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No Water from Well: Causes, Diagnosis, and What to Do in Michigan

By Kyle Wood, Water Treatment Specialist • Updated May 2026 •
Serving Brighton, Howell & Livingston County, Michigan

Why You Have No Water: The 6 Most Common Causes for Michigan Wells

A well that delivered water yesterday and delivers none today has a mechanical or electrical failure somewhere in the system. The failure points are well understood and follow a predictable order of likelihood. Working through them systematically saves money and avoids unnecessary service calls.

1. Tripped Circuit Breaker or Blown Fuse

Submersible well pumps run on a dedicated 240-volt circuit in the electrical panel. A power surge, lightning strike, momentary overload, or short in the pump motor wiring can trip the breaker. This is the most common reason for sudden total loss of well water and the only one a homeowner can usually diagnose and fix without tools.

Check your electrical panel for a breaker labeled “Well Pump,” “Water Pump,” or simply “Pump.” On a 240V circuit the breaker will be a double-pole (two slots wide). If it is tripped, it will be in the middle position rather than fully on or fully off. Reset it by pushing it fully to OFF, then fully to ON. If power is restored and water flows, the cause was a momentary overload or surge. If the breaker trips again immediately or within minutes, there is an underlying electrical fault in the pump motor or wiring — call a pump contractor.

Older Michigan homes (pre-1990) with fused panels rather than breaker panels will have a fuse block in the panel or a separate fused disconnect box near the pressure tank. If the fuse element is blown (you can usually see a burned-out or broken filament through the glass), replace with an identical amperage fuse and test. Replacing with a higher-amperage fuse to prevent future blowing is dangerous and illegal — use only the rated amperage.

2. Failed or Stuck Pressure Switch

The pressure switch is the control brain of the well pump system. It reads water pressure via a sensing port and closes the circuit to start the pump when pressure drops below the low setpoint (typically 40 PSI) and opens the circuit to stop the pump when pressure reaches the high setpoint (typically 60 PSI). A failed pressure switch can result in no water in two ways: the switch contacts are burned and welded open (pump never starts), or the sensing port is blocked with mineral scale and the switch does not detect the low pressure that should trigger pump startup.

Pressure switches are typically located on the pressure tank tee or on a nearby line near the pressure tank. They are small gray or black square boxes with two or four wires entering from the bottom and a conduit running to the pump wiring. The switch has a plastic cover that unscrews to expose the contact points and spring mechanism. Warning: 240V is present at the switch. Do not open the switch cover unless power to the pump circuit is off at the breaker.

Signs of a failed pressure switch: the pressure gauge reads zero and the pump does not kick on, even after the breaker has been confirmed on. A pump contractor can test the switch contacts with a multimeter. Replacement is inexpensive ($20–$50 in parts) and is work a licensed contractor can do without pulling the pump. See our guide to well pump short cycling in Michigan for a broader discussion of pressure switch behavior.

3. Waterlogged or Failed Pressure Tank

The pressure tank stores pressurized water between pump cycles. Inside the tank is a bladder (or diaphragm) separating the air charge from the water. When the bladder fails, water saturates the air space, the pump short-cycles, and eventually the system loses the ability to maintain any usable pressure. An extreme waterlogging condition can result in zero pressure at the tap even with a functioning pump, because the pump runs but cannot build sustainable pressure before the switch cuts it off.

A simple field test: tap the side of the pressure tank. A properly charged tank sounds hollow (air) in the upper third and solid (water) in the lower two-thirds. A waterlogged tank sounds completely solid throughout — like tapping a full barrel. You can also check the air valve (Schrader valve) on the top of the tank with the pump power off: if water sprays out when you depress the valve core, the bladder has failed and the tank needs replacement.

Pressure tank replacement is typically a same-day job and costs $300–$600 including parts and labor for a standard residential tank. See our complete guide to pressure tank replacement in Michigan.

4. Failed Submersible Pump Motor

The submersible pump motor is submerged at the bottom of the well casing, anywhere from 80 to 400 feet below ground on typical Livingston County wells. Motor failures are caused by burned-out windings (often from running dry or voltage irregularities), bearing failures, or impeller damage from sand or grit. A failed motor results in a pump circuit that has power but delivers no water because the motor does not spin.

