GE Induction Cooktop Not Heating: Check the Pan, Power, and Controls

Use only checks that match the exact appliance or system and its official guide.

1. Check 1

   Place a clean, dry pan on the affected cooking circle and test the bottom with a household magnet while the pan is cool. Use only cookware whose bottom attracts and holds the magnet; do not use aluminum, copper, glass, ceramic, or other nonmagnetic cookware for this test.

   Expected result: The magnet holds firmly, holds only on a small patch, or does not hold anywhere on the bottom; the display may flash or the element may remain inactive.

   Next step: If the magnet holds across a useful flat area, continue with pan size and placement. If it does not, use a known induction-compatible pan rather than an adapter or foil and retest once.

   Why this matters

   Why: GE says induction cookware needs iron content and that a magnet test is the practical compatibility check. A weak or absent magnetic area can prevent the element from recognizing the pan or can limit the heated area; this does not identify an element failure.

2. Check 2

   With compatible cookware cool and empty, center its flat magnetic base inside the circular graphics for the selected element. Confirm the base sits flat and makes full contact with the glass, and that the pan does not overlap the controls or metal trim.

   Expected result: The pan is too small for the selected element, off-center, warped, rocking, or flat and centered; the power display may flash and then turn off.

   Next step: Move the pan to the matching element or use a compatible pan that meets the exact model's minimum size. If the same pan is recognized on another element but not this one, note that comparison for service rather than repeatedly cycling the control.

   Why this matters

   Why: GE says an induction burner may not activate when cookware is too small, off-center, or not flat, and that the element generates heat only over the cooking circle. Correct placement can restore detection; a flat centered compatible pan that remains unrecognized points beyond the cookware.

3. Check 3

   Starting with the pan centered, select the affected element and press On, then use the plus or minus control to choose a heat level as the model's control layout shows. Observe the display without repeatedly touching other zones or covering the touch panel with a cloth or utensil.

   Expected result: The power level appears and the pan begins to heat, the display flashes and then clears, the control lock indicator is present, or the touch panel does not respond.

   Next step: If the control lockout is active, unlock it using the exact model instructions and make one normal selection. If the display still will not accept a compatible pan and setting, continue to the power check and then stop for service if the symptom persists.

   Why this matters

   Why: GE identifies an improperly set control as a cause of a nonworking induction burner. A flashing or cleared level commonly corresponds to pan detection or placement, while an unresponsive panel may be control lockout or a control fault rather than a heating-coil problem.

4. Check 4

   Observe whether the whole cooktop has power, whether the display is dark, and whether other elements or controls respond. From the outside, check the appliance's accessible circuit-breaker or fuse status and reset a tripped breaker only as household instructions permit; do not remove an electrical cover or probe the supply.

   Expected result: The entire panel is dark, only one element is inactive, the breaker is tripped, all other elements work, or the breaker trips again after reset.

   Next step: If a single accessible reset restores normal operation, make one supervised pan test. If the panel stays dark, the breaker trips again, or only one element remains inactive with a known-compatible pan, stop using the cooktop and arrange qualified service.

   Why this matters

   Why: GE lists a blown fuse or tripped breaker as a possible no-power cause. A whole-panel failure points toward supply or appliance power; one inactive element with other elements working makes pan detection, that element's control, or an internal element fault more likely. A repeated trip is not a condition to keep resetting.

5. Check 5

   After the cooktop is cool enough to handle safely, compare the same known-compatible, flat pan on another element only if the model manual permits normal use of that element. Keep each test supervised, use the matching control, and stop if the glass cracks, an error appears, or the pan or surface behaves abnormally.

   Expected result: The pan heats on another element but not the original one, no element recognizes it, or the original element works after repositioning the pan.

   Next step: Do not swap parts or open the cooktop. Record the pan, element, display indication, and result of each one-time comparison and provide those details to qualified service.

   Why this matters

   Why: Heating on another element makes cookware compatibility less likely and localizes the symptom to the original zone or its control, although it does not identify which internal part is faulty. No element recognizing a verified pan keeps power, control, and cookware possibilities open.

6. Check 6

   After the external checks, make one supervised heating attempt with a compatible centered pan and record the model, affected element, pan type, display code or flashing behavior, control response, and breaker result. Stop immediately for a cracked glass surface, smoke, burning odor, sparking, unusual heat outside the pan area, repeated breaker operation, or a damaged cord.

   Expected result: The pan heats normally, the element remains inactive with the verified pan and correct setting, or a physical or electrical safety symptom appears.

   Next step: Stop using the cooktop for persistent inactivity or any safety symptom and arrange qualified appliance service. Do not remove the glass, access the induction coil, measure live wiring, or bypass a control or temperature safeguard.

   Why this matters

   Why: A successful test supports a cookware, placement, setting, or temporary power explanation but does not prove that the cooktop has no intermittent fault. Persistent inactivity or any safety symptom requires internal diagnosis outside the reader's safe boundary.