How to Safely Lift and Handle a Heavy Myers Pump

Introduction

The shower went cold, the pressure gauge flatlined, and the house went silent. When a well goes down, daily life stops—no water for dishes, laundry, livestock, or showers. On many rural properties, pulling a failed submersible isn’t just an errand; it’s a hands-on rescue mission requiring safe lifting, careful handling, and the right replacement that won’t strand the family again a year from now.

Two hours after their water cut out near Ligonier, Pennsylvania, Nolan Brackenridge (38), a residential electrician, and his wife Marisol (36), a school nurse, called me from the driveway. Their 240-foot well had run a budget pump for three years before a housing crack and spiral fracture at the discharge ended it. With Sofia (9) and Leo (6) asking where the water went, Nolan and I walked through a sane plan: pull safely, handle the equipment correctly, inspect everything from wire splices to the pitless, then drop a properly sized Myers Predator Plus submersible that would stop the failures for good.

This guide is the same step-by-step checklist I gave the Brackenridges—and the same plan I’ve used on countless pulls. We’ll cover: how to rig a safe lift without bending the shaft, correct body mechanics and tripods for 4" pumps, why stainless and Pentek XE motors matter during pulls, how to secure and coil drop pipe without kinking, splice protection that won’t pull loose, how to work a pitless adapter without skinning knuckles or losing bolts, field checks that prevent re-pulls, electrical lockout and torque control, line testing and priming the pressure side, and final transport and staging to avoid impact damage. We’ll also show why Myers Pumps, distributed by PSAM and backed by Pentair engineering, deliver the reliability and field-serviceable design that makes the next pull a decade away—not next season.

If you’re a rural homeowner, a licensed installer, or the emergency buyer staring at a dry pressure gauge tonight, follow these ten steps to lift and handle a heavy Myers Pump safely—and to install a pump that will be there when you need it.

#1. Plan the Pull Like a Crane Lift – Job Hazard Analysis, Weight Estimates, and Rigging Points

Before fingers touch a cap screw, build your plan. Safe pulls start with weight math, drop-pipe length, and a clean path from well cap to staging. A 4" submersible well pump plus 200+ feet of water-filled pipe is no “grab and go.” Use a lift strategy that protects people, wire, and the pump shaft while controlling swing and keeping hands out of pinch points.

A Myers Predator Plus assembly uses 300 series stainless steel components with a true threaded assembly that stands up to rigging tension without deforming or galling under light misalignment. That matters when you’re guiding the stack past the cap and over the first roller. With proper rigging, you’ll keep the motor straight and the intake screen clear.

Nolan and Marisol Brackenridge didn’t have a boom truck. We set two gin poles with a spreader bar over the casing, anchored to earth augers, staged pipe rollers on sawhorses, and prepped a fall zone clear of gear and kids. Ten minutes saved on setup can cost a pump, a finger, or a re-pull.

Job Hazard Analysis (JHA) and Site Prep

Walk the site, identify trip hazards, overhead lines, pets, and kid zones. Mark a 10-foot radius “no-go” circle around the casing. Pre-stage a tarp for wire and a second tarp for tools. Separate clean parts from muddy parts to avoid contamination in splices and seals. Confirm weather: wind adds swing to suspended loads. In rain, prioritize traction and consider postponing if footing is poor.

Weight and Equipment Checklist

Estimate weight: pump + motor (35-55 lb), plus water-filled drop pipe (2–3 lb/ft for poly or 1–1.5 lb/ft for empty PVC). At 240 ft, expect a few hundred pounds of managed, segmented load. Rig with a rated spreader bar or tripod, 2-ton chain hoist, rope grab, and lifting eye. Never lift by wire or discharge. Stage pipe rollers every 10–15 feet to prevent kinking and sawtoothing.

Rigging Anchor Points

Use the factory lifting eye on the Predator Plus Series, never the discharge threads. Keep the load centered. A 2-point bridle reduces twist on the shaft and minimizes intake screen scuffing. Tie off the wire bundle every 15–20 feet to the pipe with smooth tape bands for controlled descent.

Key takeaway: A planned pull is a safe pull. Do the math, set the zone, and use rated gear—then the rest of the job gets easier.

