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Timer for 2kW / 2000W Boiler Heater: Comparing Mechanical & Digital Programmers (Links Provided)

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Treść została przetłumaczona polish » english Zobacz oryginalną wersję tematu
  • #1 16687323
    Anonymous
    Level 1  
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  • #2 16687378
    mawerix123
    Level 39  
    marhond73 wrote:
    Are programmers like the links below suitable for a bolero?


    Yes, although I would choose the simpler one.
  • #3 16687446
    Anonymous
    Level 1  
  • #4 16687502
    mrx2000
    Level 16  
    It is also worth noting that the watch will become mechanical when the power goes off (in the morning the spouse may complain about the lack of hot water, and why start this day; P) and the time needs to be corrected, while the electronics usually have maintenance settings, but I would not like that bother and don't think that I favor one :)
    However, if by chance you had this socket on a separate circuit and inserted a control clock on the rail in the switchboard, it would be great.
  • #5 16687506
    Michelson
    Level 26  
    I have this mechanical programmer with a 2kW heater for several nice years and it works flawlessly. I recommend it for simple control.
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  • #6 16687547
    mrx2000
    Level 16  
    Michelson wrote:
    I have this mechanical programmer with a 2kW heater for several nice years and it works flawlessly. I recommend it for simple control.

    I saw someone at least for 2 heating seasons had a 3 kW accumulator stove attached to it and gave advice, but personally for 3 kilos I would not have used it.
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  • #7 16687559
    Chupacabra
    Level 33  
    mrx2000 wrote:
    It is also worth noting that the watch will be in mechanical condition after a power outage ...

    I studied this topic with my grandmother in the countryside, where there are often power outages. Babinka was upset that the clock was on and the water was cold.
  • #8 16687648
    mawerix123
    Level 39  
    marhond73 wrote:
    I understand that by saying the simpler you mean the mechanical one with the knob?


    Yes, I have three at home, two control the aquarium and one for lighting up the Christmas tree.

    mrx2000 wrote:
    It is also worth noting that the watch will be mechanical when the power goes out (in the morning the spouse may complain about the lack of hot water, and why start this day; P)


    It's probably logical that when the clock stops, after the power is back it will be warmed up for the time of power interruption, longer, i.e. if it stops at night for an hour, if it was set to 6 o'clock it will work until 7dm. I see no connection here with hot water because the same will happen without any programmer.

    Chupacabra wrote:
    I studied this topic with my grandmother in the countryside, where there are often power outages. Babinka was upset that the clock was on and the water was cold.


    And it's the programmer's fault :?: I would say that it is too long a power outage or a wrong programmer, what it looks like I described the programmer above.
  • #9 16687661
    Zbych034
    Level 39  
    The electronics will switch on the contacts at a specified time, in addition to having a week cycle. Mechanical on decay shifts time and has a daily cycle. I recommend electronics.
  • #10 16687725
    Justyniunia
    Level 36  
    I also, in the village of Mama for several years hangs the simplest electronic (about PLN 16 on the allegro) connected to the boiler and works great. Interestingly, the battery still holds in the event of a power outage, and is already a couple of nice years.
  • #11 16687737
    Anonymous
    Level 1  
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  • #12 16687786
    mrx2000
    Level 16  
    marhond73 wrote:


    Gentlemen, I know the principle of operation of these devices, I meant more if this device can withstand such a load, although the specification states that the maximum load is 3600W and 8A. And it won't start to melt?

    This is something wrong in this specification since 3600W and 8A, probably 3600W and 16A.
    You already have enough information above.

    mawerix123 wrote:


    It's probably logical that when the clock stops, after the power is back it will be warmed up for the time of power interruption, longer, i.e. if it stops at night for an hour, if it was set to 6 o'clock it will work until 7dm. I see no connection here with hot water because the same will happen without any programmer.

    This is logical when the current disappears on the switched on pin, and if the pin will be turned off at the time of power failure, it will be logical to switch on the delay by the time of the power failure. As the network usually tinker in the middle of the night, and the boiler turns on usually in the morning is a known effect.
  • #13 16687937
    Chupacabra
    Level 33  
    mawerix123 wrote:

    And it's the programmer's fault :?: I would say that it is too long a power outage or a wrong programmer, what it looks like I described the programmer above.

    I did not write that it is the programmer's fault, only that you have to watch the time setting after the power failure in this mechanical one. Don't stretch like that.
  • #14 16689010
    Anonymous
    Level 1  
  • Helpful post
    #15 16689017
    mawerix123
    Level 39  
    Chupacabra wrote:
    Don't stretch like that.


    Ot said :D ..... of course there is also correctness in your speech, changed heating time with real time may be unfavorable in some configurations.

    marhond73 wrote:
    this one is electronic and has exact specifications.


    It is suitable for your needs.
  • #16 16689022
    kkas12
    Level 43  
    I just suggest to remember about the contactor. Unless it is a camera with its own socket.
  • #17 16689102
    Anonymous
    Level 1  
  • #18 16689111
    kkas12
    Level 43  
    I wrote:

    kkas12 wrote:
    Unless it is a camera with its own socket.
    If so, the contactor is out of the question.
  • #19 16689439
    Anonymous
    Level 1  
  • #20 16695896
    Anonymous
    Level 1  

Topic summary

The discussion revolves around the suitability of mechanical and digital timer programmers for a 2000W boiler heater. Users express preferences for mechanical timers due to their simplicity and reliability, especially in areas prone to power outages, which can disrupt electronic timers. Concerns are raised about the potential for mechanical timers to lose time during power failures, while electronic timers are noted for their programmable features and ability to maintain settings during outages. Users share personal experiences, recommending both types based on their specific needs, with mechanical timers being favored for straightforward applications and electronic timers for more complex scheduling. The conversation also touches on the importance of ensuring that the chosen timer can handle the load of the heater, with specifications indicating a maximum load of 3600W and 8A, which some users question. Ultimately, users conclude that both types can be safe and effective when used correctly.
Summary generated by the language model.
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