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video intercom automatic sliding gate and roller shutters wiring

tobiasz91 2091 18
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  • #1 17079183
    tobiasz91
    Level 9  
    Colleagues help. I'm doing an installation at home and it's time for a video intercom and automatic sliding gate and here's my question.
    1. what wires to use so I don't forget something. power supply control etc. Distance of the building from the gate some 30m.
    2. should I power the video intercom from the satellite TV control unit which will be upstairs or should I do it from the main switchboard which will be on the ground floor in the garage?
    3. additional question regarding the external roller shutters, can I power them with a 3x1.5 cable in parallel plus a separate twisted pair for each. The roller shutters will be remote controlled but I would additionally like to make the control also from a switch.
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    #2 17080950
    escrow
    Level 13  
    tobiasz91 wrote:
    1. What wires to use so I don't forget something. power control etc. Distance of building from gate some 30m.
    2.
    YKY 3x2.5 -power supply of the automat to the switchboard
    XzTKMX 4x2x0.8 - control of the automatic door entry system and video door entry system to the distribution board
    XzTKMX 2x2x0.5 - sensors on the gate posts to the automatic unit
    Cat.6 gel-filled twisted-pair cable videophone to TV control unit, or more precisely to switchboard (I always install a min 6U RACK cabinet)
    video-intercom interior panels YTDY 8x0.5 to the distribution board and additionally twisted-pair cat.6 to the TV switchboard
    from the switchboard to the gate and gate control buttons YTDY6x0.5

    Added after 1 [minute]: .

    tobiasz91 wrote:
    2. Should I power the video intercom from the sat tv panel which will be upstairs or do it from the main switchboard which will be on the ground floor in the garage?
    .
    Most manufacturers will give you a TH rail power supply with the video intercom so the safest way is to do it from the switchboard

    Added after 9 [minutes]:

    tobiasz91 wrote:
    3. Additionally, a question regarding the external blinds can I power them with 3x1.5 wire in parallel plus a separate twisted pair to each. The roller shutters will be controlled by remote control, but I would additionally like to make the control also from a switch.
    .
    The power supply for the roller shutters is on 4x0.75 cable, you will also need to bear in mind the return current between the roller shutters
    and this depends on whether you will have roller shutters with an overload switch.
    When supplying several roller shutters from one switch, there is the problem of 'return current' through zero.
    If each roller shutter will have its own control + zero cut-off then you can run a 3x1.5 cable.
    If you don't already know this, the safest way is to run a 4x1 cable from each roller shutter to the distribution board and in addition from each switch 8x0.5 also to the distribution board.
    In this way, you will have complete freedom in the connection of roller shutters from the automation of the alarm system, through dedicated control systems, to building automation systems in any configuration.
  • #3 17081091
    tobiasz91
    Level 9  
    "gel-filled cat.6 twisted-pair cable from the video intercom to the central TV station, or more precisely to the switcher (I always put a RACK min 6U cabinet)", i.e. a twisted-pair cable from the video intercom to the switcher? And why is it ground gel?
  • #4 17081098
    escrow
    Level 13  
    Well, because it will be in the ground.
    And you will have two possibilities.
    One is a digital video intercom: xztkmx to the switchboard and from the switchboard to the inside panels. ytdy
    The other is an IP video-intercom: twisted-pair cable from the outside to the switch + xztkmx power supply and twisted-pair cable from the switch to the indoor panels + ytdy power supply.