#2. Lockout-Tagout and Electrical Safety – Control Power, Verify Zero, Protect the Motor

Electric shocks don’t announce themselves. Always control power before a hand goes near the wellhead. A 2-wire well pump like many Myers Predator Plus models simplifies installs, but safety steps are the same: isolate, verify, and tag.

Shut off the breaker, lock it out, and verify zero at the pressure switch and wellhead leads with a properly rated meter. If a control box is present, label the wiring and photograph terminal positions. Coil wires on a clean tarp to keep mud out of your splices and motor leads. Protect the motor by capping and taping connectors to prevent grit intrusions.

For Nolan Brackenridge’s 240-foot system, we locked out at the service panel, tested zero at the switch, and again at the well cap. Hand-offs between helpers were verbal and clear—no one energized the circuit until the system passed pressure tests and electrical checks.

Lockout-Tagout Steps

Breaker off, lock in place, tag with name/time. Meter check at pressure switch and well cap (hot to neutral, hot to ground). Remove fuses from any legacy boxes to avoid backfeeds.

Wire Handling and Protection

Use a clean tarp; mud is splice-killer. Keep connectors capped. Label existing color coding and routing for reassembly. Tie wire to pipe smoothly—avoid tight zip ties that cut into insulation.

Motor Lead Care

Keep motor leads clean, dry, and capped. Grit inside a motor cap can track and cause insulation failure down the line. Treat the assembly as a precision device, not a fence post.

Key takeaway: Zero power, clean wiring, and motor lead hygiene protect both workers and the pump you paid for.

#3. Tripods, Gin Poles, and Chain Hoists – Stable Lifting for a 4" Myers Predator Plus Assembly

Handling a heavy pump safely requires a stable lifting frame. I prefer a steel tripod rated for 1–2 tons with a quality chain hoist. Two gin poles with a spreader bar also work when set correctly. The goal: lift vertical, control upward travel, and hand off pipe in manageable sections without side loads.

A Myers Predator Plus Series submersible stands up well to controlled rigging thanks to its rigid 300 series stainless steel shell and straight motor alignment. With a tripod centered over the casing and a roller at the cap, the lift transitions smoothly from vertical to supported horizontal—reducing the risk of shaft wobble or intake screen strikes.

We pulled the Brackenridges’ old pump with a tripod and 1-ton chain fall, handing off pipe to rollers every 10 feet. Each segment was tied, tagged, and set on stands, with wire carefully untaped and separated as we progressed.

Tripod/Gin Pole Setup

Center the head block directly over the casing. Test with a light tug before loading. Use ground plates under tripod feet to prevent sink-in, especially on lawns. Keep one hand on the chain, one on the tag line. No free-hanging loads.

Controlled Hand-Offs

Move in 8–12 foot sections, not 20+. Shorter sections mean less swing and better control. Assign roles: one on hoist, one on tag line, one on pipe/wire handoff. Mark section numbers with tape: speeds reassembly and confirms total length.

Load Path Discipline

Maintain a clear path from well to staging. No stepping across the load line. If wind picks up or footing degrades, pause the job.

Key takeaway: Proper lifting gear turns a risky pull into a predictable routine. Your back and your pump will thank you.

#4. Safe Handling of Drop Pipe and Wire – Coil Without Kinks, Secure Without Cuts

The majority of pull injuries happen during hand-off—not the lift. Managing drop pipe and wire during transfer is where experience pays. Avoid kinking poly, cracking threaded PVC, or nicking insulation. These are the little mistakes that lead to re-pulls or electrical shorts months later.

Myers assemblies ship ready for smart handling: smooth intake screen edges, durable threaded assembly, and balanced mass distribution help reduce twist on hand-off. When re-taping wire, use a half-lap wrap every 15–20 feet with a soft band and leave a minimal pigtail. Stagger splices; keep them off the well casing during descent.

On the Brackenridge job, we coiled old poly onto a 36-inch diameter and set wood chocks to keep the wrap from collapsing. Wire went onto its own tarp and a simple plywood spool. No crossovers. No crushed jackets.

Coiling and Staging Poly or PVC

Poly: coil on at least 30–36" diameter to avoid memory kinks. PVC: support every 6–8 feet; don’t “bridge” gaps that introduce flex cracks. Keep pipe caps handy to keep debris out during staging.