Diagnosing a motor failure requires a licensed well contractor with the proper equipment: a motor amp draw test (the motor draws no amps if the windings are open, or draws locked-rotor amperage if it is seized), and potentially a pull of the pump assembly to inspect the motor. This is not DIY work in Michigan. Submersible pump replacement costs $1,200–$3,000 depending on well depth, pump HP, and pump brand.

A pump motor that has failed once due to running dry is a candidate for a dry-run protection controller when it is replaced. These controllers monitor pump amp draw and shut the pump off automatically if it runs dry, extending motor life significantly. Ask your pump contractor about this option when getting a replacement quote.

5. Well Has Run Dry (Low Water Level)

If your well recovery rate (the rate at which groundwater refills the well after pumping) is exceeded by your household demand, the pump will eventually draw the water level down below the pump inlet and deliver air rather than water. This condition — commonly called “running the well dry” — does not damage the well itself, but running the pump dry damages the motor (submersible pump motors are cooled by the water flowing past them; running dry causes overheating).

Signs your well has run low rather than the pump failing: water loss happens gradually during periods of high use (laundry, irrigation, filling a pool), the well recovers and delivers water again after 30–60 minutes of no use, and the problem gets worse in dry summers. A sudden complete loss of water with no prior history of running low is less likely to be a dry well and more likely to be a pump or electrical failure.

Michigan groundwater levels vary significantly by location and season. Livingston County wells in the glacial drift aquifers of the Brighton and Howell areas can be sensitive to seasonal precipitation patterns. Wells drilled into the Marshall Sandstone typically have more stable levels. If you suspect a seasonally low well, a pump contractor can measure the current static water level with a sounder before pulling the pump.

Long-term solutions for chronically low-recovery wells include: lowering the pump in the casing (if there is depth available below the current pump position), installing a storage tank system (a large holding tank that the well fills slowly, with a booster pump delivering household pressure from the tank), or drilling a new well to a deeper aquifer. See our guide to constant pressure well pumps in Michigan for how variable speed pumps can reduce the risk of running a low-recovery well dry by limiting peak draw rate.

6. Frozen or Broken Pipe

Michigan winters are cold enough to freeze pipes in unheated spaces. The well casing itself is typically below frost depth (frost depth in Livingston County is approximately 42 inches), so freezing inside the casing is rare. However, the above-ground piping between the wellhead and the pressure tank — particularly in unheated well houses, crawl spaces, or garages — is vulnerable. The pitless adapter (the fitting that passes through the well casing wall and connects the drop pipe inside the well to the above-ground plumbing) can also freeze if the well casing is exposed.

Signs of a freeze: water loss happens suddenly during or after a cold snap, the pressure gauge reads normal or near-normal (no water is reaching the pressure tank), and the pump runs but no water is delivered. Do not use a torch or open flame to thaw frozen well pipes — the risk of fire and the risk of creating a steam explosion in a sealed pipe section is high. Use an electric heat tape or a heat gun on low setting, working slowly from the warm side toward the cold side.

Broken pipes from freeze damage may not be immediately obvious — a pipe that freezes and splits may hold briefly until the pressure builds and then spray. If you find water in the well house or basement near the pressure tank after a freeze event, check the entire run of pipe from the wellhead to the pressure tank for splits or joint failures before assuming the pump has failed. See our guide to how to winterize a Michigan well for freeze prevention strategies.

Step-by-Step Diagnosis: What to Check Before Calling a Contractor

Follow these steps in order. Each step either fixes the problem or narrows down the cause before you call a licensed pump contractor.

Step 1: Check the electrical panel. Find the breaker labeled “Well Pump” or “Water Pump.” Confirm it is fully in the ON position. If tripped (middle position), reset it: push firmly to OFF, then to ON. Wait 30 seconds and open a faucet. If water flows, you are done. If the breaker holds but no water flows, continue to Step 2. If the breaker trips again within minutes, stop — there is a wiring or motor fault requiring a contractor.

