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Bosch PIE611F17E Induction Hob 7kW: Upgrading Connection Capacity from 5kW, 1-Phase to 3-Phase

fixer45 53268 33
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Treść została przetłumaczona polish » english Zobacz oryginalną wersję tematu
  • #1 14135306
    fixer45
    Level 10  
    Hello
    I am getting ready to buy a Bosch PIE 611F17E induction hob with a power of 7 kW.
    I was looking at my tauron contract and it says:

    Connection group - V
    Pre-meter protection 25 A.
    Measuring system - 1-phase
    Total connected load 5 kW

    My switchboard is ETI IP40 AC400V
    There are 5 current rose protections, 25 A each
    Fuses:
    Gn PI B16
    Gn P.II B16
    Gn Kuch B16
    Gn Łaz B16
    Washing machine B16
    Cooker B16
    P CO B16
    Dishwasher B10
    Ośw I and Oświęcim II on B10
    At the bottom, next to the main switch, I write 63A
    It is a new building from 2013.

    Now my question is it enough that I submit an application for increasing the connection capacity to be able to use the induction hob without any problems? The contract shows that I have a 1-phase system, come on the switchboard I write AC400V, it would follow that it is possible to switch to a 3-phase system?

    On Monday I will call the electrician who dealt with electrics here, thank you in advance for your help.
    greetings
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  • #2 14135404
    bearq
    Level 39  
    You need a 3-phase system to power this board, 1 phase won't drag you to treasures.
    The fact that I write this on the switchboard only means that it is adapted to work with a voltage of 400V. You need to increase the connection power and specially pull up the 3 phases to your home.
    Then, separate everything and make a separate circuit only for the induction plate with a 5x4mm or 5x6mm cable and protect with a 25A fuse
  • #3 14135491
    niewolno2
    Level 40  
    The board specification states that the board is 220-240V.
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  • #4 14135536
    Anonymous
    Anonymous  
  • #5 14135541
    fixer45
    Level 10  
    Thank you for your answer.

    I am weak from electricity, I understand that it is possible to connect to 1 phase?
    When does the board consume 7kW? It is enough that all 4 fields will be turned on, or when I will only set all fields to maximum power?
  • #6 14135555
    Anonymous
    Anonymous  
  • #7 14135559
    Łukasz-O
    Admin of electroenergetics
    niewolno2 wrote:
    The board specification states that the board is 220-240V.

    Why are you giving up and confusing the user who asks the question, since the power supply voltage is the only parameter for you?
    You behave like vendors in well-known supermarkets, telling people to buy farmazons - that the board is suitable for 230V installations. Yes, it is suitable, but not in Polish conditions. Nobody mentions it ...
  • #8 14135562
    pol102
    VIP Meritorious for electroda.pl
    fixer45 wrote:
    I am weak from electricity, I understand that it is possible to connect to 1 phase?

    Currently not. The miniature circuit breaker B16 has a nominal operating current of 16A, which is approximately 3600 watts of power. Approximately because: POWER = voltage * current. The value of the mains voltage varies with time. Overcurrent protection, popular circuit breakers, so-called "esy" has two triggers - short circuit and overload. In this particular single-phase case, we are interested in the overload release, which has a standard value of k = 1.13 ... 1.45. The trigger curve is not flat :) The closer to the limit value, the faster the protection will work. You can easily find such a characteristic.
    Returning to the merits, for a short while the protection will withstand a power of about 5350 watts.

    In all this, other devices in the installation and cables that have been used in the installation should be taken into account. It comes out without much counting that the current at the protection limit can reach about 25A. And where next?
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  • #9 14135571
    niewolno2
    Level 40  
    Colleague Łukasz-O, no one makes water from the brain to anyone, since the specification clearly states the voltage of 220-240V, on what basis can we conclude that the board can work at 400V. The nameplate would dispel any doubts.
  • #10 14135577
    fixer45
    Level 10  
    fixer45 wrote:
    It is a new building from 2013.

    What does it mean, a block or a single-family house

    It is a block.

    What steps should I take in order to connect this disc? What does the labor look like in order to have 3 phases, there is a lot of forging in the apartment? I have a switchboard with fuses in my apartment and there is a whole installation downstairs in the cage from which I can read the electricity consumption.
  • #11 14135580
    pol102
    VIP Meritorious for electroda.pl
    Without a site visit? It depends on what is connected (what wire) to the measuring system (meter) and what wire is connected from the measuring system to the switchgear in the apartment.
  • #12 14135585
    marek majchrzak
    Level 20  
    fixer45 wrote:


    I am weak from electricity, I understand that it is possible to connect to 1 phase?
    When does the board consume 7kW? It is enough that all 4 fields will be turned on, or when I will only set all fields to maximum power?

    A: 1 There is a possibility.
    A: 2 According to the specification, this is "Connected load (total) 7200 W", ie at maximum load.
    However, in your single-phase home, cooking dinner is the same as candlelight.
  • #13 14135590
    Łukasz-O
    Admin of electroenergetics
    niewolno2 wrote:
    Colleague Łukasz-O, no one makes brain water, since the specification clearly states the voltage of 220-240V, on what basis can we conclude that the board can work at 400V. The nameplate would dispel any doubts.

