A homeowner in Hallandale contacted us regarding their GE electric stove. The cooktop features a dual-zone expandable burner designed to accommodate both small pots and large skillets. However, the customer noticed that turning on the outer ring yielded no heat at all—only the central small zone was heating up, making it impossible to cook evenly with larger cookware.
Diagnostic Steps & Troubleshooting
When arriving at the Hallandale residence, our technician immediately executed a systematic diagnostic sequence to isolate whether the fault lay in the user switch, internal wiring, or the element itself.
Switch & Harness Inspection
We accessed the infinite surface control switch behind the control panel. Continuity tests confirmed the switch was successfully routing power to both the inner and outer burner terminal contacts when selected.
Wiring Integrity Check
We verified the wiring harness connecting the dual switch to the radiant element underneath the ceramic glass top. Wire insulation was intact with zero signs of corrosion or scorching.
Multimeter Resistance Test
With power safely disconnected at the breaker, we removed the wiring leads to the dual radiant element and tested resistance across the outer zone terminals. The multimeter read OL (Open Loop / Infinite Ohms), confirming a break in the outer coil line.
The Solution: Radiant Element Replacement
Because the heating ribbon inside the radiant element had physically burned out, a spot repair was impossible. We ordered an OEM GE dual radiant surface element specifically matched to the cooktop's model number.
Once the genuine replacement part arrived, we scheduled a prompt follow-up visit. The glass cooktop was carefully unlatched and lifted, allowing us to swap the failed dual element assembly, reconnect wire leads securely to their correct terminal pins, and lower the glass top back into position.
Final Testing & Maintenance Tip
After reassembling the unit, power was restored at the breaker box. We tested both the single-zone and dual-zone settings. The outer heating ribbon ignited evenly and reached optimal temperature within seconds.