Step 2: Read the pressure gauge. Most well systems have a pressure gauge mounted on the pressure tank tee. It should read somewhere in the 40–60 PSI range when the system is holding pressure. If it reads zero: the pump is not running, the pressure switch has failed, or the pump has lost prime (jet pumps) or failed entirely. If it reads normal pressure but no water flows at the faucet, the problem is downstream of the pressure tank — check for a closed shutoff valve or a frozen distribution pipe.

Step 3: Listen for the pump. With the electrical panel confirmed on and a faucet open, listen at the pressure tank area. A working submersible pump is nearly silent — you may hear a faint hum from the control box or pressure switch contactor. What you should NOT hear is nothing at all when the pressure gauge reads zero (pump is not starting), or a loud buzzing/humming from the control box (motor is locked up or seized). A pump contractor can confirm with an amp draw test.

Step 4: Test the pressure tank. With the pump confirmed powered, tap the side of the pressure tank from top to bottom. A properly functioning tank with a charged bladder sounds hollow (air) in the upper portion and solid (water) below. A waterlogged tank sounds uniformly solid throughout. Also check the Schrader air valve on top of the tank: with pump power OFF and pressure bled down, the valve should release air only — if water sprays out, the bladder has failed.

Step 5: Check for visible water around the wellhead and tank. Look for puddles, dripping, or water stains at the wellhead, at the pitless adapter area, at the pressure tank tee, and along any visible pipe runs. Water in the well house or basement near the tank after a freeze event strongly suggests a burst pipe rather than a pump failure. This is a much less expensive fix.

Step 6: Check for recent events that might explain the failure. Did a storm pass through with lightning? (Electrical surge, pump motor or control box burned.) Was there a period of unusually high water use? (Well may have run dry temporarily.) Was there a prolonged cold snap below 0°F? (Possible freeze.) Has the pump been making unusual noises recently? (Motor bearing failure developing over time.) Context accelerates diagnosis.

Calling a Michigan Well Pump Contractor: What to Expect

Michigan requires a licensed well drilling contractor for any pump installation or service that involves entering the well casing. This is not optional — it is a requirement under the Michigan Water Well Construction and Pump Installation Code (Part 127, Act 399 of 1976). A contractor who pulls a pump without a license is operating illegally, and their work is not covered by any state-backed warranty or surety. Always confirm your contractor is licensed through the Michigan EGLE licensing portal before authorizing any pump work.

When you call a pump contractor, be prepared to provide: your well depth (from the well record — check the paperwork from when you purchased the home, or look it up in the Michigan EGLE well database at michigan.gov/egle), the age of the current pump if known, your pressure tank size and approximate age, and the specific symptoms — did water stop suddenly or gradually? Did a storm precede the failure? Has the problem happened before?

Most pump contractors in the Livingston County area offer same-day or next-day emergency service for a complete loss of water. Emergency service calls typically carry a premium over standard rates. If you are on a private well and have no water for drinking, sanitation, or fire suppression, this qualifies as an emergency and you should not wait for a non-emergency appointment.

Typical service call sequence: (1) electrical diagnosis at the panel and control box; (2) pressure switch and tank testing; (3) amp draw test on the pump motor from the surface; (4) if the motor has failed or the pump needs inspection, the contractor pulls the pump assembly from the well casing — this is the most labor-intensive step, requiring a service truck with a pull device or cable system; (5) motor or pump replacement, drop pipe inspection, pump reset, and system test.

Pump Replacement Cost in Livingston County, Michigan

What Happens to Your Water Quality When a Well Loses Power or Runs Dry

A power failure to the well pump or a period of running dry can affect water quality in ways that are not immediately obvious. When the pump is off for an extended period and then restarted, the first water drawn may contain sediment, discolored water, or elevated bacteria counts from the disturbed well environment. Michigan well owners who experience a pump failure and restoration should follow these steps before returning to normal water use.

After restoring power or replacing the pump: Run an outdoor hose bib or other non-kitchen faucet for 10–15 minutes to flush the disturbed water from the system before using household fixtures. Watch for discolored water (brown, cloudy, or sandy) — if you see it, continue flushing until clear. Do not use the water for drinking until it runs clear and has been briefly tested or at minimum run for an extended flush period.

