Nice setup, are you controlling your Tunze stream pumps with your P4 as well?I transferred my Apex gear today and did my best to make the wiring presentable. Had been using the P4e as a monitor only for a few weeks so I could get used to the programming. Then I just labelled all my equipment on the switches, programmed them (even did some double-programmable logic!), and it was a very easy switch! All done through the GHL connect App.
I have to say, it was much easier to manage the cables with the GHL than it was with the Apex.
I explored this and it would be so useful, but I didn’t have the expertise to build one myself. So I’ll be watching with interest, my main fear is that it will create a potentially vulnerable single point of failure, hopefully you will find some reliable transformers..I am tierd of the snake pit that my cables cause in the cabinet. I have 10 pieces of 24 V DC power supply, 5 of 12 V DC power supply, 6 different electrodes, one level switch, 7 pumps, 1 heater, one power supply for the light, 3 x 4 dosing pumps, 3 pieces of power bars, 2 power extensions and so on. Much is it
With help of GHL power hubs - I´m going to rebuild the whole electrical systen. Instead of breaking the 240 V (or in your case 110 V) circuit as you do with power bars - you can use few 24 V or/and 12 V power suplies and regulate the 24 or 12 V DC instead. I will also move all 240 V out from the sump cabinet - only use 24 and 12 V DC in it.
Just order the thing I need for the rebuild - it will be done during the summer. I´ll try to document it in my build thread
Sincerely Lasse
I explored this and it would be so useful, but I didn’t have the expertise to build one myself. So I’ll be watching with interest, my main fear is that it will create a potentially vulnerable single point of failure, hopefully you will find some reliable transformers..I am tierd of the snake pit that my cables cause in the cabinet. I have 10 pieces of 24 V DC power supply, 5 of 12 V DC power supply, 6 different electrodes, one level switch, 7 pumps, 1 heater, one power supply for the light, 3 x 4 dosing pumps, 3 pieces of power bars, 2 power extensions and so on. Much is it
With help of GHL power hubs - I´m going to rebuild the whole electrical systen. Instead of breaking the 240 V (or in your case 110 V) circuit as you do with power bars - you can use few 24 V or/and 12 V power suplies and regulate the 24 or 12 V DC instead. I will also move all 240 V out from the sump cabinet - only use 24 and 12 V DC in it.
Just order the thing I need for the rebuild - it will be done during the summer. I´ll try to document it in my build thread
Sincerely Lasse
I explored this and it would be so useful, but I didn’t have the expertise to build one myself. So I’ll be watching with interest, my main fear is that it will create a potentially vulnerable single point of failure, hopefully you will find some reliable transformers..I am tierd of the snake pit that my cables cause in the cabinet. I have 10 pieces of 24 V DC power supply, 5 of 12 V DC power supply, 6 different electrodes, one level switch, 7 pumps, 1 heater, one power supply for the light, 3 x 4 dosing pumps, 3 pieces of power bars, 2 power extensions and so on. Much is it
With help of GHL power hubs - I´m going to rebuild the whole electrical systen. Instead of breaking the 240 V (or in your case 110 V) circuit as you do with power bars - you can use few 24 V or/and 12 V power suplies and regulate the 24 or 12 V DC instead. I will also move all 240 V out from the sump cabinet - only use 24 and 12 V DC in it.
Just order the thing I need for the rebuild - it will be done during the summer. I´ll try to document it in my build thread
Sincerely Lasse
I think your fluffy cat (screensaver) is not impressed as much....
)
