I'm new to this system and need to start a new project soon and test that on my house network first.
I had before X10 modules that are 220 volt coil and each module for one circuit single phase with momentary switch, mobile apps and RF remote i had 1 home automation panel that contain all house interior floors lighting load that are coming from 2 sources main and emergency through 3 DB's
Then finally the automation panel contain the following
1- 2 sources main, emergency 3 phases
2- 3 DBs each are 3 phases
3. All relays are 220 volt coil and distributed each phase and source
If you are trying to replace the system to DC coil 12 volt then you need for each source and single phase a separate AC 220v/ 12 vdc converter
This mean that you need for the automation panel
3 converters for emergency to present each phase.
6 converters for main 3 for each DB.
Then i need to convert to DC 9 separate converters.
Other wise you will use single phase for emergency as an example phase R convert to DC 12 v and feed all controllers if this phase failed all system will be off.
I really need to know the big reason behind the all system 12 v DC coils !?
And is any way to release version with 220 v AC coil?
I had before X10 modules that are 220 volt coil and each module for one circuit single phase with momentary switch, mobile apps and RF remote i had 1 home automation panel that contain all house interior floors lighting load that are coming from 2 sources main and emergency through 3 DB's
Then finally the automation panel contain the following
1- 2 sources main, emergency 3 phases
2- 3 DBs each are 3 phases
3. All relays are 220 volt coil and distributed each phase and source
If you are trying to replace the system to DC coil 12 volt then you need for each source and single phase a separate AC 220v/ 12 vdc converter
This mean that you need for the automation panel
3 converters for emergency to present each phase.
6 converters for main 3 for each DB.
Then i need to convert to DC 9 separate converters.
Other wise you will use single phase for emergency as an example phase R convert to DC 12 v and feed all controllers if this phase failed all system will be off.
I really need to know the big reason behind the all system 12 v DC coils !?
And is any way to release version with 220 v AC coil?