    Important: do not forget the 2x0.75 cable from the outdoor panel to the electric door opener and, optionally, additionally xztkmx to the gate operator - some outdoor panels have an additional output controlling e.g. gate operator or lighting
  • #5 17081214
    tobiasz91
    Level 9  
    If so, ok because I thought you were talking about an indoor video intercom:)
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  • #6 17081230
    escrow
    Level 13  
    Anything outdoors must be in cables suitable for this, i.e. earth cables and in addition in the protective pipe "arot", they can be run together in one.
    30 cm above the arociet you put blue foil
  • #7 17081295
    tobiasz91
    Level 9  
    escrow wrote:
    tobiasz91 wrote:
    1. What wires to use so I don't forget something. power control etc. Distance of building from gate some 30m.
    2.
    YKY 3x2.5 -power supply to the switchboard
    XzTKMX 4x2x0.8 - control of the automatic door entry system and video door entry system to the distribution board
    XzTKMX 2x2x0.5 - sensors on the gate posts for the automatic door entry system
    Cat.6 gel-filled twisted-pair cable videophone to TV control unit, or more precisely to switchboard (I always install a min 6U RACK cabinet)
    video-intercom interior panels YTDY 8x0.5 to the distribution board and additionally twisted-pair cat.6 to the TV switchboard
    from the distribution board to the gate and gate control buttons YTDY6x0.5
    Added after 1 [minute]:
    tobiasz91 wrote:
    2. Should I power the video intercom from the sat tv panel which will be upstairs or do it from the main switchboard which will be on the ground floor in the garage?
    2.
    Most manufacturers give a TH rail power supply in the kit with the video intercom so the safest thing to do would be to the switchboard
    Added after 9 [minutes]:
    tobiasz91 wrote:
    3. Additionally a question regarding the external blinds can I power them with 3x1.5 wire in parallel plus a separate twisted pair to each. The roller shutters will be controlled by remote control, but I would additionally like to make the control also from a switch.
    .
    The power supply for the roller shutters is on 4x0.75 cable, you will also need to bear in mind the return current between the roller shutters
    and this depends on whether you will have roller shutters with an overload switch.
    When supplying several roller shutters from one switch there is the problem of 'return current' through zero.
    If each roller shutter will have its own control + zero cut-off then you can run a 3x1.5 cable.
    If you don't already know this, the safest thing is to run a 4x1 cable from each roller shutter to the distribution board and in addition from each switch 8x0.5 also to the distribution board.
    Thanks to this, you will have complete freedom in connecting roller shutters from the automation of the alarm system, through dedicated control systems, to building automation systems in any configuration
    the roller shutters are to be with overload protection controlled with a remote control to which you only need to supply power. That is why I thought of powering all the roller shutters in parallel with one 3x 1.5 circuit, but to do it additionally in case of ( losing :) ) the remote control on the switches and to each switch to lead a separate twisted pair. Only I don't know if such a connection will work properly.
  • #8 17081322
    escrow
    Level 13  
    All on one is a bit of a shot in the knee at possible failure, split at least into several sections.
    Cheaper to go ytdy instead of twisted pair, unless the manufacturer requires twisted pair for control.
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  • #9 17081378
    kkas12
    Level 43  
    escrow wrote:
    must be in cables suitable for this, i.e. earth cables and additionally in a casing pipe "arot", they can be together in one pipe.
    Please justify why there "must" be an arot.
    But several wires in one pipe is not a good solution.
  • #10 17081384
    tobiasz91
    Level 9  
    escrow wrote:
    All on one is a bit of a shot in the knee at possible failure, split at least into several sections.
    Cheaper to go ytdy instead of twisted pair, unless the manufacturer requires a twisted pair for the control.
    No well from one it won't be :) a bit of a split I just mean whether I can use such a cable and whether it will work properly if I connect it like that to this type of roller shutter. The manufacturer only says about the power supply and that's it, and I want to add a twisted pair to be able to control them from the phone etc.
  • #11 17081425
    escrow
    Level 13  
    kkas12 wrote:
    Please justify why there "must" be an arot.
    But several cables in one pipe is not a good solution.
    .
    ad.1 Well, because the cable xztkmx as well as the yky 3x2,5 can be damaged e.g. with a spade when digging for something else or if there is no ballast on the underside of the cable as well as on the top, stones that are placed under or above them when the ground is hardened can damage them.
    ad.2 The control cables and the power supply cable for the gate operator at a distance of 30 m will not affect each other too much, especially as the gate operator is approx. 500W.
  • #12 17081440
    kkas12
    Level 43  
    I am not opposed to laying cables in an arroyo, but this is only because the area above them is likely to be hardened and any subsequent rebuilding or breakdown involving replacement or addition of cables is not possible without interfering with the hardening.
    However, effectively such replacement or addition of more cables will make it impossible to pack them into a single pipe.
    And this is, in my opinion, not a saving, but an error in art.
    So arot as much as possible, but not for several cables in one pipe.
  • #13 17081494
    escrow
    Level 13  
    kkas12 wrote:
    So arot as much as possible, but not for several cables in one pipe.
    .
    I don't understand your philosophising, then what is the author supposed to use a separate arot for each cable? In addition, arrange each of them at a distance of min. 1 metre apart so that they do not interfere with each other?
    Without an arota, the cables will be exposed to damage, right from the start, e.g. from sharp edges of stones.
    If he lays an arota 110 or even 75 and 5 cables of 1cm diameter go into it, he will be able to add another 1cm diameter for 30 metres and without a remote control (provided, of course, that he protects the entrances with foam so that they don't get muddied up).
    An additional advantage of the arot is that if he forgets to lay something, he can always pull it in without interfering with the soil, e.g. with already laid paving. The only thing he would have to do would be to strip approx. 0.5m² of paving, if there is an arota finish underneath, rather than fan the soil for 30m. Of course, the ideal would be to manhole the telecoms at the ends and at 90 degree + bends, but let's not hide, not everyone can afford that.
    So Mr kkas12 don't lecture the wrong ideologies.
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  • #14 17081514
    kkas12
    Level 43  
    escrow wrote:
    Without an arot, the cables will be vulnerable to damage, right from the start, e.g. from sharp edges of stones.
    If he lays an arota of 110 or even 75 and 5 cables of 1cm diameter go into it, he will be able to add a second for 30 mb and that without a remote control
    .
    Who lays cables in a trench by covering them with earth and stones?
    Probably only a paprok.

    And the adding of new cables to a pipe in which there are already other cables previously laid is a fairy tale that very often does not work in practice mate.
    It is easy to write about theories that are difficult to put into practice.
    Lay these several cables in one pipe, but leave the grommets free for the future.

