Hi, I have installed roller shutters with Yooda motors with obstacle detection, radio-controlled (Nuxo remote control 30 channels), and on a bell switch by the window (assuming roller shutter in the up position - click roller shutter down, second click roller shutter stops and then roller...

Check for other inputs on the roller shutter controllers.

You may need to purchase an additional remote control. Have a look HERE . I don't know if this remote will work with your system, but this can be clarified with the seller.

Out of curiosity, I read up on the web about this roller shutter system. To the best of my knowledge: then, in addition to the roller shutters (tubular motor in an 8-angle tube), each roller shutter/group of motors? must have a controller/transmitter. According to has the possibility to set the operating mode with jumpers. The Author's installation uses the simplest/cheapest control method - one-button. If this could be changed/converted to an up/stop/down system then group control (closing/opening at a specific time would be trivial. You need to check what type of relay has been fitted - start with this to consider improving the functionality of the system.

. Well, precisely no. Each roller shutter has its own integrated controller/. Link . It seems to me that the solution may be to use THE driver.

The YOODA potential-free transmitter would be an interesting solution if it were not for the fact that one group of roller shutters can be controlled here, and I would like to divide the whole house into at least 2 groups (living room+kitchen and separately the bedrooms). With such a system, I would need 2 transmitters, which would 'eat up' PLN 500, and 6 outputs from the integra - a bit weak. I think it will be hard to come up with something sensible with these drives....

Col. kj1 - actually that is a good idea . Col. Fronteri - like two groups of roller shutters and close/open functions then only 2 x 2 = 4 outputs from Integra

It could be controlled without a stop wire (anyway, you can stop the roller shutter by pressing the control button in the opposite direction while it is moving - I'm talking about control from a remote control, so it would probably be the same with this transmitter). No matter how you look at it, it's a bit expensive. I'll probably stick with two relays and a slightly handicapped control directly from the integra.

. One remote for all roller shutters, groups, time control astro function etc. etc. e.g. such: Yooda=Dooya=Aluprof=Portos...

How do I set the time control for Yooda roller shutters with obstacle detection?

Fronteri 2115 9

Treść została przetłumaczona

Zobacz oryginalną wersję tematu

Reply | New topic

#1 17312763 04 Jul 2018 23:02

Fronteri Fronteri

Level 9

» |

Post #1
17312763 04 Jul 2018 23:02

Hi,
I have installed roller shutters with Yooda motors with obstacle detection, radio-controlled (Nuxo remote control 30 channels), and on a bell switch by the window (assuming roller shutter in the up position - click roller shutter down, second click roller shutter stops and then roller shutter up - roller shutters controlled with impulses from the switch, there is no 230V connection to the switch, only 2 thin control cables).
I would like to control these roller shutters temporarily and I have no idea how to go about it so that it makes sense, and the company I bought the roller shutters from cannot offer a solution.

From each roller shutter I have a cable leading to the INTEGRA 64 control panel, which I could use for time control of these roller shutters, but the problem is the impulse control, where a situation may occur in which a roller shutter is not closed for the night and the morning timer from the integra, when releasing a signal to the roller shutter, lowers it instead of leaving it in the upper position (unless it can be bypassed somehow).

Please give me some hints on how to bite the subject.

Regards
ADVERTISEMENT
#2 17312918 05 Jul 2018 05:56

Zbych034 Zbych034

Level 39

» | Helpful post? (0)

Post #2
17312918 05 Jul 2018 05:56

Check for other inputs on the roller shutter controllers.
#3 17313516 05 Jul 2018 14:19

Fronteri Fronteri

Level 9

» | Topic author Helpful post? (0)

Post #3
17313516 05 Jul 2018 14:19

Unfortunately, there isn't.
ADVERTISEMENT
#4 17313709 05 Jul 2018 16:16

kj1 kj1

Electrician specialist

» | Helpful post? (0)

Post #4
17313709 05 Jul 2018 16:16

You may need to purchase an additional remote control. Have a look HERE .
I don't know if this remote will work with your system, but this can be clarified with the seller.
ADVERTISEMENT
#5 17314092 05 Jul 2018 19:43

pafciowaw pafciowaw

Automation specialist

» | Helpful post? (0)

Post #5
17314092 05 Jul 2018 19:43

Out of curiosity, I read up on the web about this roller shutter system.
To the best of my knowledge: then, in addition to the roller shutters (tubular motor in an 8-angle tube), each roller shutter/group of motors? must have a controller/transmitter.
According to https://silnikdorolet.pl/sterowanie-przewodowe-yooda/62-przekaznik-r1s.html
has the possibility to set the operating mode with jumpers. The Author's installation uses the simplest/cheapest control method - one-button. If this could be changed/converted to an up/stop/down system then group control (closing/opening at a specific time would be trivial.
You need to check what type of relay has been fitted - start with this to consider improving the functionality of the system.
ADVERTISEMENT
#6 17314227 05 Jul 2018 20:45

kj1 kj1

Electrician specialist

» | Helpful post? (0)

