Stove Repair in Lubbock, TX

“Stove” and “range” typically refer to the freestanding kitchen appliance that combines a cooking surface (burners) with an oven beneath it, and this page covers the surface burners specifically — ignition, heating, and controls. If your concern is with baking, roasting, or the oven’s temperature, see Oven Repair for that separate set of components.

If your cooking surface is a built-in unit set into the countertop rather than part of a freestanding range, see Cooktop Repair instead — the diagnostic concepts overlap, but the two pages exist separately so each stays focused on its specific installation type and the components that actually apply to it.

• Gas stoves use burners with a spark igniter and, on most modern units, a spark module that generates the ignition spark and signals the gas valve for that burner. Most gas stoves use a separate igniter per burner, which is why a single burner can fail to ignite while the rest continue working normally.
• Electric coil stoves use exposed coil elements, each regulated by an infinite switch that cycles power on and off to produce different heat levels.
• Electric radiant (smooth-top) stoves use elements beneath a ceramic glass surface, sharing failure patterns with coil stoves while adding surface-damage risk as its own category.
• Dual-fuel ranges pair a gas cooking surface with an electric oven, which is useful to know since it means the surface and oven diagnostics can be entirely independent of each other on this appliance type, and a gas-surface problem on a dual-fuel range never points toward the electric oven components or vice versa.

• Burner will not ignite (gas)
• Burner will not heat (any fuel type)
• Burner stays on high regardless of the control setting
• Clicking constantly without the burner lighting
• Uneven flame
• Surface element cycles incorrectly — staying on too long or shutting off too soon
• Controls not responding
• One burner performing noticeably differently from the others on the same appliance

On coil and radiant electric stoves, each burner is typically controlled by an infinite switch, which cycles power to the element on and off to produce a range of heat levels rather than reducing voltage directly. A failed infinite switch can cause an element to not heat, to heat only on high regardless of the dial position, or to cycle incorrectly (staying on too long or shutting off too soon at a given setting).

An element that stays on high no matter what the control is set to is worth treating as urgent rather than something to keep using while waiting for a convenient appointment — unplug the stove or shut off its breaker if it’s safe to do so, and call for service promptly. A burner that heats normally but takes noticeably longer than before to reach a given temperature can also point toward a weakening element, even without a complete failure.

Stove controls that don’t respond can stem from a few different places: the knob or switch itself failing to make contact, a control board issue on electronic models, or — less commonly but worth checking — a receptacle or wiring connection issue feeding power to the unit.

Distinguishing between “the whole stove is unresponsive” and “one specific burner’s control doesn’t work” is a useful clue for narrowing down the cause before a technician arrives, since a single-burner control issue almost always points to that burner’s own switch rather than anything shared across the appliance.

• Spark igniter and spark module (gas) — generate the spark that lights a burner; the igniter is a common wear component that weakens gradually before failing outright.
• Surface element (electric) — the heating element itself, exposed on coil models or beneath the glass on smooth-top models; visible glow is a rough indicator of function but not a substitute for testing.
• Infinite switch — regulates heat level by cycling power on non-electronic electric stoves; a common source of both no-heat and stuck-on-high symptoms.
• Surface control / knob — the user-facing dial or button controlling a given burner.
• Receptacle — the wall outlet and cord connection supplying power to the unit; occasionally a source of control or power issues, particularly on older installations.
• Control board — on electronic models, manages burner selection, timing, and any touch or digital display; diagnosed after simpler switch and element causes are ruled out.

Common stove/range surface repair categories include:

• Spark igniter/electrode repair or replacement on gas units
• Spark-module diagnosis on gas units
• Burner-port cleaning where debris is the actual cause
• Electric surface-element replacement
• Infinite-switch or burner-control replacement
• Element receptacle/wiring diagnosis on coil-element models
• Electronic control diagnosis when multiple surface functions are affected

Active gas-supply work remains professional-only; this page does not provide gas-valve adjustment instructions.

See the full Repair or Replace an Appliance? guide for the broader decision framework, including how repeated failures on a single unit shift the calculation toward replacement even when each individual repair would have been reasonably priced on its own.

Stoves and ranges from brands including Whirlpool, GE, Samsung, LG, Frigidaire, Maytag, Kenmore, and others are common across Lubbock kitchens in both gas and electric configurations. Brand names are referenced here as general context for the models technicians commonly encounter, not a claim that Prairie Crest Appliance Repair holds factory authorization for any specific manufacturer. Model and serial number information is typically found on a tag along the front frame near the storage drawer or door, or inside the door frame on some models.

• Keep gas burner caps and ports clear of food debris between uses, since clogged ports are a frequent cause of uneven or weak flames and can also make ignition harder.
• Clean spilled liquid off surface elements and around burners promptly, since baked-on residue can affect element performance and ignition consistency over time.
• Avoid slamming or forcing control knobs, which can wear out the switch mechanism behind them faster than normal use would.
• Don’t use warped or oversized cookware that doesn’t sit flat on coil or radiant elements, since poor contact makes the element work harder and cook less evenly.
• Have a clicking-but-not-igniting burner looked at promptly rather than continuing to use a lighter or match to ignite it manually, since that workaround leaves the underlying ignition fault unresolved and masks a developing issue, and repeatedly introducing an open flame near an unlit gas burner is itself worth avoiding as a habit.
• Keep the area around and beneath the stove reasonably clear, since spilled food and grease that migrate beneath burners or around knobs can contribute to both ignition problems and control issues over time.

A typical service request covers a short set of questions before scheduling: gas or electric, which burner is affected, the exact symptom, and — for gas units — whether there’s any smell of gas. Having this information ready, along with the brand and model number if available, usually speeds up both the scheduling call and the technician’s diagnostic process on site, and helps rule out whether a shared or single-burner component is the more likely explanation before the visit even begins.