Jump to content

B1gJ4k3

Members
  • Posts

    55
  • Joined

  • Last visited

  • Feedback

    0%

Recent Profile Visitors

The recent visitors block is disabled and is not being shown to other users.

B1gJ4k3's Achievements

Enthusiast

Enthusiast (6/14)

  • Reacting Well
  • Dedicated Rare
  • First Post
  • Collaborator
  • Conversation Starter

Recent Badges

80

Reputation

  1. I think that distance is the maximum length of an uplift tube that it would sit on top of, either on an undergravel filter (as they were originally intended to be used) or on a sponge filter. I don't think that measures it's ability to lift water up that distance.
  2. I've attempted a "power water changer" with a powerhead before with mixed results. In my experience, the powerhead is great for starting a siphon for a downhill water line...and not much else. I haven't had much luck moving water over any sort of incline. I tried it with the refugium I built for one of my 125s and couldn't even get it to lift water through a 1/4" tube over a height of about 8-10 inches with a mid-sized powerhead. Even with a large AquaTop 600 GPH powerhead hooked up to a garden house, the flow rate isn't that much better than just a standard siphon over the same distance. The AC powerhead looks to be about middle of the road as far as flow rate, so I wouldn't trust it to do much lifting, especially over 3 or 4 feet. If I'm understanding you correctly, I would think your money would be better spent looking into a submersible pump of some kind.
  3. I have the hardest time telling if mine are even eating. I try to feed enough so that some of the flakes get down to them. I also feed them a mix of Hikari Sinking Wafers and Omega One Catfish Pellets, but they don't seem overly interested in either of them. They'll swim in the vicinity of them, but it's hard to tell if they're getting anything, especially since all my platies and tetras swarm that area soon after. They must be getting fed somehow if they're continuing to grow, though (albeit slowly)
  4. Regardless of whether or not they actually get "sucked in", fry can definitely get into the filters, especially if they're small enough. I recently had a platy fry get its head stuck in one of my AC sponge filters. I assumed it was dead, went to pull it out and found that was, in fact, alive. However, it didn't last long and soon died. I think it probably stuck its head in there after some food or something, but the coarseness of the sponge definitely contributed to it getting stuck. It's not enough to stop me from using them, but having a fry stuck in a sponge filter is definitely something I've experienced before.
  5. @aquachrisNope, didn't scratch the glass. It's not really any different that using a razor blade. The metal is just smaller, more segmented and and moving really fast. It's also worth noting that I did use a razor blade to remove the bulk of the silicone. I just used those for that stubborn film that you can never really seem to get off with a blade alone. I was careful to keep it out of the seals between the beveled panes in the corners as much as possible, but I was also putting new silicone in there anyway, so I wasn't too concerned about it.
  6. I had good luck resealing a 75 gallon that I got for free recently. I completely redid the seals on the bottom and just the corner seals on the corners (rather than completely taking them apart--they seemed solid enough). It held water nicely for a good 3 or 4 months in my garage. My approach was to do as much as I was comfortable with at a time since I was doing it anyway. The beveled edges on the sides made me nervous, so I stayed away from them. Everything else I made sure to completely clean and reseal. Pro tip: these work 1000 times better for removing old silicone than a razor blade: https://www.amazon.com/TILAX-Cleaning-Stripping-Abrasive-Attachment/dp/B07Z4NLJ2Y/ref=sr_1_3?crid=3PUWU4H24I4C9&dchild=1 Having said that, though, I wouldn't have trusted a tank that big anywhere other than my garage. No matter how good of a job I thought I did, I would always be extra nervous about it leaking. I'm nervous enough about my new tanks leaking after I also had a bran new 75 gallon fail on me...
  7. @Bullsnark The 20 gallon is probably a bit small, but it's all I really had space for and I didn't have to go buy an additional tank. This setup is more than likely temporary as the original owner of the fish should be taking him back at some point. There's no filter over the overflow because on the tank it's being used on, there's only one fish to worry about and he's too big to get sucked into anything. I had only put it on my platy grow out tank as an experiment to see how it worked and eventually added a makeshift skimmer on the intake after some of the platys got a little too curious.
  8. @KentFishFanUK It seems to be going OK so far. The tank is still relatively new, so I think things are still getting established. But, previously without this setup, nitrates would get up to about 30 or 40ppm in 3 or 4 days. With this new setup, after 3 or 4 days, it's been reading around 15 or 20ppm, so that's promising. I was going to give it a few more weeks before posting an official update, but so far I'm optimistic that I'll be at least able to cut down to weekly water changes instead of twice a week.
  9. No, it's one big, curved piece along the back and then a smaller, straight one in front with a few smaller pieces scattered on the top.
