performance, and lightning protection built in.
Startup is the hardest moment in a grinder’s life. The cutter engages, friction climbs, and amperage draw spikes. A robust stator and rotor package with thermal overload protection absorbs that event without overheating windings. Once spinning, the motor must hold speed across varying loads, keeping efficiency near the pump’s BEP. This is where the Pentek XE’s tighter tolerances and improved lamination stacks pay off.
In the Rojero system, we saw smooth starts on a 20A 230V circuit, measured with a clamp meter. No nuisance trips, no groaning startups—just clean acceleration and steady operation.
Efficiency Over Time
Efficiency isn’t just about day one. Stable bearings, accurate balancing, and durable seals keep the motor from dragging as it ages, preserving kilowatt-hour savings.
Thermal and Surge Protection
Grinders live in basins with high humidity. Integrated thermal and surge protection reduce failures from abnormal conditions and minor lightning events.
Sound and Vibration
A quiet, smooth motor prevents fastener loosening and seal wear. Listen during commissioning; tone and vibration tell you if alignment and mounts are right.
Pay for the motor you want to own in year seven, not just the one that works today. It’s the difference between “install and forget” and “see you again in 18 months.”
#6. Smarter Installation — Controls, Check Valves, and Discharge Piping That Don’t Bite Back
Even the best grinder pump can be sabotaged by poor installation. Good controls and hydraulics transform reliability.
Use a dedicated float system with proper spacing to achieve designed run times. Install a full-port service valve and a high-quality check valve rated for sewage duty; clear flow and a tight seal prevent backflow that short-cycles the pump. Size discharge piping for target velocity and discharge size. Keep elbows to a minimum; sweeping fittings beat hard 90s for friction.
Antonio and I walked through his control box wiring, verified float heights, and pressure-tested the check valve. That extra hour of care prevents the “mystery cycling” calls I’ve answered for years.
Control Panel Choices
Basic float-based controls work for single-family stations. Add alarms for high level and power loss. For more complex sites, step up to smart panels with run-time logging.
Venting and Odor Management
Basins need proper vent connections. A blocked vent increases corrosion and stresses motors. Keep vents dry and unblocked with correct terminations.
Quick Disconnects and Unions
Use unions or cam-locks where service is expected. Fast, clean separations mean shorter visits and lower labor costs when maintenance is needed.
Do it right once. Thoughtful layout and robust components beat clever workarounds 100 times out of 100.
#7. Controls that Protect — Alarms, Redundancy, and Run-Time Monitoring
Controls are your early-warning system and the backbone of uptime in critical sites.
At minimum, specify a high-water alarm with both audible and visual indicators. Add remote notification if the basin is hard to access or if you’re away frequently. Where downtime isn’t acceptable, consider duplex stations with lead/lag pumps and alternation logic. Even for a single-pump residential station, a good control box with overloads tailored to the motor’s amperage draw is non-negotiable.
For the Rojeros, we used a compact panel with separate alarm float, external beacon, and dry contacts for a future home automation tie-in. If level rises beyond normal, they’ll know before it’s a mess.
Cycle Counters and Hour Meters
Data matters. Count starts and log run time. If starts creep up or run time per cycle drops, you’re spotting a check valve leak or inflow issue early.
Surge Protection
Add a panel-mounted surge protector. Basins are lightning magnets by proximity; we protect sensitive electronics and the Pentek XE motor from spikes.
Winterization and Heat
In cold climates, ensure panels and exposed sections are protected. Heat trace or insulation on short exposed risers avoids freeze-related failures.
Proactive controls prevent reactive service calls. Spend here and you’ll save every year you own the system.
#8. Energy vs. Service Cost — What You Actually Pay Over 10 Years
Grinder pumps don’t run constantly; they cycle. Over a decade, energy is usually a smaller line item than emergency service and replacement parts—if you choose right.
A well-sized grinder running 10–15 minutes per day at 1 HP on 230V might draw roughly 1 kWh/day in a busy household—call it $150–$200/year at typical rates. Against that, consider the cost of one after-hours pump-out and labor, easily $400–$800, plus parts. Add two such events and a budget pump is suddenly the expensive option.
The Rojeros saw their “invisible costs” disappear: no weekend emergencies, no time off work for service visits. That predictability is worth every bit as much as the electric bill.
Efficiency at the Duty Point
Select the grinder whose curve puts you near BEP. Real-world energy savings come from operating in the efficient window, not from chasing brochure bests at unrealistic conditions.
Maintenance Interval Savings
Good components stretch service intervals. A basin clean-out every 12–18 months is cheap compared to a pulled pump due to ragging.