    What specification? You mean the seller, what does the seller write on the website? Paste the link to the manufacturer's instructions. Then we can talk.
  • #14 14135595
    fixer45
    Level 10  
    pol102 wrote:
    Without a site visit? It depends on what is connected (what wire) to the measuring system (meter) and what wire is connected from the measuring system to the switchgear in the apartment.



    Tomorrow I will call the electrician who dealt with it and I will ask about these wires and what he will say about connecting the induction hob.
  • #15 14135602
    Anonymous
    Anonymous  
  • #17 14135609
    fixer45
    Level 10  
    I have one more question 5kW is the maximum power that can be obtained on 1 phase?
  • #18 14135610
    Anonymous
    Anonymous  
  • #20 14135623
    fixer45
    Level 10  
    On Monday, I call an electrician and I will make sure that it is a 3-wire cable.

    And a hob with a power of about 3.7 kW would be able to connect to the 1st phase without any problems? The only question is whether such an album will not be too weak?

    On the euro agd website, they write such stupid things:

    "The voltage value in the electrical installation required for connection and proper operation of a given device - given in volts (V). Depending on the type of household appliances, they can be powered by alternating current with a voltage of 230 V or 400 V. The device with a supply voltage of 230 V can be connected to standard electrical socket, no special, durable installation is required The supply voltage of 400 V means that the device must be connected to a suitable, separate electrical system, so-called three-phase. "

    One of the other things is important, according to them, the hob with a power of 7 kW and a voltage of 230 v can be connected to 1 phase, since you can have a maximum of 5 kW per phase ... In total, you can connect but use one field ..
  • #21 14135624
    Anonymous
    Anonymous  
  • #22 14135629
    niewolno2
    Level 40  
    I am getting ready to buy a Bosch PIE 611F17E induction hob with a power of 7 kW.
    I was looking at my tauron contract and it says:

    Connection group - V
    Pre-meter protection 25 A.
    Measuring system - 1-phase
    Total connected load 5 kW


    My friend Bronek22 what's the problem?
  • #23 14135634
    Łukasz-O
    Admin of electroenergetics
    niewolno2 wrote:


    My friend Bronek22 what's the problem?

    The problem is that you can forget about cooking. It's like that in a nutshell, without delving into the technical aspects of the installation.
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  • #24 14135637
    niewolno2
    Level 40  
    It is logical that you do not connect a 7kW board to a 5kW installation and I do not know on what basis my colleague Bronek22 accuses me of saying that you can connect a 7kW board to a 5kW installation. It is known that if the disc will not be used with full power, one phase will handle this disc, but if we turn on all the fields, it may not be interesting.
  • #25 14135639
    Anonymous
    Anonymous  
  • #26 14135645
    niewolno2
    Level 40  
    My friend Luke-O In such a system, lead me out of the mistake and indicate where, as you say, "I cover my tracks".
  • #27 14135648
    Anonymous
    Anonymous  
  • #28 14135657
    freebsd
    Level 42  
    Buddy Fixer45, according to the assembly instructions of your plate, you can connect it to one phase (L + N) or to two phases (L1 + L2 + N). For the latter option, you need a three-phase power supply. In the new block, the cables from the box with a meter to your home probably run along a technical plumb line, so any forging could be limited to the walls of your home. It is also possible that someone thought before and you have laid the cables for three-phase installation.
    When you connect the hob to one phase, you can set the hob's maximum power (basic settings, parameter c7). Then the total power of the cooking zones will not exceed the set limit. This may mean that e.g. only one field will be able to work with maximum power (e.g. boiling a pot of water), and other fields at the same time will be able to work with low power (e.g. supporting cooking).
  • #29 14135733
    marek majchrzak
    Level 20  
    freebsd wrote:
    Buddy Fixer45, according to the assembly instructions of your plate, you can connect it to one phase (L + N) or to two phases (L1 + L2 + N). For the latter option, you need a three-phase power supply. In the new block, the cables from the box with a meter to your home probably run along a technical plumb line, so any forging could be limited to the walls of your home. It is also possible that someone thought before and you have laid the cables for three-phase installation.

    The only thing left is signing a new contract, allocating power, replacing the meter ... a bit of breaking up and modernizing the network at home and then it will go downhill.
  • #30 14136561
    Gregory_bg
    Level 26  
    Looking at the manufacturer's description, the device is powered by 230V and, as it happens in marketing manuals, nothing about the power scheme. Make sure about the power supply for this board or if necessary change the disc, the choice is yours

Topic summary

The discussion revolves around the installation of the Bosch PIE611F17E induction hob, which has a power rating of 7 kW. The user is currently on a 1-phase electrical system with a total connected load of 5 kW and is seeking advice on upgrading to a 3-phase system to accommodate the hob's power requirements. Responses indicate that a 3-phase system is necessary for optimal performance, as a 1-phase connection may not support the full load, especially when all cooking zones are in use. Suggestions include applying for an increase in connection capacity and ensuring proper wiring and circuit protection, with recommendations for a dedicated circuit for the induction hob. The conversation highlights the importance of understanding electrical specifications and the implications of connecting high-power appliances to existing systems.
Summary generated by the language model.
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