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Identification
Types of stoves include the kitchen stove, the coal-burning stove, and the wood-burning stove. Each stove type varies in efficiency and purpose.
Modern stoves use direct heat for cooking food. They can be identified by the heat source and purpose. They may also include an oven underneath for baking. Stoves were traditionally fueled by wood or coal, but modern versions are also powered by electricity or gas. Some electric stoves also use an induction system which heats the cooking utensil, but not the stove top.
Wood-burning stoves for heating produced in the United States after 1992 are required to emit only a certain number of particulates. Because of concerns about air pollution, deforestation, and climate change, stove design has changed to be more efficient. Especially in very populous countries, innovations in biomass burning-stoves are developing to reduce particulate emissions.
This page gathers troubleshooting resources for Candy induction cooktops (including the CI, CIS, and CIES series). Although the aesthetics vary by model, the internal layout generally relies on a standard frame integrating inductors (coils), a power module (electronic board), and a touch user interface.
Device Identification The exact model number and rated power are indicated on the rating plate affixed to the underside of the metal frame. It is crucial to note this information before ordering any spare parts.
Common Failures and Troubleshooting The most frequent repairs on these models concern:
- Power board replacement: Often necessary following a short circuit or power surge (frequently associated with error code E8).
- Ventilation fault: Clogging of the cooling fan causing a thermal safety shutdown.
- Touch key malfunction: Connection issue with the control board or sensitivity defect in the glass-ceramic cooktop.
Important Safety Instructions CAUTION: Any intervention on an induction cooktop requires total disconnection from the power supply (dedicated circuit breaker). Wait at least 10 minutes after powering off to allow the board's capacitors to discharge to avoid any risk of electrocution.