Warranty as a Financial Tool
An industry-leading 3-year warranty moves risk away from the homeowner. Combine it with quality installation and you’ve managed most big-ticket surprises.
Choose reliability first; the energy pencil will come out in your favor when the system runs right.
#9. Myers vs. the Field — Real-World Grinder Comparisons for Reliability and Total Cost
In grinder applications, a few details separate long-term winners from serial headaches. Let’s put that into context with common alternatives you’ll run across.
Technically, Myers leans on corrosion-resistant builds—think 300 series stainless steel hardware, durable coatings, and robust seal systems—plus the Pentek XE motor for startup torque and sustained efficiency near the pump’s BEP. Many budget or mid-range grinder alternatives cut corners on metallurgies or rely on standard motors with lower startup torque margins. Add Teflon-impregnated staging and self-lubricating components in select Myers designs and you reduce friction wear during the worst duty conditions.
In the field, this translates to fewer nuisance trips, cleaner starts on 230V single-phase, and better survival when basins see raggy inflow. Service technicians will tell you: fasteners that come off, seals that stay dry, and cutters that remain sharp turn a two-hour pull into a 30-minute check. Back that with a 3-year warranty and the risk calculus changes.
If you’re replacing a seized ejector or a tired grinder from a budget line, expect Myers to run longer between interventions and maintain performance—worth every single penny.
Why Not Just Buy the Cheapest?
Because one emergency call erases three years of “savings.” Buy once, install right, stop worrying.
PSAM Advantage
At Plumbing Supply And More, we stock parts, provide curves, and ship fast. You’re never stranded waiting for a proprietary widget.
Contractor Confidence
The fewer callbacks a contractor makes, the more profitable the job. Myers helps you protect your reputation.
#10. Field Checklist — Get Your Grinder System Right the First Time
Before you order, run this list. It’s what I use on every grinder job.
- Confirm static head and calculate friction loss at your design GPM rating Choose horsepower (typically 1/2 HP to 1.5 HP) to hit duty point near BEP Verify 230V supply, breaker size, wire gauge, and estimated voltage drop Specify basin sizing for 1–3 minute run time and float spacing Use sewage-rated check valve and full-port isolation valve Size discharge piping for velocity (2–3 ft/s) and minimal elbows Select control panel with alarm, overloads, and surge protection Add quick disconnects and unions for serviceability Plan venting, odor control, and frost protection as needed Document model, pump curve, and installation photos for the homeowner
For Antonio and Mariela, this checklist turned an anxious replacement into a confident upgrade. No more emergency pump-outs—just a system that works, day after day.
Commissioning Notes
Log amperage at startup and running, verify shutoff and cut-in levels, and test alarm function. Leave the homeowner with a laminated quick-guide.
Maintenance Plan
Recommend a 12–18 month inspection—clean basin, test floats, verify check valve. Preventive care pays.
Support
Call PSAM. We’ll walk your numbers, match a Myers grinder pump, and ship same day when possible.
Competitive Comparisons: Where Myers Stands Out in Grinder and Pressure Sewage Systems
Compared to premium options like Grundfos and Franklin Electric, Myers grinders emphasize field serviceability and corrosion resistance across fasteners, screens, and major wear points. With 300 series stainless steel hardware and robust coatings, plus the Pentek XE motor known for reliable starts under grinder loads, Myers keeps efficiency higher at realistic duty points. This means less energy wasted during every cycle and fewer heat-related motor issues when the cutter engages.
Installation and ownership look different, too. Myers’ focus on readily available components, non-proprietary controls, and a generous 3-year warranty means contractors aren’t chasing dealer-only parts or special control boxes to get a home back online. Over 8–15 years, homes on challenging sites—long runs, uphill discharge, wipe-heavy inflow—see fewer interventions and less downtime.
When a sewage system supports your entire home, reliability is the ROI. With corrosion-resistant materials, efficient, torque-strong motors, and PSAM behind you with fast shipping and tech support, a Myers grinder is worth every single penny.
FAQ — Detailed Answers from the Field
1) How do I determine the correct horsepower for my well depth and household water demand?
