10-17-2024, 11:24 AM
Hello mnmldani.
Is not quite clear to me what do you mean by hit the limits of the module. Do you mean using all the power that the Strom+ can provide?
Strom+ can be connected with busboards or a Strom Passive module but this won't increase the amount of power that the "master" can provide.
If you need more juice, you will just need to get another PSU (Strom+ in this case) and you won't need to connect them together with the 4pin connector.
Please let me know if your question was different or this answered;
As for the second question, yes you can daisychain busboards if you need more than 16 slots for modules
--> If the Strom+ will be able to sustain it though, is a matter of how much your single modules draw.
You can check manifacturers website to see the power consumption and add them together (for each rail, -12V and +12V and 5V), to see how much you are drawing in total (you can also use modulargrid.com)
Is normally good to keep the usage of a PSU at around 80% of its full potential.
Is not quite clear to me what do you mean by hit the limits of the module. Do you mean using all the power that the Strom+ can provide?
Strom+ can be connected with busboards or a Strom Passive module but this won't increase the amount of power that the "master" can provide.
If you need more juice, you will just need to get another PSU (Strom+ in this case) and you won't need to connect them together with the 4pin connector.
Please let me know if your question was different or this answered;
As for the second question, yes you can daisychain busboards if you need more than 16 slots for modules
--> If the Strom+ will be able to sustain it though, is a matter of how much your single modules draw.
You can check manifacturers website to see the power consumption and add them together (for each rail, -12V and +12V and 5V), to see how much you are drawing in total (you can also use modulargrid.com)
Is normally good to keep the usage of a PSU at around 80% of its full potential.