    And don't make those remarks about me.
  • #15 17111137
    tobiasz91
    Level 9  
    YKY 3x2,5 - supply of automat to switchboard
    XzTKMX 4x2x0,8 - control of the automatic door entry system and video door entry system to the distribution board
    XzTKMX 2x2x0.5 - sensors on the gate posts to the automatic unit
    Cat.6 gel-filled twisted-pair cable videophone to TV control unit, or more precisely to switchboard (I always install a min 6U RACK cabinet)
    video-intercom interior panels YTDY 8x0.5 to the distribution board and additionally twisted-pair cat.6 to the TV switchboard
    from the distribution board to the gate and gate control buttons YTDY6x0.5

    Wouldn't it be better to place the control panel in a fence post rather than in a distribution panel in the building? And only the power supply from the switchboard?
  • #16 17111170
    suworow
    VIP Meritorious for electroda.pl
    You are multiplying entities. Is it not possible to bring all the cables to one place and not just a little in the distributor, a little in the TV cabinet? Eventually an additional cable between the distributor and the TV box....

    My fellow electrician writes about the switchboard and I am just following my colleague's example and I will be given the scolding again. Of course it was about the switchboard ;) .

    Which switchboard in the post is the colleague writing about

    A precautionary one such as I would give:
    For photos min 6 core cables
    Or maybe the customer will come up with an idea to put a monitor right here.
    Wouldn't it be simpler to give the video intercom two twisted-pair cables instead of one twisted-pair and a telecommunication cable?
    kind regards
  • #17 17111208
    tobiasz91
    Level 9  
    suworow wrote:
    You are multiplying entities. Is it not possible to bring all the cables to one place and not so some in the distributor, some in the TV cabinet? Eventually an additional cable between the distributor and the TV box....

    My fellow electrician writes about the switchboard and I am just following my colleague's example and I will be given the scolding again. Of course it was about the switchboard ;) .

    Which switchboard in the post is the colleague writing about

    A precautionary one such as I would give:
    For photos min 6 core cables
    Or maybe the customer will come up with an idea to put a monitor right here.
    Wouldn't it be simpler for a colleague to give a video intercom e.g. two twisted-pair cables instead of twisted-pair and telecommunication cable?
    regards
    .
    When I say control panel I mean the sliding gate control panel. Because by placing it in the fence there will be no problem with the range of the remote control.

    Added after 4 [minutes]:

    I'd like to do this without complicating things unnecessarily or laying an unknown amount of cable as I'll have the t.v. unit in the loft so it's about 50m from the fence.
  • #18 17111249
    suworow
    VIP Meritorious for electroda.pl
    And let's say an extra 10 metres to the TV in relation to the electrical distribution board. It doesn't change much. Both IP and analogue video intercoms will work on this with possibly doubled power supply wires.
    And you wanted to place the exchange in a building 50 metres from the fence. Have you counted the cross-sections of the wires supplying the motors if, for example, the customer would like to use a 24V drive?
    In my opinion there are two cables from the TV. One directly under the video-intercom panel and the other from the TV - gate operator - video-intercom panel.
    You need to switch to a "low-current" way of thinking about installation. As few boxes as possible, and as much wiring versatility as possible. ;)
    regards
  • #19 17112011
    tobiasz91
    Level 9  
    I think I'll do it the way escrow suggested.

Topic summary

The discussion addresses wiring and power supply considerations for installing a video intercom system, an automatic sliding gate, and external roller shutters at a residential property with a 30-50 meter distance from the building to the gate. Recommended cables include YKY 3x2.5 for power supply to the switchboard, XzTKMX 4x2x0.8 for control signals to the distribution board, XzTKMX 2x2x0.5 for gate post sensors, and Cat.6 gel-filled twisted-pair cable for videophone connections between the video intercom and the TV control unit or switchboard, typically housed in a minimum 6U RACK cabinet. Interior video intercom panels use YTDY 8x0.5 cable to the distribution board, with additional Cat.6 twisted-pair to the TV switchboard. Gate control buttons connect via YTDY 6x0.5 cable. Power for the video intercom is best sourced from the main switchboard rather than the satellite TV control unit. Outdoor cables must be suitable for burial, protected by conduit (arot), and laid with protective measures such as blue foil above the conduit. For roller shutters with overload protection and remote control, a 3x1.5 mm² cable can supply power in parallel, but control wiring should be split into separate twisted pairs or YTDY cables for reliability and to allow manual switch control as a backup. It is advised to avoid running multiple cables in a single conduit to prevent interference and facilitate future cable additions. Placing the sliding gate control panel in a fence post is recommended to improve remote control range, while minimizing cable runs and distribution points is preferred for system simplicity and versatility. Both digital and IP video intercom systems require appropriate power and control cabling, including 2x0.75 mm² cables from the outdoor panel to the electric door opener and optionally to the gate operator. Cable cross-sections should be calculated considering motor voltage and distance to ensure proper operation.
Summary generated by the language model.
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