This question is often asked about clean water systems, but the principle—matching horsepower to head and flow—applies to sewage grinders, too. For well pumps, we start with well depth, static water level, and house demand. A typical home needs 8–12 GPM with a submersible well pump sized to the TDH—that’s elevation change plus friction. A 1/2 HP can serve shallow to medium heads, while 3/4–1 HP is common for 150–300 feet of lift, and 1.5–2 HP for very deep wells or higher flows. On grinders, measure static head to the main, calculate friction for your discharge size and length, then select 1/2–1.5 HP to hit 9–15 GPM near the pump’s BEP. Check the pump curve, verify 230V supply, and confirm that startup amperage draw suits your breaker and wiring. My recommendation: call PSAM with your measurements. We’ll run the numbers and specify a Myers pump that won’t short-cycle or stall under load.
2) What GPM flow rate does a typical household need and how do multi-stage impellers affect pressure?
Most single-family homes run well at 8–12 GPM for domestic use. In clean-water systems, a multi-stage pump (like a Myers submersible well pump) stacks impellers to build pressure, providing higher head at modest flow. This staging is how a Myers deep well pump hits 250–490 feet of shut-off head while maintaining usable flow. In sewage grinder systems, flow is deliberately lower (often 9–15 GPM) to maintain velocity in smaller force mains while generating the pressure to overcome head and friction. Multi-stage design in clean-water pumps boosts pressure efficiently; cutter-equipped grinder hydraulics focus on torque and steady flow at higher TDH. For households with irrigation or livestock watering, clean-water pumps may need 12–20+ GPM. Use the pump curve to confirm your duty point sits near BEP. I like to size for peak simultaneous demand with a small margin—steady pressure, no surprises.
3) How does the Myers Predator Plus Series achieve 80% hydraulic efficiency compared to competitors?
The Predator Plus Series is engineered for clean-water wells, and its 80%+ efficiency near BEP comes from tight hydraulic tolerances, Teflon-impregnated staging, and self-lubricating impellers that resist grit wear. Add a Pentek XE motor with strong power factor and you get less wasted energy per gallon delivered. Precision 300 series stainless steel wear components maintain clearances over time, keeping efficiency from eroding with age. In the field, I see Predator Plus units hold pressure and flow years longer than budget submersibles whose thermoplastic stages deform and lose lift. While grinders are inherently less “efficient” due to cutting work, Myers’ clean-water line sets the standard for performance-per-watt in residential systems. If you’re running a private well and want 20% lower energy costs at similar duty points, Predator Plus is hard to beat.
4) Why is 300 series stainless steel superior to cast iron for submersible well pumps?
In submerged environments, oxygen-poor water and dissolved gases accelerate corrosion. 300 series stainless steel resists pitting and chloride attack far better than cast iron, especially in mineral-rich or slightly acidic water. Stainless components—shells, discharge heads, shafts, and screens—preserve structural integrity and maintain sealing surfaces, which keeps a pump quiet and efficient. Cast iron can work in some applications, but I’ve replaced too many iron-bodied submersibles that flaked and swollen fasteners that froze solid. Stainless stays serviceable—threads loosen, housings hold. That’s why Myers Pumps uses stainless for mission-critical pieces in both clean water and grinder assemblies. It’s not just about appearance; it’s the backbone of a long, quiet life underwater.
5) How do Teflon-impregnated self-lubricating impellers resist sand and grit damage?
Grit is sandpaper inside your pump. Teflon-impregnated staging and self-lubricating impellers create low-friction interfaces that reduce abrasion and heat. Instead of gouging and seizing, grit slides across smoother surfaces, preserving clearances and maintaining efficiency. In my post-mortems, clean-water pumps with engineered composites survive far longer in sandy wells; you see less scoring and fewer chewed-up wear rings. That’s how a Myers water pump keeps its performance curve closer to day-one numbers. If your well produces fine sand, add an intake screen, set the pump above the screen zone, and consider a sediment treatment plan. Pumps don’t need to suffer; they need the right materials.
6) What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?
The Pentek XE motor combines optimized lamination design, improved copper utilization, and precise rotor/stator alignment to reduce losses. High-thrust bearing stacks handle axial loads from multi-stage impellers without deforming, which preserves alignment and keeps the motor operating in its efficient window. Built-in thermal overload protection and lightning protection guard against abnormal events. In practice, the motor starts cleaner under load, holds speed at duty, and avoids heat soak—extending insulation life and lowering kWh per gallon delivered. On grinders, robust startup torque prevents stalled starts when the cutter engages. On Myers submersible well pumps, it’s the quiet strength behind the Predator Plus’ efficiency claims—and why I spec it for homes that care about power bills as much as pressure.
7) Can I install a Myers submersible pump myself or do I need a licensed contractor?
