Seeking 4-Burner 230V Induction Hob with 3.6 KW Power, Preferably Bosch or Electrolux

Hello, I am looking for a 4-burner induction hob 230V with a maximum power of 3.6 KW. So there in the apartment there is a problem with pulling 2 phases to the induction hob, therefore I am looking for something for 230V dedicated to 230V or one with a maximum power of 3.6 KW, when it comes to the company I prefer Bosch or Electrolux but I will consider other companies (except Amica) oi most importantly, I would like it to be a plate similar to Solgaz SI-4T, which detects by itself where the pot is and there are no pre-designated fields. Difficult subject due to the problem of missing phase 2, but maybe such an album does exist Who is not looking, will not find it.

I don't really understand what the problem is? After all, the above-mentioned companies have an offer of boards with the possibility of powering from one phase.

So much so that in this case it is impossible to use the full power of all burners, in a word, it will not start the power boost on 4 burners, such situations are rare, but I would prefer to avoid such situations. I have already checked the connection of 2-phase plates on one phase and unfortunately it does not work the best. If someone thought of connecting 7.4 KW plates to 230 V, I strongly advise against such ideas, unless you use a maximum of 2 burners and the plate has a separate connection I would play the cable.

Ehhh: https://www.euro.com.pl/plyty-do-zabudowy,rod...AbCh26KwWsEApRAADcl_sBwAYPRAADcl_sBwAYPRAADcl.

Added after 2 [minutes]:

siudziu wrote:

connect

Only good connection.

You can apply for an increase in the power allocation, but the installation will definitely be replaced.

@ slavy2 did you read what the author wrote?

siudziu wrote:

So there is a problem in the apartment with pulling 2 phases to the induction hob, therefore I am looking for something 230V dedicated to 230V

And I would like to ask what it is like to connect the induction. In the new apartment in the kitchen, I have a 3-phase circuit (if I understand correctly), do I have any extra options for connecting selected induction models? I would like to limit myself to the amount of PLN 2,000-2500, but also maximize the possibilities of the kitchen. Do I use multiple burners at once? Occasionally 4 will hit, but usually it's 1-2 for most of the year.

If you have 3 phases, you give two to the plate and the third to the oven, and then you have the full potential of the equipment at your disposal.

siudziu wrote:

So much so that in this case it is impossible to use the full power of all burners, in a word, it will not start the power boost on 4 burners, such situations are rare, but I would prefer to avoid such situations. I have already checked the connection of 2-phase plates on one phase and unfortunately it does not work the best. If someone thought of connecting 7.4 KW plates to 230 V, I strongly advise against such ideas, unless you use a maximum of 2 burners and the plate has a separate connection on the wire.

I recommend a wattmeter or a meter and check your typical energy usage when cooking. The field at full power (without a booster) reaches a power of about 1.2-1.5 kW, and with such power everything will be cooked in the moment. You can easily conclude that cooking with 2 pots at full power we have about 2.5kW (and by cooking on one of the sides where the power is divided, we will probably reach 2kW) and by cooking on 4 fields at medium power (level 4-5) we will achieve about 600 -700 watts, which is a typical cooking power - in total it will be well below 3kW, i.e.

A 4-burner single-phase induction hob with 3.6 KW is unlikely to be found for two burners, but you have the option of limiting the power of almost every hob in the menu.
The given power of the plate is the sum of the power of all fields, usually the largest is 2.3-2.5KW with an average power of 3.6KW
For an example board, you have the following: 2300, 1800, 1400, 1800 with power 3600, 2800, 2500, 2800 W, respectively
The housing conditions are tough and don't take the risk of skipping it.
The standard of the apartment on one phase gives you a max of 16A which gives 16Ax230V = 3.6KW
In one phase they can give you a maximum of 25A (hard to achieve) which will be 5.7 KW
Limiting the power will cause that 1 burner will work at full power when you turn on the next power of the sum, they will be limited to the value you set in the menu.

And no plugs, only a surface-mounted or flush-mounted junction box, and the installation is 100% efficient with a cross-section of 2.5 mm2.

A 4-bay plate is typically 7.2-7.4KW, you need 3 phases to use it.

Everyone, of course, uses the plate differently, my practice shows that, for example, when boiling water for tea or noodles, you use max power, with ordinary cooking also often start max later, 0.5-0.8 power, it also depends on how many fields you use at once.

90% of the induction is incorrectly fitted by carpenters
Nobody reads the instructions on how to properly install it so that it breathes well, and this is very important
There is no need to spend a lot of money on new equipment
Amica pi6512 is enough for PLN 999

PBK wrote:

90% of the induction is incorrectly fitted by carpenters
Nobody reads the instructions on how to properly install it so that it breathes well, and this is very important
There is no need to spend a lot of money on new equipment
Amica pi6512 is enough for PLN 999

You just gave a model based on 1 transistor with a power of 30A, heats in pulses and has one processor that controls the transistor, no driver. And a troublesome panel with sponges instead of springs and the famous error er22.
I am surprised that today, with so much awareness, someone still chooses the cheapest equipment.

Ps 2505.
After the last intervention, I am a supporter of plugins, of course the right ones.
Imagine the PE short circuit and phase and one differential per flat.

michalprezes1 wrote:

PBK wrote:

90% of the induction is incorrectly fitted by carpenters
Nobody reads the instructions on how to properly install it so that it breathes well, and this is very important
There is no need to spend a lot of money on new equipment
Amica pi6512 is enough for PLN 999

You just gave a model based on 1 transistor with a power of 30A, heats in pulses and has one processor that controls the transistor, no driver. And a troublesome panel with sponges instead of springs and the famous error er22.
I am surprised that today, with so much awareness, someone still chooses the cheapest equipment.

and besides, it is long-lived
and the above faults are easy to repair and not very annoying
besides, the lower case is made of metal

Zbigniew 400 wrote:

After the last intervention, I am a supporter of plugins, of course the right ones.
Imagine the PE short circuit and phase and one differential per flat.

What's the problem? The induction should be on its own (separate) circuit breaker. You leave the "s-k" and the CD is disconnected.

If I were to do this installation, it would be. But it is done in such a way that after a short circuit, you have to remove the plug to turn on the power.

So it is done contrary to the regulations. The contractor simply ran out of technical knowledge. Here's the problem. Not connected. Let us finish the side plot here.

After all, it's the designer's fault.
How many times have you seen one difference in the whole house.
And in Lidl there is one 3-phase differential for the parking lot powered by 1/3 lamps from each phase. Failure of one lamp crashes the power supply of the entire parking lot. Where is the designer and his intelligence?

The regulations allow for one difference for the whole house. The price works wonders.

PBK wrote:

michalprezes1 wrote:

PBK wrote:

90% of the induction is incorrectly fitted by carpenters
Nobody reads the instructions on how to properly install it so that it breathes well, and this is very important
There is no need to spend a lot of money on new equipment
Amica pi6512 is enough for PLN 999

You just gave a model based on 1 transistor with a power of 30A, heats in pulses and has one processor that controls the transistor, no driver. And a troublesome panel with sponges instead of springs and the famous error er22.
I am surprised that today, with so much awareness, someone still chooses the cheapest equipment.

and besides, it is long-lived
and the above faults are easy to repair and not very annoying
besides, the lower case is made of metal

If it is easy to repair, I would argue. I have a few pieces where there is an EA error and the hell it is not going to do it. Another one does not respond to commands at all (processor without short circuit), and the mass of other modules, where the processor went (short circuit). It is definitely not as reliable as mastercook or candy.