Home Automation - Smartkit

Ok, I have to ask for help with this one before I let the magic smoke escape.

The below diagram is a 24V circuit that controls a motorized ball valve, I do not have any manuals and the only thing I could find for this device is the diagram. What I have read so far is that the 3 wire model uses the 3rd wire to close the valve once the switch is opened.

How do you guys read this diagram and how would you approach the automation part ?

View attachment 749833

Edit: is it as easy as using a Sonoff SV and with red and green wired to positive and black to ground

Edit2: still using Sonoff SV but red is connect directly to 24v source positive on Sonoff input side, green is connected to positive on SV output and black to ground on Sonoff output
Watching with interest, let us know the outcome please. Also, which valve did you end up getting?
 
Last edited:
It seems to me you need only automate the SW part of it and everything else remains as is.

So basically yes an Sonoff SV modified to be a dry contact will do exactly that for you just like I setup for my gate and garage door.


Cool thanks for helping, I appreciate it a lot.
Just checking something, the dry contact basically makes the SV become a relay trigger ie. garage doors, gates etc

In my scenario I need to power the valve as well so I assume I would need to use it in its out of box state, +- input and +- on output, SV can run 5-24v and the valve 18-24v.

When the SV relay triggers to on the Valve controller will run and when it finished its open/closed function it will cut the power on its own board and wait for the switch to go off again.
 
Watching with interest, let us know the outcome please. Also, which valve did you end up getting?
@riscbroker

I will update as I go, need to get a SV first. The Valves are KLD20S with the BD3 wiring pattern.

To give you the whole picture, this is to change between my two hot water systems in my house.

Solar geyser (No Element) and Gas geyser, they both feed my house with hot water depending on the solar geyser temp (geyserwise), if its not hot enough at the end of the day I switch to gas, this is done by two normal ball valves currently, close one open the other and vice versa.

I have two of these motorized valves and run them from the same SV but the switch wires will be opposite so the one opens and the other closes.

For now I will just changeover myself, but would eventually like to automate the temperature part - (if below x temp at 18:00 switch to solar) etc etc
 
Cool thanks for helping, I appreciate it a lot.
Just checking something, the dry contact basically makes the SV become a relay trigger ie. garage doors, gates etc

In my scenario I need to power the valve as well so I assume I would need to use it in its out of box state, +- input and +- on output, SV can run 5-24v and the valve 18-24v.

When the SV relay triggers to on the Valve controller will run and when it finished its open/closed function it will cut the power on its own board and wait for the switch to go off again.

Oh yes if you need it to actually pass power then you would use it in the out of the box configuration.
 
update:

setup my new Wyze door sensors on Saturday.

plug the usb bridge into the camera
750133

installed motion sensor
750137

installed these little door sensors
750141

not to happy with the sticky foam mounting pads

750145

linked everything to each other

750155


replaced flat battery in 1 door sensor
750157

setup some rules
750161

all in all it works quite well, does what it supposed to do. For a novice DIY system it's good enough.
I will glue the door sensors on with some more permanent when I get back home.
 
Wait wait wait.

So you can only use Home Assistant with Alexa if you have a paid for Cloud account or go through a seemingly **** load of effort to make it work only half as well.

Dead in the water then.
It's worth that $5 plus you support development of Home Assistant.
 
It's worth that $5 plus you support development of Home Assistant.
I agree with this. Everything the subscription provides can be done by other means, its the money to support the development that i think helps the most.
 
They were discontinued a year ago, so they're no around I'm afraid.

Edit: I'm testing a system with the RE5V1C and DW1/Bridge this weekend.

Ok haven't been able to get a bridge and DW1 out the warehouse yet. Hopefully once our sales are completed they'll ship.

But the installation of the RE5V1C was simple, simple and it's solid.
 
Man this is something I'd like to do too. My alarm is IDS 805 (sure it's ancient too). Let us know how it goes.
So it didn't quite work how I wanted to. After studying the LED's on the board when arming and disarming, they don't illuminate on/off based on status. :cautious:
For the time being I've just wired the SV relay to the arm/disarm terminals on the board so I can remotely arm/disarm.
I'll have to try figure out if there is any other way of getting the status back from the system which I can use in HA. Maybe a phone call to my alarm company is worth a try. :unsure:
 
So it didn't quite work how I wanted to. After studying the LED's on the board when arming and disarming, they don't illuminate on/off based on status. :cautious:
For the time being I've just wired the SV relay to the arm/disarm terminals on the board so I can remotely arm/disarm.
I'll have to try figure out if there is any other way of getting the status back from the system which I can use in HA. Maybe a phone call to my alarm company is worth a try. :unsure:

Is there a PGM?

That’s how I got it out.

There must be something that outputs the status to their radio after all.
 
Is there a PGM?

That’s how I got it out.

There must be something that outputs the status to their radio after all.
There are two according to the manual. But only 1 is programmable with the version I have. Do you mind explaining in detail what you did?

TIA
 
There are two according to the manual. But only 1 is programmable with the version I have. Do you mind explaining in detail what you did?

TIA

I had two as well and one was unused so could easily enough set it up to feed into GPIO on the the SV.

I’m wondering if something like the siren beeping during arm or something like that could be used.

Mine was on a Spectra/Paradox so cant really help with IDS.
 
Ok, I have to ask for help with this one before I let the magic smoke escape.

The below diagram is a 24V circuit that controls a motorized ball valve, I do not have any manuals and the only thing I could find for this device is the diagram. What I have read so far is that the 3 wire model uses the 3rd wire to close the valve once the switch is opened.

How do you guys read this diagram and how would you approach the automation part ?

View attachment 749833

Edit: is it as easy as using a Sonoff SV and with red and green wired to positive and black to ground

Edit2: still using Sonoff SV but red is connect directly to 24v source positive on Sonoff input side, green is connected to positive on SV output and black to ground on Sonoff output

have you seen this one?

electronic control water valve
 
I had two as well and one was unused so could easily enough set it up to feed into GPIO on the the SV.

I’m wondering if something like the siren beeping during arm or something like that could be used.

Mine was on a Spectra/Paradox so cant really help with IDS.
Mine is a Texecom. I've studied the manual and the outputs can show arm/disarm. I need to go in the roof and see whats connected.
 
Mine is a Texecom. I've studied the manual and the outputs can show arm/disarm. I need to go in the roof and see whats connected.

I'm sure you could just bridge into the same pins if it's already configured to state the arm/disarm.
 
Still looking for a 2 gang non-neutral Sonoff switch. When will it be coming to SA?
 
Mine is a Texecom. I've studied the manual and the outputs can show arm/disarm. I need to go in the roof and see whats connected.
What texecom panel do you have? The premier panels has 8 outputs you can program. If you have a LED showing the Armed status, you can use that output.


I miss having a texecom, I'm stuck with a damn paradox in the new house. :cautious:
 
IDS X64 has this:
751217

The programmable output circuitry consists of a 12V source with a 56 series resistor. Current sink is via a 1, 000  resistor to ground. The maximum output voltage is 13.6Vdc. The maximum output current is 25mA. Programmable outputs are primarily connected for radio transmitter. However, they are also used for connecting, LEDs, sirens, bus-wired peripherals, etc.

What smartie stuff would I be able to do with that (if anything)
 
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