If your Maytag cooktop displays a code, it narrows the failing system quickly.
Maytag: Not Heating
A cooktop that won’t heat usually points to a failed element/coil, faulty igniter, a bad switch, or a control problem. We verify the exact failure before quoting parts.
- Verify power supply / voltage (electric/induction) or gas supply (gas)
- Test heating element resistance (electric) or induction coil/inverter signals (induction)
- Check infinite switch / regulator (electric) or spark module / igniter circuit (gas)
Quick tip: Electric: swap a working burner/element into the failing position (if removable). If the problem follows the burner, the element is likely bad.
Learn more →Maytag: Won’t Ignite
Ignition failures often come from weak igniters, dirty burner caps/ports, a failed spark switch, or a shorted ignition module. We test what’s actually failing.
- Clean and inspect burner caps and ignition ports
- Check spark switch continuity and switch harness
- Test spark module output
Quick tip: Make sure the burner cap is seated correctly — even slight misalignment can block ignition and cause clicking.
Learn more →Maytag: Constant Sparking / Clicking
Continuous clicking usually means moisture in the switch area, a stuck spark switch, or a failing spark module. It’s common after boil-overs or cleaning.
- Isolate which burner switch triggers sparking
- Test ignition switches for shorts/continuity
- Inspect spark module and harness for arcing
Quick tip: If it started after a boil-over, let the cooktop dry for a few hours. Moisture can keep the igniter clicking.
Learn more →Maytag: Uneven Heating
Uneven heating is commonly caused by burner alignment, weak elements, an incorrect pan (induction), or a failing regulator/switch. We confirm the cause with measurements.
- Inspect burner alignment and flame pattern (gas)
- Test element resistance and heat output (electric)
- Check regulator/infinite switch behavior under load (electric)
Quick tip: Try another pan — warped cookware creates uneven heat on gas and electric, and can fail detection on induction.
Learn more →Maytag: Smell of Gas
A gas odor can indicate a leak at a valve, fitting, regulator, or burner assembly. This is a safety issue — we locate and confirm the leak source before any repair.
- Check gas valve operation and shutoff integrity
- Inspect regulator and supply line fittings
- Check burner valve stems and seals
Quick tip: If you smell gas: turn off burners, open windows, and shut off the gas supply if safe. Do not keep trying to ignite the burners.
Learn more →Maytag: Weak Flame / Low Heat (Gas)
A weak flame usually comes from clogged burner ports, an incorrect burner cap position, a restricted orifice, or a regulator/valve issue. We confirm gas flow and the restriction point.
- Inspect burner caps/ports and clean buildup
- Check orifice for debris or restriction
- Verify regulator output and supply pressure (where applicable)
Quick tip: Remove and reseat the burner cap and head. If the flame is still weak, stop guessing — gas flow needs proper testing.
Learn more →Maytag: Burner Won’t Stay Lit
If a burner lights then goes out, it can be a flame sensing/ignition issue, valve problem, or airflow/port blockage. We test the ignition and gas delivery together.
- Inspect burner ports and flame pattern
- Check electrode condition, gap, and grounding
- Verify valve operation and gas delivery consistency
Quick tip: Clean the burner cap/ports and ensure the cap is aligned. If it still won’t stay lit, it needs proper ignition + gas testing.
Learn more →Maytag: One Burner Not Working
When only one burner fails, the cooktop is usually fine — the issue is often localized to that burner’s element/igniter, switch, or wiring. We isolate it quickly.
- Swap components when possible to isolate the failure
- Test element/igniter for continuity/output
- Check corresponding switch/valve and wiring
Quick tip: If your cooktop has removable burner parts, swap with a working burner. If the issue follows the part, you found the likely culprit.
Learn more →Maytag: Stuck on High / Won’t Regulate
A burner stuck on high commonly indicates a failed infinite switch, welded relay, or control board fault. We verify control behavior before parts replacement.
- Test infinite switch/regulator output profile (electric)
- Inspect relay control on PCB (induction/electric with board)
- Check wiring for heat damage and shorts
Quick tip: If it won’t regulate and overheats, stop using that burner until it’s diagnosed — it can damage cookware and the glass surface.
Learn more →Maytag: Tripping Breaker
Breaker trips usually mean a shorted element, damaged wiring, moisture intrusion, or a failing inverter/control. We test safely to avoid repeated trips and further damage.
- Inspect terminal block and supply wiring
- Test elements/coil insulation and resistance
- Check harness for pinched wires or burn spots
Quick tip: Do not keep resetting the breaker and retrying — repeated trips can worsen the fault. Book a diagnostic.
Learn more →Maytag: Cracked Glass Top
A cracked glass top can be unsafe and may expose internal components to spills. We evaluate whether it can be used temporarily and quote replacement options if required.
- Inspect extent of crack and heat-affected area
- Check for exposed wiring or moisture intrusion risk
- Verify burner/element operation safety (if testing is safe)
Quick tip: If the crack is spreading or you see moisture/spills reaching inside, stop using the cooktop and schedule service.
Learn more →Maytag: Induction Not Detecting Pan
Induction detection problems are often cookware-related, but can also be caused by a coil, sensor, or inverter/control issue. We confirm whether it’s the pan or the cooktop.
- Confirm cookware is induction-compatible (magnetic)
- Test coil and inverter output behavior
- Check pan detection sensors and wiring
Quick tip: Try a known induction-compatible pan (a magnet should stick to the bottom). If it still won’t detect, it needs testing.
Learn more →Maytag: Shuts Off / Overheats
Unexpected shutdowns often relate to overheating protection, fan failure, sensor problems, or control faults. We check cooling and sensors first to prevent repeat shutdowns.
- Inspect cooling fan operation and airflow paths
- Check temperature sensors and harness
- Verify control board logic and error history (if available)
Quick tip: Make sure vents are not blocked (especially on induction). If it shuts off repeatedly, stop using it and schedule diagnosis.
Learn more →Maytag: Showing Error Code
Error codes can point to sensors, controls, inverter modules, or safety/lock conditions. The code narrows the system — testing confirms the exact failure.
- Interpret code from manufacturer logic
- Test sensors and control/inverter output
- Inspect harness connections and connector pins
Quick tip: Power-cycle reset: unplug/turn off breaker for 5 minutes. If the code returns, component testing is required.
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