Max. temperature
The highest temperature that the oven can reach during normal operation. The minimum value in modern models is 230 °C. However, even this low temperature is considered sufficient for most simple dishes. The average indicator can be called 240 – 250 °C. Such heating is provided by most modern ovens. And the most advanced models can heat up to 300 °C or more. Such capabilities will be useful for some specific recipes that require high temperatures.
Power
Rated power of the oven installed in the stove. Specified only for electric ovens (see above). When determining this parameter, the power of all heaters and other devices installed in the oven (grill, convector, motorized spit, etc.) is taken into account; in other words, this item indicates the maximum power consumption.
This data is useful primarily for assessing electricity consumption, as well as the connected load during operation. But only ovens with similar functionality can be compared with each other in terms of power — for example, two models with convection. Otherwise, the comparison may be incorrect.
Turbo burners
The number of gas burners in which the flame is located not in one, as in standard burners, but in two (or three) rows — in other words, in the form of two (three) rings, one inside the other. Such burners have more power than traditional single-row ones and heat the bottom of the pan more evenly, which can be especially useful when frying. On the other hand, the need for such a heating mode arises quite rarely, and much more gas is consumed than during the operation of a classic burner. As a result, even in advanced stoves, the number of
turbo burners rarely exceeds 1.
Burner grates
It is the material from which the burner grates of the stove are made. This parameter is relevant only for gas burners — electric hobs do not have grates.
— Steel grates. The most common type of grates is steel grates coated with a special heat-resistant enamel. They are quite practical, reliable, have a relatively small weight and neat appearance, and at the same time are inexpensive, due to which they are often found in entry-level and middle-level models. The main disadvantage
of steel grates can be called the difficulty in cleaning from adhering contaminants — too intensive cleaning can damage the enamel. In addition, they are less durable than cast iron ones, and under heavy dishes containers, they can deform — as a result, the dishes will not stand stably on the stove, and the grate will most likely have to be replaced.
— Cast iron grates.
Cast iron grates is much heavier than steel ones. Moreover, they often look more massive and rough. On the other hand, they are more reliable, durable and stable, can cope even with heavy weights and keep their working shape much longer. In addition, cast iron is easier to clean: although dirt comes off worse than enamel, in extreme situations it is quite possible to use abrasive products without fear of damaging the surface.
Connected load
The connected load of the stove is the maximum electrical power consumed during operation. This parameter is indicated only for models that are equipped with at least one electric heater — burner (burners), oven or grill. It is the burners that are the highest consumption in terms of energy consumption; Features such as auto-ignition or oven lighting require little energy, a ordinary socket is enough for them.
First of all, the requirements for the power grid depend on this indicator: it must be able to provide such power without overload. It is worth noting that for household sockets the power limit is about 3 – 3.5 kW; with more power, you need to connect the stove to a 230 V network according to special rules. An alternative is a three-phase 400 V mains: most modern stoves with electric heaters allow connection to both 230 V and 400 V.