After a dry-run event (well ran dry): A pump that has run dry should be inspected before being returned to service — running dry causes motor overheating and may have damaged bearings or windings. Even if the pump appears to work after the well refills, dry-run damage often causes premature motor failure within months. Ask your pump contractor to perform an amp draw and insulation resistance (megohm) test before declaring the existing motor safe to continue using.

After any pump disturbance, test your water. Bacteria (total coliform and E. coli) should be tested after any pump service that opens the well casing. Disturbing the well environment can introduce surface contaminants. Michigan EGLE recommends testing after any pump work. See our guide to bacteria in Michigan well water for shock chlorination procedures and post-chlorination testing protocol.

If your pump failure was caused by or accompanied by a flood event or surface water intrusion near the wellhead, shock chlorination is required before returning the well to service. Flood water in the vicinity of a well casing is a serious contamination risk. See our guide to Michigan well water after flooding.

Michigan-Specific Considerations for Well Pump Failures

Age of the housing stock in Livingston County. A significant portion of Livingston County homes with private wells were built in the 1970s, 1980s, and 1990s. Well pumps installed at the time of construction have now been in service for 30–50 years — well past their typical 10–15 year service life. If you purchase a home in Brighton, Howell, Hartland, or Pinckney with the original pump still in service, budget for pump replacement within the next 1–5 years regardless of whether it is currently working. A proactive replacement is significantly cheaper than an emergency replacement.

Lightning risk in southeast Michigan. Michigan has elevated thunderstorm frequency from late spring through early fall. Lightning strikes — either direct or nearby ground strikes — commonly damage well pump control boxes, pressure switches, and submersible motor windings via induced voltage surges. A whole-house surge protector ($200–$400 installed) reduces this risk significantly. If your pump fails immediately following a lightning event, the motor windings likely need replacement — the insulation fails under the voltage surge.

Livingston County well depths and recovery rates. As noted, wells in different parts of Livingston County draw from different aquifers. Brighton-area wells often target the Marshall Sandstone at 150–250 feet and have very reliable recovery. Howell-area wells in shallower glacial drift may be more variable. Northern Livingston County bedrock wells at 200–400 feet typically have excellent recovery but are more expensive to service due to depth. Knowing your well depth before calling a contractor helps with upfront pricing.

The Michigan EGLE well database. If you do not have your original well record (drill log), it is available from the Michigan EGLE online database at michigan.gov/egle. Search by your address. The well record shows depth, casing diameter, driller name, and water-bearing zones. This is essential information for any pump contractor working on your well. Having it ready when you call saves time and potentially money on the service call.

After the Repair: Protecting Your Well System Going Forward

Once your well is back in service, a few investments reduce the likelihood of another emergency shutdown:

Water quality test after any pump disturbance. The standard is a basic bacterial test (coliform and E. coli) plus a chemistry panel. If the pump was out for more than a few days or if the well casing was opened, a broader test is prudent. Pure Water Filtration provides free on-site water tests in Livingston County and can coordinate with a certified lab for comprehensive panels. Call (248) 533-5050 to schedule. See our guide to annual well water testing and maintenance in Michigan.

Surge protection. A whole-house surge protector installed at the electrical panel runs $200–$400 and provides meaningful protection against lightning-induced pump failures — one of the most common causes of sudden pump death in Michigan. Ask your pump contractor or electrician about this when they are on site for the pump repair.

Pressure tank inspection. If the pressure tank is more than 10 years old and has never been serviced, have it inspected when the contractor is on site. Bladder failure often precedes or accompanies pump failure. Replacing a failing pressure tank proactively ($300–$600) is much less expensive than an emergency service call when it fails completely.

Annual wellhead inspection. Once a year, inspect the wellhead above ground for signs of settlement (the casing tilting or sinking), damage to the well cap, and any evidence of surface water pooling near the casing. A cracked or improperly sealed well cap allows surface contaminants to enter. See our complete annual maintenance checklist at annual well water testing and maintenance in Michigan.

Know your well record. If you do not have your well record on file, retrieve it now from the Michigan EGLE well database before you need it in an emergency. When the pump fails and you are calling a contractor from a hardware store parking lot, having the well depth and casing size saves time and ensures accurate parts are ordered.