Wire Protection and Ties

Tape bands: soft pressure, never sharp zip ties. Keep wire on the “shadow” side of the pipe (downstream of expected torque). Label start, middle, and end of wire segments.

Splice Care and Strain Relief

Stagger splices by a foot or more to avoid a “fat” point in the column. Consider heat-shrink butt connectors with adhesive liner for watertight integrity. Provide proper strain relief at the motor leads.

Key takeaway: Treat drop pipe and wire like life-support lines—because they are.

#5. Pitless Adapter and Wellhead Discipline – Don’t Lose Bolts, Don’t Mar Seals, Don’t Pinch Wires

Plumbing Supply and More myers pump

The wellhead is where finesse matters. Wrestling a pitless adapter, wire, and pipe through a tight casing is where many jobs go sideways. Scraped wires, torn O-rings, or dropped hardware turn into callbacks or contamination risks.

A Myers Predator Plus integrates well with common pitless designs. Its internal check valve at the discharge maintains column integrity during tests, and the straight discharge alignment makes pitless engagement more predictable. Use a clean rag over the casing edge and guide with a dedicated pitless tool.

On the Brackenridge well, we polished the pitless faces, replaced the O-ring, and tied a retrieval line on the body. When the pump re-entered, we rotated gently until the latch clicked—no hammering, no bent ears.

Disassembly/Extraction Tips

Clean the cap, mark orientation, and photograph wire routing. Use a proper pitless pull tool; don’t improvise with rebar. Capture bolts and small parts in a magnetic tray.

Seal and O-Ring Care

Inspect, clean, and lube O-rings with potable water–safe silicone grease. Replace deformed seals on sight; they’re a fraction of a re-pull cost. Wipe the pitless seat—grit will cause weeping and air entrainment.

Wire and Seal Clearance

Tape the wire flat along the pipe as it passes the cap; no bulges to snag. Keep the cap interior clean—mud in a well is an avoidable sin.

Key takeaway: Slow is smooth; smooth is fast. The wellhead is where patience pays off.

#6. Motor, Impellers, and Sand Management – Protect the Pump During Handling and Drop

Sand eats pumps. It abrades impellers, scores bearings, and shortens life. Myers’ Teflon-impregnated staging with self-lubricating impellers helps resist grit damage that tears up standard composites. While you lift and handle the assembly, protect the intake screen and avoid dragging the unit across abrasive surfaces.

The Pentek XE motor used on Myers Predator Plus provides high-thrust capability and thermal overload protection—useful both in operation and during test runs topside. Handle by the lifting eye and shroud body; never by the intake screen or motor lead junction.

For Nolan and Marisol, visible fines in their old water line explained the premature failure. We installed a new torque arrestor and set the pump 15 feet higher to sit above the heaviest silt zone while maintaining required head and flow.

Impeller and Screen Protection

Keep the intake off the ground—hang or set on a padded stand. Avoid impacts on the pump end; alignment matters. Inspect new units for shipping dings before lowering.

Sand Mitigation Steps

Raise set depth above silt if the well recovery allows it. Purge the well with low-flow development if disturbed. Verify clean water during test run before final tie-ins.

Motor Pre-Checks

Megger test the motor leads for insulation integrity. Spin the shaft by hand (per manufacturer guidance) to confirm free rotation. Confirm model and staging match your required pump curve.

Key takeaway: Treat the pump like a precision machine—because it is. Myers engineered it to fight grit; don’t add to its workload with rough handling.

#7. Set Depth, Torque Arrestor, and Cable Guarding – Control Twist, Vibration, and Wire Chafe

Once you’ve lifted safely, the controlled descent is just as critical. Proper set depth, a correctly placed torque arrestor, and smooth cable guards keep wires intact for the long haul. Torque events at startup can whip a column; restrain it or you’ll be chasing intermittent shorts and nuisance trips.

Myers hardware plus a correctly tensioned torque arrestor calms start-up twist. I prefer two cable guards in the first 20 feet above the pump and then every 20–25 feet, with taped bands between. That keeps wire on the leeward side of the pipe and off the casing wall.

We set the Brackenridge pump at 210 feet with the torque arrestor inflated snugly—not to the point of gripping the casing, just enough to damp lateral movement. Clean descent, no wire bruises, no pipe scuffs.

Determine Set Depth

Factor static level, pump performance, and required drawdown. Avoid sitting the intake in sediment; give yourself 10–20 feet of clearance. Match depth to flow needs and TDH on the pump curve.

