OP
OP
This could be automated through Home Assistant or more inputs attached to the CANbus port.
Tired of AC bricks? Try the DCBuddy
- Thread starter theatrus
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This could be automated through Home Assistant or more inputs attached to the CANbus port.
OP
OP
Working on brushing up docs and case details, but testing goes on with real equipment.
On the front of new data, I present Marketing vs Reality, Reef Crest edition:
Or as I’ll call it now, slightly perturbed sawtooth mode.
On the front of new data, I present Marketing vs Reality, Reef Crest edition:
Or as I’ll call it now, slightly perturbed sawtooth mode.
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MikeTheNewbie
Active Member
Does DCBuddy output XML?Working on brushing up docs and case details, but testing goes on with real equipment.
On the front I present Marketing vs Reality, Reef Crest edition:
Or as I’ll call it now, slightly perturbed sawtooth mode.
Are those grafana charts?
They look a bit like my charts
OP
OP
Does DCBuddy output XML?
Are those grafana charts?
They look a bit like my charts
This is Home Assistant’s charting function, since it’s using ESPHome firmware that’s automatic. I can turn on a Prometheus exporter in the firmware if you’re interested in integrating into Grafana/Prom
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MikeTheNewbie
Active Member
That would be awesome! I actually use telegraf + influxdb + grafana to pull data from Apex, Focustronic and an Awair so this would fit nicely with my metrics.This is Home Assistant’s charging function, since it’s using ESPHome firmware that’s automatic. I can turn on a Prometheus exporter in the firmware if you’re interested in integrating into Grafana/Prom
OP
OP
Noted!
Since you have a bunch of wall mount stuff, I am iterating on the wall mount bracket and cable retention system. Its a bit overbuilt at the moment, but the dovetails make it easy to slide the case in place, which is the critical part to get right since I'm going to be printing off a lot of cases
MikeTheNewbie
Active Member
Looks nice! The dovetails are a great idea. Are you planning to add those STLs or F3D files to the GitHub repo?Noted!
Since you have a bunch of wall mount stuff, I am iterating on the wall mount bracket and cable retention system. Its a bit overbuilt at the moment, but the dovetails make it easy to slide the case in place, which is the critical part to get right since I'm going to be printing off a lot of cases
OP
OP
Yup, why not. STL and IPT/IAM (which can import to Fusion, sorta kinda if you squint)
biznatch
New Member
True, but having a hardware failsafe independent of either of those is always nice to have in case HA goes down (currently trying to fix my install that's been running for years) or sensor failure.
OP
OP
Beat me to sending DMs to everyone, but someone had to be first!
I've reached out to everyone who expressed interest with a DM. If you didn't get one, I'm sorry, feel free to DM me or click the link in the signature for more details.
I'm still waiting on some more DC cords to show up - you can always use Amazon and other sources in the interim if I don't have enough of them.
Note that some devices take a 2.1mm center pin (my ReefWave/Gyres) and others a 2.5mm center pin (VorTechs notably). You can use really inexpensive adapters, or just use 2.5mm cables of the spring-inner-pin variety. I'm qualifying with mostly 2.5mm inner-spring 18AWG cables which are more universal.
OP
OP
Right now, not on one unit. All 7 outlets are on the same voltage.
I'm still debating whether to do a mixed 24/12V, or add a "hub" which can do the conversion. I kept it simple for this go around, but see advantages to both approaches for different uses (small tank vs big tank, etc).
My lean is to bring back the split voltage setup, doing 4x24V and 3x12V. I can get it into the same form factor (same case, same board shape, etc) with a total of 5A output on the 12V by just swapping the utility DC/DC.
If you're interested, this is a quick spin I can do in a month or less once I have the originals accounted for.
Edit: Its probably even easier than I thought, but it's a different PCB. Again, if you're interested in a split 24V/12V, give me a few weeks to get that queued up. The firmware and rest of the work is nearly identical.
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OP
OP
Ok, fine, a teaser, since I could recycle parts of the design from the original prototype
It's a 4x (24-36V) and 3x12V (fixed) split. I'm focusing first on the 7x-same-output, but will add a prototype order when I order the second batch in a week or two. Nearly everything is the same, except for a much bigger converter to make 12V.
OP
OP
And an updated cable guard attached to the wall mount bracket. It’s designed to rest against most cable over molds to prevent unintended pull-outs. There are some challenges with different cables and over mold lengths so I’m doing some further experiments.
MikeTheNewbie
Active Member
Sign me up for this one!Ok, fine, a teaser, since I could recycle parts of the design from the original prototype
It's a 4x (24-36V) and 3x12V (fixed) split. I'm focusing first on the 7x-same-output, but will add a prototype order when I order the second batch in a week or two. Nearly everything is the same, except for a much bigger converter to make 12V.
I will need to be patient
OP
OP
Let me guess, MP60wQD? That’s one model I don’t have.
Yes, 32V will work just fine - all ports will be at 32V. The trick is sourcing a 32V supply - both 30V and 36V are common, 32 much less so.
This can be done with an adjustable Meanwell, but will need a cable adapter for the bare-wire power supplies. I have one planned but not ready yet. Stay tuned.
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