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How do I connect 230V powered roller shutter automation using UTP or radio control?

kleryk2000 5820 6
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Treść została przetłumaczona polish » english Zobacz oryginalną wersję tematu
  • #1 16428567
    kleryk2000
    Level 7  
    Hello.
    I am trying to connect a roller shutter automation . I have 10 windows to which the 230V power supply has been supplied by a 3*1.5 mm2 cable and a UTP twisted pair. The UTP cable is led to the RG and sorted as follows: From RG 1 UTP cable to 1 window and then crossover to 2 and 3. The other windows are connected in the same way. to sum up, I have 3 UTP cables in the RG - one for the ground floor and two for the ground floor. I do not have a central switch. The idea is to have a central locking button. The house is completely finished and I cannot run a new installation. I am considering radio control or using the UTP installation so laid. Please sugustions as to the use of an opening system
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  • #2 16428592
    Tommy82
    Level 41  
    Figure it out.
    Do you have separate power pulled to each roller shutter?
    How many twisted pair wires do you have per roller shutter?
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  • #3 16428642
    kleryk2000
    Level 7  
    From what I have been able to call it seems that the connection is as shown in the attached drawing.
    Unfortunately the whole thing is split into two circuits and is only YDYp 3x1.5


    We actually have one twisted pair laid from roller shutter to roller shutter How do I connect 230V powered roller shutter automation using UTP or radio control? ( the twisted pair is crossed from window to window).
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  • #4 16430011
    ditomek
    Level 22  
    In my opinion you can use additional modules without any problem. Zamel or f&f I do not remember the symbol but the cost is about 80 zl. The cable can then be stressed in collective mode. Of course, this requires a phase to be run through it. Although I'm not sure if the controllers I'm writing about can also control zero. You should check.
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  • #5 16431752
    kleryk2000
    Level 7  
    I would prefer not to run 230V over the twisted pair actually, there is no such option, and besides, this will not solve the problem of not having a central button to close all the roller shutters.
    As I mentioned earlier, I am considering radio control, e.g. by zamela. The roller shutters are controlled locally using buttons. Centrally closed we open by radio from a remote control hung e.g. in the hallway but in this case I will not use UTP.
    Is there any system in which I would use UTP and the radio control would only be a central locking button?
  • #6 16431838
    pafciowaw
    Automation specialist
    STR-421 http://www.fif.com.pl/produkt/29/336
    Motor power on 230; but module power and control low voltage (local and central)...admittedly 1W for module power all the time at a loss....
  • #7 16431964
    ditomek
    Level 22  
    Some simple two-channel transmitter from allegro will solve the problem. But I don't insist on it.
    As they say: who prohibits the rich :-) .
    Greetings

Topic summary

The discussion addresses connecting 230V powered roller shutter automation across 10 windows using existing 3x1.5 mm² power cables and UTP twisted pair wiring arranged in a daisy-chain (crossover) configuration from the distribution board (RG). The user seeks a central locking button solution without new wiring, considering either radio control or utilizing the existing UTP cable. It is clarified that running 230V power over UTP is not advisable or feasible. Suggestions include using additional low-voltage control modules compatible with the existing wiring, such as those from Zamel or f&f, which require phase wiring and may not control the neutral line. Radio control systems are recommended for central control, with local buttons for individual shutters and a radio remote for centralized operation. The STR-421 module is mentioned as a device that powers the motor at 230V but uses low voltage for control signals, allowing local and central control with minimal power loss. Simple two-channel radio transmitters are also proposed as a cost-effective solution for central control without rewiring.
Summary generated by the language model.
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