This tank was taken down in preparation for a move June 2019. The new house does not have the room necessary for this tank.
I have since sold all of the reef gear to a gentleman on Facebook. He was very excited at acquiring the equipment.
This was an amazing experience for me, and I enjoyed my time with this tank. I’m not sure if I’ll ever do another reef tank. For now, I have a small planted tank that is allowing me to continue my aquarium hobby.
It was a very long and busy day yesterday, but I managed to squeeze in some time finally fixing the tank.
The Ocean’s Motions had locked up again due to sand a few weeks back. Unfortunately, I didn’t have the time to properly fix it until now.
Part of the problem I had with keeping it clean was that I did a bad job of originally designing that part of the system. I never accounted for having to drain that part of the tank or having to remove it. I’ve removed it once before for cleaning and it was brutal.
This go around, I decided to move the Ocean’s Motions to the top of the tank. I also threaded in a 1/4″ NPT valve at the bottom to allow me to drain that part of the pipe easier.
The hardest part of replumbing the tank was trying to keep the glue from falling in the sump. It looks good now, and I think it will work a lot better than it used to. It seems to have more flow, which would make sense with the larger 1.5″ pipe running more distance.
Had the first outage due to the Automated Aquarium this last week.
The relay for the heaters stopped working. I got an email that the temperature in the tank had dipped below 75 degrees. I got home from work to a tank that was at 74 degrees. I did some quick troubleshooting. Then I ran an extension chord from a close-by wall outlet and plugged the heaters straight into the wall.
I ordered a new relay board and on Sunday spent 15 minutes swapping the bad board with the new one.
Now I have a ‘bad’ 8 channel board that I can take my time replacing just the relay on it.
I was thinking about picking up a third heater, setting it’s temp to 75 degrees and plugging it straight into the wall. That way if the relay dies again, it will keep it from dipping too low. Since my controller is set to come on at 76, this heater should never run except if the relay dies again.
Honestly, the 74 degrees wasn’t too bad.
I took some pics, but there’s nothing to really look at. It’s jus a sainsmart relay board sitting in an electrical box.
About this time last year it froze outside and my water storage burst pipes. I told myself that I’d add a second pump to the fresh water storage so that I could recirculate the water in the tanks when it froze. I never got around to making this change, so I ended up doing it on Saturday in 40º temperatures.
The pump was added very hastily and it shows in the quality of the work and the amount of purple primer you see on the pipes.
Livestock-wise, everything is going well. I did have a mushroom split, so now there’s three.
I also got some more YouTube videos created of the starfish flipping over and another feeding:
Wow. It might still be too early to tell, but initial results show that adding the fans to the tank seem to help quite a bit.
The tank went from regular flux to holding steady.
I’ll probably add some logic to the circuitry to turn the fans on/off based on tank temperature. I don’t want the fans lowering the temperature too much at night. Maybe I’ll have them come on at 80 degrees and go off if the tank drops below 79. Then, if the fans can’t keep up, the chiller will kick on at 81.
Ever since I started adding Kalk to the tank, I’ve been getting quite large pH swings.
To help combat the swings, I decided to put my refugium light on a reverse-daylight cycle. Currently it was running 24×7.
Looking at my pH graph for the last 6 months, you can see the point that I started adding the Kalk (the first jump up in pH for the top-off water). Prior to this point, both pH probes were in the tank and usually shadowed each other +/- .1 pH.
Around 5/1 I put too much Kalk in the top-off and it raised the pH in the main tank.
Where you’ll see the difference in the tank swing is in the last week or two since setting up the reverse daylight. The pH only swings a few points. The large dip is right after a water change. I’m not sure I let the salt-water mix long enough to have it properly oxygenated.
I finally added the chiller to the fish tank. It’s running quite a few times each day.
I added a cleaner wrasse and some pajama cardinals to the tank. The cleaner wrasse tormented the cardinals until they were all gone… then it tormented my sleeper goby until it died… then the cleaner wrasse died.
Once all those died, I noticed an algae bloom. Probably because I couldn’t find the sleeper gobie’s body. I did a few water changes but I think it’s still decomposing as the green star polyps are not fully extending.
I did go ahead and add a dragon goby to help keep the sand turned over. I was going to get another sleeper goby, but the store was out.
The engineering goby is getting bigger. His stripes have switched from horizontal to vertical. I’ll try to get a picture in the next feeding. I notice he’s venturing out a lot farther during feeding time too.
Lastly, I added a web cam to the environment. I’m still working on getting remote viewing to work.
It’s strange to be talking about Linux stuff on a reef site, but then again…
I spent the better part of the weekend setting up an ELK stack on my web server. I’ve never been happy with the silly graphs my reeflog was producing. Mostly the fact that they were not dynamic at all, which made it very painful if I wanted to see something that was already graphed.
I already have all the data going to a MySQL, and I’ve been searching for a better way of graphing that data.
Thus enters Grafana. Grafana is an application that runs on the web server and can be used to alert, show and graph various timedate based data. Unfortunately it does not have hooks for getting data directly from a MySQL database.
So, you install ElasticSearch. ElasticSearch is basically a nodb logging database that can take in data from endpoints and store it in an easily searchable fashion… But how do I get the data from the MySQL DB into the ElasticSearch.
Next you install logstash. Logstash is yet another service that runs. You can configure various inputs and provide it various outputs and it will transpose the data from one source to the other. In my case, it logs in to the MySQL DB, grabs any data since the last update, and puts it into ElasticSearch.
Probably the biggest thing I’ve learned since doing this is that the Wifi connection to the internet is spotty at best for my poor little Raspberry Pi. There’s quite a few times where it doesn’t get data up to the server. It doesn’t really matter… most things don’t happen quite that quickly in a reef tank. The one thing I probably miss out on is anytime the top-off pump runs as it typically only runs for a minute to begin with.
If I setup a kalk reactor like I want to, then I may switch out the pump with a doser. That would run slower than a top-off pump would and may get caught be the graph more often.
Here’s a screenshot of the current dashboard. Alerts are at the top. pH and Temperature are graphed at the bottom.