Torque Arrestor Settings

Position directly above the pump discharge. Inflate/expand to a mild drag. Too tight risks hang-ups; too loose is useless. Re-check tension after first 10 feet of descent.

Cable Guard Strategy

Use smooth, rounded guards. No sharp edges against insulation. Stagger guard locations to prevent “hard spots” lining up. Keep bands even—no lumps that snag at the well cap.

Key takeaway: Small hardware choices prevent big headaches. Control twist and chafe now, not later.

#8. Electrical Connections, Continuity, and Test Run – Prove It Topsides Before You Bury It

Before the final drop, prove it. Good installs fail when splices leak or leads short after descent. Use a high-quality wire splice kit rated for submersible service, test for continuity and ground insulation, then do a topside test run into a bucket or hose for 30–60 seconds to confirm rotation, flow, and motor sound.

With Myers Predator Plus, the Pentek XE motor pulls clean and quiet when sized correctly. Pair that with a sealed splice and correct conductor gauge and you’ll avoid nuisance trips and hot connections. Record amperage against nameplate; compare to the curve for early warnings.

We ran the Brackenridge pump briefly at the surface with a temporary line. Flow was strong, no chatter, amperage matched spec. Only then did we commit to the descent.

Splice and Insulation Testing

Heat-shrink, adhesive-lined connectors. No electrical tape-only splices. Megger to ground; look for 200+ megohms on new gear (varies by conditions). Verify continuity end-to-end before lowering.

Topside Test Run

Use a test hose and clean bucket. Verify no debris at discharge. Check amperage draw vs nameplate and temperature rise. Listen for rattles—none should be present on a new unit.

Final Descent Checks

Re-band wires neatly every 15–20 feet. Confirm torque arrestor clearance through the cap. Maintain communication—one person calls pace, others echo.

Key takeaway: Don’t bury an unproven system. Test, document, then commit.

#9. Secure, Pressurize, and Commission – Pressure Tank, Switch, and Leak Patrol for Day-One Confidence

After seating the pitless adapter, reconnect to the house line and pressure up. Watch gauges and joints; a slow weep today is a soaked utility room tomorrow. Set the pressure switch correctly for system design and confirm the pressure tank air charge.

A Myers system with a balanced match between pump output and tank/switch settings cycles less and lasts longer. Dial it in at start-up. Document cut-in/cut-out, time-to-fill, and verify no short cycling. Commissioning is where quality shows—and where subpar brands start coughing.

For Nolan and Marisol, we set 40/60 PSI, confirmed a 2.0+ GPM drawdown rate, checked cycle intervals, and bled air. Their new Myers unit steadied the system from the first run.

Pressure Tank and Switch Setup

Set tank precharge 2 PSI below cut-in (e.g., 38 PSI for 40/60). Verify switch contacts are clean and set screws tight. Confirm no waterlogging or diaphragm issues.

Leak and Performance Checks

Inspect all unions, tees, and pitless join for seepage. Record time-to-pressure under a controlled faucet flow. Listen for water hammer; if present, evaluate check valve placement.

Documentation and Handover

Write down model, depth, set date, and switch settings. Provide homeowners with contact info and next check date. Save amperage, pressure, and GPM notes for future troubleshooting.

Key takeaway: Commission carefully. A few extra minutes now saves hours later.

#10. Transport, Storage, and Warranty – Protect the Investment You Just Lowered

When handling a new pump before install, keep it safe. Boxed or not, treat the unit as a calibrated instrument. Keep dirt out of the intake, avoid impacts, and store vertical if possible. For service pulls, protect the removed pump—post-mortems teach you why it failed and how to prevent a repeat.

Myers Pumps, backed by Pentair engineering and an industry-leading 3-year warranty, are built for real-world conditions and field serviceability. The Predator Plus Series offers field serviceable features and rugged construction that survive careful handling—and forgive the occasional bump.

The Brackenridges’ previous unit (a budget brand with a thermoplastic housing) didn’t forgive much. Their new Myers is running strong, and they’ve got a PSAM record of specs, depth, and start-up data to protect their warranty and their water.

Proper Transport

Keep the motor end supported. Don’t cantilever in a pickup bed. Cap the intake; tape the leads; keep the box dry. Avoid stacking heavy tools on the pump.