Post #6
17314227 05 Jul 2018 20:45

pafciowaw wrote:
To my knowledge: this is in addition to the blinds.....
.
Well, precisely no. Each roller shutter has its own integrated controller/.
Link .
It seems to me that the solution may be to use THE driver.
#7 17314360 05 Jul 2018 21:54

Fronteri Fronteri

Level 9

» | Topic author Helpful post? (0)

Post #7
17314360 05 Jul 2018 21:54

The YOODA potential-free transmitter would be an interesting solution if it were not for the fact that one group of roller shutters can be controlled here, and I would like to divide the whole house into at least 2 groups (living room+kitchen and separately the bedrooms). With such a system, I would need 2 transmitters, which would 'eat up' PLN 500, and 6 outputs from the integra - a bit weak. I think it will be hard to come up with something sensible with these drives....
#8 17314397 05 Jul 2018 22:09

pafciowaw pafciowaw

Automation specialist

» | Helpful post? (0)

Post #8
17314397 05 Jul 2018 22:09

Col. kj1 - actually that is a good idea .
Col. Fronteri - like two groups of roller shutters and close/open functions then only 2 x 2 = 4 outputs from Integra
#9 17314424 05 Jul 2018 22:22

Fronteri Fronteri

Level 9

» | Topic author Helpful post? (0)

Post #9
17314424 05 Jul 2018 22:22

It could be controlled without a stop wire (anyway, you can stop the roller shutter by pressing the control button in the opposite direction while it is moving - I'm talking about control from a remote control, so it would probably be the same with this transmitter). No matter how you look at it, it's a bit expensive. I'll probably stick with two relays and a slightly handicapped control directly from the integra.
#10 17419500 02 Sep 2018 22:36

Marek J. Marek J.

VIP Meritorious for electroda.pl

» | Helpful post? (0)

Post #10
17419500 02 Sep 2018 22:36

Fronteri wrote:
The YOODA Potential-Free Controlled transmitter would be an interesting solution if it were not for the fact that one group of roller shutters can be controlled here, and I would like to divide the whole house into at least 2 groups (living room+kitchen and bedrooms separately). With this arrangement I would need 2 transmitters
.
One remote for all roller shutters, groups, time control astro function etc. etc. e.g. such:
https://www.proxima.pl/produkt/pilot-roletowy-tft-kopia-2/
Yooda=Dooya=Aluprof=Portos...
https://www.proxima.pl/wp-content/uploads/201...Instrukcja-Proxima-Pilot-TFT-PORTOS-YOODA.pdf
Create an account, log in and become active in a forum and ads will not appear. You will receive points by participating in discussions.
Join this discussion.

Install the application

Didn't find an answer? Ask Artificial Intelligence

*I agree to send the question to OpenAI, Anthropic PBC, Perplexity AI, Inc., Kagi Inc., Google LLC - owners of language models in order to prepare the best response. The companies may monitor and log information entered into the form.

*I agree to publicly display my question and answer. The question and answer will be publicly available to everyone. The process may take a few minutes. Upon completion, you will be redirected to the page with the answer.

Wait...(2min)

Reply | New topic

Report a violation of the law

Topic summary

The discussion addresses the challenge of implementing time control for Yooda roller shutters equipped with obstacle detection and controlled via impulse signals from a bell switch and a Nuxo 30-channel radio remote. The main issue is the impulse-based control system, which complicates automated timed commands from the INTEGRA 64 control panel, risking unintended shutter movements if the current position is unknown. The roller shutters each have integrated controllers with no additional inputs for direct time control. Suggested solutions include acquiring additional remote controls compatible with the system or using Yooda potential-free transmitters, though these may require multiple units and several control outputs, increasing complexity and cost. The possibility of converting the control mode from a single-button impulse to an up/stop/down system via relay jumpers was noted, which would facilitate group control and timed automation. One recommended approach is grouping shutters to minimize control outputs needed from the INTEGRA panel. Alternative remote controls with astro timer functions compatible with Yooda (also known as Dooya, Aluprof, Portos) were mentioned as practical options for centralized time and group control.
Summary generated by the language model.

How do I set the time control for Yooda roller shutters with obstacle detection?

Didn't find an answer? Ask Artificial Intelligence

Topic summary