Sliding gate + Wicket without a separating post. Selection of elements.

Hello
I need help in making the gate + wicket behind the actuators. The problem is that there is no separating post between the wicket and the sliding gate, due to the need for more space for entering cars.
Due to the lack of a post, I cannot use an electric lock, so the actuator must also be self-locking on the gate.
I intend to use faac740 for the gate, but I still don't know what to do with the gate, i.e. can it use the same photocells as the gate?
I also have a dilemma about the possibility of opening the wicket. I do not get the idea of getting to the property only thanks to the remote control, so I am thinking about an intercom with the possibility of entering a code. What should you consider when choosing an intercom?
What other things would be worth paying attention to and which I could have missed?

How about access in the event of a power cut?

[quote = "Jarus13"]
I also have a dilemma about the possibility of opening the wicket. I do not get the idea of getting to the property only thanks to the remote control, so I am thinking about an intercom with the possibility of entering a code. What should you consider when choosing an intercom? [/ quote]
Please: https://www.elektroda.pl/rtvforum/topic3418235.html
This dilemma is easy. You better tell me how it's supposed to work mechanically. The standard sliding gate, in order to be stable, docked between the stops on the post. What will it look like for you? The second thing is the synchronization between the drives. And probably many other questions. Did you consider the possibilities: to use a sliding gate with a wicket function / a double-leaf gate with a wicket function, two sliding leaves (one is used as a wicket)?

Yes, I considered a longer gate, unfortunately it is not feasible due to the narrow backyard. Gate + counterweight would not fit on the property. As for stabilization, when closing, I intend to use a bumper of this type:

I intend to additionally attach a piece of a flat bar near the gate, which will be slightly bent to stabilize the gate. I do not know exactly how to bite the synchronization, I think it will be irrelevant when opening, and when closing the wicket first, then the gate slides between the stop and the flat bar next to the gate.

As for the lack of electricity, I intend to use an emergency power supply that will be enough for at least one opening of the gate and disengagement of the actuator.

This gate already exists?

Yes, it already exists.

Then maybe it's worth uploading photos

Sorry for no reply, I was on vacation.

In fact, it will be easier to advise you if you see what we're talking about.


There will be paving stones in the yard, which is why the gate and the gate are raised by the same level.
I think that the sliding gate will be on faac 740/741 (is it reasonable to throw in the actuator with such a reserve?), And on the gate I was thinking about faac 414, but then there will be a problem with emergency power supply, so I think about FAAC S418 and a battery for emergency opening in the event of a power failure to be able to get to the property in the event of a power failure. I am still looking for confirmation of the information whether I can use one pair of photocells up to 2 drivers, but so far I see no contraindications.

Edit:
I just looked at the note from S418 and it falls off at the narrow post. I think you have to look for another manufacturer because I can't find anything for a narrow post and 24v

I would like to ask how the gate works without this post? I have a similar dilemma and I wonder how to bite the topic. Will the wicket right next to the gate be stable and will not tear one over the other?

In strong winds you can see how the gate moves slightly, but there were no problems such as cracks, bends, etc. The limit switches are set so that after closing the gap is the same as on the rails, so even at first glance you cannot see that there is a separate gate. Finally, I used the Nice set, additionally a wireless keyboard on the post and emergency power supply connected to the sliding gate drive.