Storage and Tagging

Store upright when possible. If horizontal, pad the body and avoid point loads. Tag with model, date received, and project. Keep manuals and warranty docs in a job folder.

Warranty Activation and Records

Register the pump with PSAM support. Keep depth, switch settings, and amperage notes. Save photos of the wellhead, pitless, and splices.

Key takeaway: Protect your investment from truck to trench. Myers builds it right—handle it right.

Detailed Competitor Comparisons

In real-world lifting and handling, construction and serviceability are the difference between an easy pull and a knuckle-busting fight. Myers’ 300 series stainless steel shell and threaded assembly hold alignment under rig tension better than many budget thermoplastic bodies. Compared to Red Lion’s frequent use of thermoplastic housings in budget models, the Predator Plus maintains shape under pressure and repeated lifts. The Pentek XE motor also tolerates brief surface tests with stable amperage and high thrust, helping verify performance before you commit to the descent.

On-site, this translates to fewer snags at the cap, cleaner engagement at the pitless adapter, and less drift during hoist hand-offs. Sand resistance from Teflon-impregnated staging means you’re not grinding impellers if you need to purge silt after setting. Service intervals stretch from “every couple of seasons” to many years with proper setup and water conditions.

When you’re dependent on your well, each pull is a risk and a cost. Myers’ stainless construction, Pentair-backed motor tech, and PSAM’s stocking and support combine to make a system that simply asks less from you in the field—worth every single penny.

A second point installers appreciate: control system flexibility. Many Franklin Electric configurations can lean on proprietary control boxes and dealer networks, especially when troubleshooting advanced features. Myers’ simplified options—including popular 2-wire well pump models—reduce complexity, cost, and points of failure during handling and commissioning. In practice, fewer external components mean quicker testing topside and fewer cables to wrangle during the lift. For homeowners like the Brackenridges, that meant less time down, simpler spares, and clean, documented wiring. Over 8–15 years of expected service, with 80%+ hydraulic efficiency at BEP, that’s reduced downtime, lower wiring hardware costs, and a smoother ownership path—again, worth every single penny.

FAQ: Field-Tested Answers to Your Most Pressing Questions

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

Start with your total dynamic head (TDH) and required flow. TDH includes vertical lift (from pumping level to pressure tank), friction loss in pipe/fittings, and pressure requirement (e.g., 50 PSI ≈ 115 feet). A typical 3–4 person household needs around 8–12 GPM. For a 240-foot well with a 40/60 switch and moderate plumbing runs, a 1 HP Myers Predator Plus at 10 GPM myers submersible often hits the sweet spot. Always check the pump curve against your TDH to ensure operation near the Best Efficiency Point. Undersize, and you’ll short-cycle and starve fixtures. Oversize, and you risk runout, excessive amperage, and noisy plumbing. My recommendation: call PSAM with your well report, static/drawdown levels, and longest plumbing run. We’ll size horsepower and staging to your exact TDH and flow target.

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

Most single-family homes are well-served at 8–12 GPM. Add irrigation or a large soaking tub and you may want 12–15 GPM. Multi-stage designs stack impellers to build pressure while maintaining target flow. For example, a 10 GPM Myers Predator Plus at 1 HP uses multiple stages to push water efficiently to 50–60 PSI at depth. Staging is how submersibles deliver both head and flow without massive horsepower. Operating near the curve’s sweet spot reduces energy use and extends life. Pro tip: use flow restrictors on irrigation zones to keep the pump in its efficient window and prevent runout.

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

Efficiency comes from impeller geometry, close tolerances, and smooth flow paths. Myers’ engineered, Teflon-impregnated staging reduces internal friction and maintains clearances longer in sandy water. Pair that with the Pentek XE motor’s high-thrust design and tight hydraulic passages, and you get less slip, less heat, and more water per watt. Running near BEP means less stress on bearings and windings. In the field, I see Predator Plus units running cooler amperage and holding pressure better at depth than generic imports—especially after a couple seasons when wear separates the quality builds from the rest.

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

Submerged equipment faces corrosion, mineral scaling, and constant pressure cycles. 300 series stainless steel resists rusting and pitting in mineral-rich or acidic water where cast iron can corrode and shed scale. Stainless also holds thread integrity during pulls and re-installs, preventing hairline cracks at stress points. In practice: cleaner water, longer life, fewer seized fasteners, and easier service. For those pulling their pump every decade instead of every other year, stainless is a no-brainer.

