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How to manage with Zipabox some motors controlled by Arduino to open/close valves...anyone know how?
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Hi at all!
I'm not able to find a z-wave device that it could manage open/close valves (90° or more than 360°). Now I'm trying to do something that with Arduino.
I need to link/share Arduino with Zipabox (maybe more than one Arduino to control some valves) to manage some stepper and servo motors those should open/closethe valves (natural gas and water).
Is it better to try to connect these two devices with a Zipato zigbee module or Zipato serial module?
Could be this module http://www.ebay.it/itm/201211544834 compatible to manage with Zipabox the motors controlled by Arduino?
...every suggestions will be apreciated!!
Thanks
Carlo
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I am not used to Arduino related stuff...do you need to control the gpio? (I suppose that it kinda works like a raspberry pi)
If you can control them using http requests it will work by creating a rule and using the "http request" puzzle part
ex:
WHEN "condition"
HTTP REQUEST "http://ipofyourarduino:port/examplevalve=0
If you need to control the arduino using socket requests, as far as I know that feature is not yet working with zipabox.
Maybe you could also use an indirect way to control the arduino (using scripts and a server) but it will require some programing skills to achieve it.
Concerning the fact of using zigbee, I don't really get it as arduino is not zigbee compatible as I know. (but I can make a mistake, or do you use any kind of adapter?)
I am not sure that zipato serial module is able to send signal to other things than a wired alarm but you should ask this to zipato team by using the support page.
I hope it helps
I am not used to Arduino related stuff...do you need to control the gpio? (I suppose that it kinda works like a raspberry pi)
If you can control them using http requests it will work by creating a rule and using the "http request" puzzle part
ex:
WHEN "condition"
HTTP REQUEST "http://ipofyourarduino:port/examplevalve=0
If you need to control the arduino using socket requests, as far as I know that feature is not yet working with zipabox.
Maybe you could also use an indirect way to control the arduino (using scripts and a server) but it will require some programing skills to achieve it.
Concerning the fact of using zigbee, I don't really get it as arduino is not zigbee compatible as I know. (but I can make a mistake, or do you use any kind of adapter?)
I am not sure that zipato serial module is able to send signal to other things than a wired alarm but you should ask this to zipato team by using the support page.
I hope it helps
How about, if you go to build mechanical limit switches to the servos and the motor? Then take a any common z-wave relay switch, and change relay to dual changeover relay isolated from original circuit, and use only points to control motor and servos rotating direction. Switch "on" motor rotates towards "open" limit switch, and switch "off" rotates motor to "close". I think, this could be more realiable, than many conversions from one protocol to another.
How about, if you go to build mechanical limit switches to the servos and the motor? Then take a any common z-wave relay switch, and change relay to dual changeover relay isolated from original circuit, and use only points to control motor and servos rotating direction. Switch "on" motor rotates towards "open" limit switch, and switch "off" rotates motor to "close". I think, this could be more realiable, than many conversions from one protocol to another.
Because your original idea with Arduinos is not very simple however, I draw a clarification sketch for you. If you like to think options.
Done this way, motor don't draw any current, when it is in limit. After polarity change, it runs to other limit, and then stops. With gas valves, you don't need any partially open states, only complete open, or close, i think?
Because your original idea with Arduinos is not very simple however, I draw a clarification sketch for you. If you like to think options.
Done this way, motor don't draw any current, when it is in limit. After polarity change, it runs to other limit, and then stops. With gas valves, you don't need any partially open states, only complete open, or close, i think?
I'm also looking to incorporate Arduino into the Zipato environment. I opend a topic to get support voor MySensors.org. This would help I guess in the home build sensors and actuators.
https://community.zipato.com/topic/mysensors-org-support
I'm also looking to incorporate Arduino into the Zipato environment. I opend a topic to get support voor MySensors.org. This would help I guess in the home build sensors and actuators.
https://community.zipato.com/topic/mysensors-org-support
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