If you’re mechanically inclined and comfortable with electrical work, you can install a Myers submersible well pump or grinder with proper preparation. That said, mistakes are costly: wrong pitless adapter fitment, poor wire splice kit seals, undersized drop pipe, or incorrect float spacing can trigger early failures. Electrical codes require correct breaker sizing, bonding, and sometimes permits. Contractors bring specialized tools—torque arrestors, pull equipment, megohm meters—and they warranty workmanship. My stance: a confident DIYer can handle straightforward replacements with PSAM guidance and complete kits; complex systems, deep wells, or grinder control panels deserve a licensed pro. Either way, document model numbers, capture pump curve data for your records, and test run/amps at commissioning.
8) What’s the difference between 2-wire and 3-wire well pump configurations?
In clean-water Helpful resources systems, a 2-wire well pump integrates start components in the motor: fewer connections, simpler installs, and often lower upfront cost. A 3-wire well pump uses an external control box with start capacitor and relay; this can aid troubleshooting and allows easier replacement of start components without pulling the pump. Myers offers both, letting you match the home’s electrical and service preferences. In practice, 2-wire suits most residential retrofits and cuts complexity. 3-wire appeals to contractors who value control box diagnostics. For grinders, the discussion centers on control panels and floats rather than start components, but the principle is the same: pick the configuration that simplifies your service life without compromising performance.
9) How long should I expect a Myers Predator Plus pump to last with proper maintenance?
In clean-water wells, premium submersibles like Myers Predator Plus Series typically run 8–15 years, and with excellent water chemistry and maintenance, I’ve seen 20–30 years. Contributing factors: stable voltage, correct stages for the head, proper pressure tank sizing to limit cycling, and clean electrical connections. In sewage grinder systems, 8–12 years is a reasonable expectation depending on use patterns, solids content, and maintenance intervals. Check valves, floats, and basins need periodic attention—usually annually. The 3-year warranty covers manufacturing defects and gives you a strong confidence window. As always, sizing near BEP and keeping cycling in check adds years you can feel.
10) What maintenance tasks extend well pump lifespan and how often should they be performed?
For clean-water submersibles: annually check pressure switch contacts, inspect the pressure tank precharge, look for leaks at the tank tee, and measure pump run current under load. Every 2–3 years, test start components (for 3-wire), and confirm system pressures match the original settings. For grinders: every 12–18 months, clean the basin, test floats and alarms, verify the check valve, and exercise isolation valves. Track starts and run time—trends tell you when something changes. Always check voltage and connections at the panel. Clear vent lines prevent corrosion-heavy atmospheres. Small tasks prevent big failures; schedule them like oil changes.
11) How does Myers’ 3-year warranty compare to competitors and what does it cover?
Many competitors offer 12–18 months on comparable equipment. Myers’ industry-leading 3-year warranty covers manufacturing defects and performance issues, giving homeowners and contractors a longer runway of protection. This is backed by Pentair—serious R&D and service infrastructure—not a pop-up brand. In my experience, when a rare issue surfaces, Myers stands behind the product and PSAM moves fast on replacements. Pair that with proper installation, and your early-life risk is about as low as it gets in this category. It’s part of why I recommend Myers first.
12) What’s the total cost of ownership over 10 years: Myers vs budget pump brands?
Budget pumps look attractive at checkout but run up bills through higher energy use, shorter lifespans, and more service calls. Over 10 years, a premium Myers pump—clean water or grinder—often costs less overall. Consider a budget grinder replaced twice at year 3 and year 7, plus two after-hours pump-outs: you’ve spent the price of a Myers system, without the peace of mind. Myers’ efficient hydraulics, durable materials like 300 series stainless steel, and stronger motors keep kWh in check and service intervals longer. Add the 3-year warranty, PSAM tech support, and readily available parts, and the math gets simple: reliable plumbingsupplyandmore.com water and wastewater movement is worth every single penny.
Conclusion
If your sewage setup fights uphill head, long runs, or the wipe problem everyone pretends doesn’t exist, a Myers grinder pump is the practical, professional choice. Hardened cutters prevent ragging, corrosion-resistant builds outlast humid basins, and Pentek XE motors bring the torque and efficiency you feel on your utility bill. Backed by an industry-leading 3-year warranty, Made in USA quality, and PSAM’s fast shipping and curve support, Myers takes the guesswork and anxiety out of wastewater.
Antonio and Mariela Rojero don’t think about their system anymore—and that’s the point. Choose the right technology, size it correctly, and install it with care. If you want help with the numbers, call PSAM. I’ll spec your Myers grinder pump or clean-water Myers submersible well pump, give you the curve and parts list, and get it on the truck today. Reliable water in, reliable wastewater out—done right the first time.