One coil burner stays completely cold
The indicator light may come on, but that one burner never glows or heats the pan.
Start here: Start with burner seating and a same-size swap test if your range has removable coil elements.
Direct answer: If one electric range burner is not heating, the most common causes are a failed range surface element, a loose or heat-damaged burner receptacle, or a bad range burner switch behind the knob.
Most likely: Start by figuring out whether the burner itself is dead or the socket and control feeding it are burned or loose. On plug-in coil styles, a simple burner swap tells you a lot fast.
First separate the easy lookalikes: one burner dead, one burner weak, or the whole cooktop acting up. Reality check: a burner can look fine and still be open internally. Common wrong move: forcing a loose coil back into a heat-damaged socket and charring it worse.
Don’t start with: Do not start by ordering a switch or opening the control panel. Most homeowners can rule in or rule out the surface element and receptacle first.
The indicator light may come on, but that one burner never glows or heats the pan.
Start here: Start with burner seating and a same-size swap test if your range has removable coil elements.
It may work after wiggling the burner, then quit again, or cut in and out while cooking.
Start here: Look hard at the burner prongs and the range burner receptacle for looseness, pitting, or dark heat marks.
Water barely simmers and the burner seems slower than the others.
Start here: Make sure you are not dealing with an uneven-heating issue first, then check for a partially failed surface element or a failing burner switch.
More than one burner is dead, weak, or acting strangely.
Start here: This page is best for a single burner problem. If several burners are affected, stop short of buying parts and check for a larger power or control issue.
This is the most common single-burner failure, especially when the burner stays cold but other burners work normally.
Quick check: On removable coil styles, swap that burner with another same-size working burner. If the problem follows the burner, the element is bad.
Intermittent heating, arcing, a loose fit, or blackened terminals usually points to the socket the burner plugs into.
Quick check: Unplug the range, remove the burner, and inspect the receptacle for melted plastic, char, or terminals spread open.
If a known-good burner and a sound receptacle still do not heat on that position, the switch behind the knob becomes likely.
Quick check: Compare knob feel and operation with a working burner. A switch that feels rough, loose, or never clicks into heat settings is suspect.
If multiple burners are affected, or one large burner and oven performance are both odd, the issue may be beyond that single burner.
Quick check: Check whether the range has other electrical symptoms like weak oven heat, dead indicators, or a recent breaker trip.
A single dead burner usually points to the burner, receptacle, or switch. Multiple heating problems push you toward a broader electrical issue.
Next move: If every other burner works normally and the problem is isolated to one position, stay on this page. If several burners are weak or dead, or the oven is also acting off, stop guessing at burner parts.
What to conclude: You are either dealing with a single-burner component failure or a larger supply/control problem. Separate those early so you do not buy the wrong part.
A coil element that is not fully seated, or a socket that has been overheated, can leave a burner cold or intermittent without any deeper failure.
Next move: If the burner heats normally after being reseated and the connection looks clean and tight, keep using it but watch for repeat failure. If it is still dead, or the socket looks burned, move to a swap test or receptacle decision.
What to conclude: A loose fit can cause arcing and heat damage. Once the receptacle is charred or spread open, reseating is only temporary at best.
This is the fastest clean test for a bad burner element. It tells you whether the failure follows the burner or stays with the burner position.
Next move: If the suspect burner stays dead in the new position while the known-good burner works in the old position, replace the range surface element. If the known-good burner also fails in the suspect position, the problem is not the burner itself.
A damaged socket is the next most common cause after the burner itself, especially when the burner cuts in and out or the connection looks cooked.
Next move: If the receptacle is clearly burned or loose, replace the range burner receptacle and inspect the burner prongs too. If the receptacle looks sound and a known-good burner still will not heat there, the burner switch is the stronger next suspect.
The switch behind the knob is a real failure point, but it is not the first part to buy on a single dead burner without earlier checks.
A good result: If the burner heats normally through its settings after switch replacement, reassemble the range and verify the burner cycles correctly.
If not: If a new switch does not restore heat, the problem is likely in internal wiring or a larger range control issue that is better handled with meter-based diagnosis.
What to conclude: By this point you have ruled out the common field failures. The remaining causes are less visible and less worth guessing at.
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On a removable coil range, swap the suspect burner with a working burner of the same size. If the problem follows the burner, the range surface element is bad.
Yes. That is one of the most common signs. A loose or heat-damaged range burner receptacle can make the burner cut in and out, arc, or stay cold until you wiggle it.
That happens a lot. A surface element can fail internally without obvious cracking or blistering. The swap test is more reliable than appearance alone.
Usually no. On a single dead burner, the surface element and the receptacle are more common and easier to confirm. Go to the switch only after those are ruled out.
The indicator light only shows that the control is turned on. It does not prove the burner is actually getting heat through the element and receptacle.
No. A burned range burner receptacle can arc and overheat further. Stop using that burner until the damaged parts are replaced and the wiring is checked.