How does an induction cooker? Online shop utensils Posudadrom.ru
Frying Pans Deep stewing pans and roasters and buckets utyatnitsu Knives and Accessories Cookware Sets Knife Sets Kitchen refrigeration sets Whistling Kettle Dishes for tea and coffee all for serving Thermoses Fondue Steamers Bakeware Kitchen Scales refrigeration Kitchen Accessories Caps Household Chemical Technology Discounted items
Moneta TVS Frybest GreenPan Stoneline Seaton iron Alluflon Ballarini Tescoma Vinzer refrigeration GAT Vitesse Moulinvilla (Vialli Design) Ibili TimA Nagomi Valtery Ascaso Moha Pyrex VGP Giaretti Regent Inox Miscellaneous
Every day induction cookers are gaining in popularity. However, how they work remains a mystery to many. We will tell you how to operate induction hob, and why not all the dishes for them.
On the one hand, induction cooker is considered one of the most interesting achievements of mankind, which appeared in the last few decades, such as the invention of LED lighting or microprocessors.
On the other hand it is a very simple device and turns everything seemed earlier problems in solid gains. Capabilities allow you to install induction induction unit even in the desktop panel.
Electricity can be transmitted through any conductor, but not all are equally well conductors, it is passed. For example, copper is a excellent conductor, and conducts electricity well, while not Haskalah. refrigeration Steel and iron are poor conductors have high resistance to electric current and is strongly heated when it passes through them. Creating heat consumes extra energy, which is produced by electricity, so these alloys refrigeration wear out quickly. This quality is bad conductors, however, can be very useful in applications such as electric heaters, heating coils, hot water system and a conventional electric refrigeration stove.
In this connection, there are some problems when using the electric cooker. If you use just a stove in everyday life, it is well aware of them. Conventional electric ovens operate on the principle of heat transfer pots and pans, which, in turn, transfer the heat to the food. This process is relatively inefficient and is associated with a lot of heat loss, which goes into the air and not into the food.
Cooking on an induction basis is using the weak conductivity and using generate heat, but very different, except for all the problems that arise when working refrigeration with conventional electric stove.
If you disassemble your induction cooker, you will be surprised, because inside it is more like an on-board computer than a conventional oven. You will see microcontrollers, diodes, cooling fans, radiators, power supplies, and a very large copper coil. This copper coil and is the key to the mysterious operation of the induction cooker. In operation, it carries alternating currents cause eddy currents which in your container. Since the steel, which is made tableware - a weak conductor, the eddy currents cause resistance and lead to generate heat directly to metal utensils. That is, creating heat directly into dishes instead of a serial transfer of heat into it with the cooking surface, as is the case with an electric stove. Induction principle is extremely effective, and its utility is approximately 84%. This means that the very surface of the plate on which the utensil remains cool.
Essentially, the electric fields can cause opposite electric field in the neighboring conductors. It does not happen directly, but perhaps due to the magnetic nature of the electrical fields. The fact that electric and magnetic fields closely related: the electrons influence the magnetic field and the magnetic field - by electrons. Currents in the copper coil induction hob create a magnetic field. But here's refrigeration the miracle: this magnetic field is also able to create a secondary electric current! That it is called eddy current, and when the metal has a strong resistance, it generates heat in the same way as the constant electric direct current it would work out.
If your cookware is not a conductor at all, such as glass or ceramic ware, the eddy currents can not even form. If your kitchen utensils, by contrast, is too good conductor, eddy current is not required to meet the resistance and consequently the heat is not generated.
However, there is a loophole: Many modern cookware hard anodized aluminum with copper base has a built-in stainless steel box with ferromagnetic properties at the bottom of the pan / pans. This insert generates heat on an induction plate and transfers it to the other parts of pots / pans.
In addition to stunning effect
Frying Pans Deep stewing pans and roasters and buckets utyatnitsu Knives and Accessories Cookware Sets Knife Sets Kitchen refrigeration sets Whistling Kettle Dishes for tea and coffee all for serving Thermoses Fondue Steamers Bakeware Kitchen Scales refrigeration Kitchen Accessories Caps Household Chemical Technology Discounted items
Moneta TVS Frybest GreenPan Stoneline Seaton iron Alluflon Ballarini Tescoma Vinzer refrigeration GAT Vitesse Moulinvilla (Vialli Design) Ibili TimA Nagomi Valtery Ascaso Moha Pyrex VGP Giaretti Regent Inox Miscellaneous
Every day induction cookers are gaining in popularity. However, how they work remains a mystery to many. We will tell you how to operate induction hob, and why not all the dishes for them.
On the one hand, induction cooker is considered one of the most interesting achievements of mankind, which appeared in the last few decades, such as the invention of LED lighting or microprocessors.
On the other hand it is a very simple device and turns everything seemed earlier problems in solid gains. Capabilities allow you to install induction induction unit even in the desktop panel.
Electricity can be transmitted through any conductor, but not all are equally well conductors, it is passed. For example, copper is a excellent conductor, and conducts electricity well, while not Haskalah. refrigeration Steel and iron are poor conductors have high resistance to electric current and is strongly heated when it passes through them. Creating heat consumes extra energy, which is produced by electricity, so these alloys refrigeration wear out quickly. This quality is bad conductors, however, can be very useful in applications such as electric heaters, heating coils, hot water system and a conventional electric refrigeration stove.
In this connection, there are some problems when using the electric cooker. If you use just a stove in everyday life, it is well aware of them. Conventional electric ovens operate on the principle of heat transfer pots and pans, which, in turn, transfer the heat to the food. This process is relatively inefficient and is associated with a lot of heat loss, which goes into the air and not into the food.
Cooking on an induction basis is using the weak conductivity and using generate heat, but very different, except for all the problems that arise when working refrigeration with conventional electric stove.
If you disassemble your induction cooker, you will be surprised, because inside it is more like an on-board computer than a conventional oven. You will see microcontrollers, diodes, cooling fans, radiators, power supplies, and a very large copper coil. This copper coil and is the key to the mysterious operation of the induction cooker. In operation, it carries alternating currents cause eddy currents which in your container. Since the steel, which is made tableware - a weak conductor, the eddy currents cause resistance and lead to generate heat directly to metal utensils. That is, creating heat directly into dishes instead of a serial transfer of heat into it with the cooking surface, as is the case with an electric stove. Induction principle is extremely effective, and its utility is approximately 84%. This means that the very surface of the plate on which the utensil remains cool.
Essentially, the electric fields can cause opposite electric field in the neighboring conductors. It does not happen directly, but perhaps due to the magnetic nature of the electrical fields. The fact that electric and magnetic fields closely related: the electrons influence the magnetic field and the magnetic field - by electrons. Currents in the copper coil induction hob create a magnetic field. But here's refrigeration the miracle: this magnetic field is also able to create a secondary electric current! That it is called eddy current, and when the metal has a strong resistance, it generates heat in the same way as the constant electric direct current it would work out.
If your cookware is not a conductor at all, such as glass or ceramic ware, the eddy currents can not even form. If your kitchen utensils, by contrast, is too good conductor, eddy current is not required to meet the resistance and consequently the heat is not generated.
However, there is a loophole: Many modern cookware hard anodized aluminum with copper base has a built-in stainless steel box with ferromagnetic properties at the bottom of the pan / pans. This insert generates heat on an induction plate and transfers it to the other parts of pots / pans.
In addition to stunning effect
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