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

Grit acts like sandpaper. Standard composites erode, opening clearances and torpedoing efficiency. Myers’ Teflon-impregnated staging self-lubricates at contact points and resists abrasion. Clearances stay tight, performance stays up, and amps stay stable. When folks like Nolan and Marisol have a little fines in their water, these impellers buy time—often years—before any noticeable performance drift. Still, set your pump above the silt zone and purge the line after disturbances.

6. What makes the Pentek XE high-thrust motor more efficient than standard well pump motors?

Submersible pumps need thrust handling to manage axial loads from multi-stage impellers. The Pentek XE motor is purpose-built for high-thrust with efficient windings, thermal overload protection, and excellent start characteristics. That translates to clean starts, stable amperage, and lower heat—especially under deep head conditions. Better thrust handling reduces bearing wear, extending service life. I see these motors logging 8–15 years consistently when matched to the job and protected from dry run and lightning.

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

A capable DIYer with proper lifting gear, electrical know-how, and patience can install a Myers Predator Plus. That said, most homeowners benefit from a licensed contractor—especially on deep wells, tricky pitless adapters, or when setting torque arrestors and cable guards at depth. PSAM supports both paths with spec sheets, curves, and phone guidance. If you DIY, follow lockout/tagout, use rated lifting equipment, and test topside before you lower. Remember: a clean splice and correct set depth are non-negotiable.

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

A 2-wire well pump has the start components integrated in the motor—fewer external parts and simpler wiring. A 3-wire setup moves the start components to an external control box. Two-wire systems reduce installation complexity and points of failure; three-wire systems can ease troubleshooting of start capacitors/contactors. Myers offers both, but many residential installs prefer 2-wire for clean handling and faster commissioning. Check your well depth, voltage, and local codes, then call PSAM for the best match.

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

With correct sizing, clean power, and reasonable water quality, expect 8–15 years from a Predator Plus. In forgiving wells with minimal sand and protected electrical, I’ve seen well over 20 years. Maintenance isn’t much: check pressure switch function annually, confirm tank precharge, inspect for minor leaks, and watch cycle times. If your water gets sandy or you notice air spurts, address it early—small problems become motor killers if ignored.

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

Annually: verify pressure tank precharge (2 PSI below cut-in), inspect switch contacts, and check for leaks. Quarterly: listen for short cycling and record pressure stabilization. After storms: confirm breaker condition and test GFCI/AFCI where used. After any plumbing work: purge lines, check for grit, and confirm amperage draw at the next run. Keep a logbook; trends tell you when a check valve is weeping or when a tank bladder is failing.

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

Myers’ 3-year warranty outpaces many 12–18 month policies, covering manufacturing defects and performance issues under normal use. It pairs with PSAM’s documentation support—installation notes, amperage readings, and start-up data help protect your claim. In my field experience, the longer warranty isn’t just paper; it reflects better materials, motor design, and QC. That’s real money saved if anything shows up in year two or three.

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

Budget brands lure with a lower sticker but cost more in re-pulls, higher amps, and early failures. Consider one Myers Predator Plus lasting 10–15 years, versus two or three budget units cycling through that same period. Factor labor, downtime, and lift gear rentals, plus energy saved from 80%+ efficiency at BEP. Across a decade, Myers usually wins by 15–40% on total cost—without price-tagging your weekends for emergency swaps.

Conclusion

Lifting and handling a heavy submersible isn’t a stunt—it’s a system. Plan the pull, control power, use real rigging, protect your wire and pitless adapter, respect set depth and torque arrestor placement, and prove your work topside before you bury a mistake. Do that, and your well becomes invisible again—the way it should be.

If you want the lift to be your last for a long while, choose a Myers Pumps Predator Plus with 300 series stainless steel, Teflon-impregnated staging, and a Pentek XE motor, all backed by a 3-year warranty and Pentair engineering. That’s exactly what got Nolan and Marisol Brackenridge back to hot showers and strong pressure without a second pull. Call PSAM for same-day shipping, field-proven accessory kits, and my sizing notes—we’ll get you safely from dry well to reliable water, start to finish.