  10. I'm currently fostering a very large Central American cichlid that might as well be another dog. He swims over to me whenever I enter the room and will chase my finger around the glass. If he's cranky, he'll pretty deliberately spit sand at me and will try to bit me if I'm doing work in his tank he doesn't approve of (especially on Sunday which is his day to fast)
  11. YES! Pretty sure that's the only thing that saved my stand when my 75 sprung a leak while I was two states away.
  12. Whenever I build a stand, I also always try to make it tall enough. As a tall guy, it drives me nuts how low all the stands on the market are. For small tanks, I like to have the top almost at eye level. For bigger tanks, I like them a good 6 to 8 inches taller than your average stand height.
  13. I just built one myself for my new 125. The three main things I'm most proud of: Small shelf to hold a rack-mount PDU so that when I do maintenance, I can just flip switches to turn off my heater/canister filter/air pump (1st picture below) A towel bar on the door so that I'm not just throwing a soggy towel underneath to get moldy/stinky (2nd picture below) A kind of wide U-shaped cutout along the back of the top, so that when viewed from the side, the top appears to sit flush against the wall, but the cutout leaves space to route cords, air hose and canister filter hose through (Unfortunately almost impossible to take a picture of, but hopefully you see what I mean)
  14. Well, let's see how this works... Of all the "iums" to keep track of, I think this mostly closely resembles a refugium, which is apparently fairly common in the saltwater world, but mostly used for culturing worms and such in freshwater and avoid them getting eaten right away. I've broken down my 20 gallon quarantine/grow out and and put it next to Casper's 125. For the overflow, I watched a lot of YouTube videos on an overflow system and the one I ended up building out of PVC isn't exactly like any of them, but it probably most closely resembles the one from Blake's Aquatics. I didn't want to limit the flow too much, so I used 1 1/4" PVC and 5/8" ID vinyl tubing across the top. I ended up putting a 90 degree elbow on the inlet to keep the water level up a little higher and above the frame. The idea of using a spare powerhead to move water out of the small tank and into the big one didn't really work, since that's really not what they're designed to do, so I end up getting a (what turned out to be very small) submersible pump from Amazon. It's much smaller than I thought it would be, but so far seems to be doing the job. It's connected with 3/8" ID vinyl tubing that runs to the opposite side of the big tank, up into an old canister filter outlet tube. The pump is only about 95 GPH, so it's definitely not blasting water out of there, but it's enough. I've tried to set it up so that if either the pump fails or my overflow loses the siphon, things won't get flooded. Unless Casper somehow hulks the elbow off of the overflow (unlikely), there shouldn't be enough water to flood the 20 gallon and I've placed the pump pretty much as high as I can in the 20 gallon, so that if the overflow loses siphon, it would only pump and= additional gallon or two into the big tank, which shouldn't be enough to make it over the lip. I guess that's the advantage to such a small pump. I am a little worried about the lack of water movement in the 20 gallon, since the flow is so low though, so maybe I'll add a spare sponge filter or air stone or the original power head in there just to get some water movement. For plants, I was able to find some hornwort and Amazon frog bit locally (Shout out to World of Wet Pets in Beaverton--I just wish they were closer to me). I figured I'd start out small considering how quickly they are both said to propagate. I've covered the top with that plastic light diffuser grid from Home Depot (how versatile is that stuff in fishkeeping, btw???) and then put some pothos clippings from a friend of mine through that so the roots are in the water. @Guppysnail recommended that I try sprouting a sweet potato in the water as well, so I plan to give that a shot. I've mounted a Fluval Plant Nano above the pothos and I have a spare 18" Current USA LED that I can either put on top of the grid or slip down between the two tanks if the frog bit goes crazy to make sure the hornwort gets some light. Both are on timers for about 8 hours a day. It's too soon to tell whether or not this will help cut down my water change schedule, but It seems promising so far. I've been pretty impressed with how well the overflow works, too. For an initial test, I set it up in my 75 gallon grow out tank that's across from this one. I threaded a garden hose onto the outlet and used it as an overflow to do probably about a 40-50% water change. It was able to handle the flow that comes out of my faucet, so I'm confident it will handle the tiny pump that's in there now. It was a little nerve-wracking watching my baby platies "investigate" the open overflow, but as far as I could tell, nobody actually got sucked out. So if this experiment fails miserably for some reason, at least I've built a pretty nifty way to handle a simple water change on larger tanks... I'll keep updating here as time goes on. Normally, it takes about 3-4 days for nitrates to reach 30-40ppm, so I'm hoping that once this gets established, it will be able to stretch it out so that it fits a little better into my existing weekly water change schedule.
×
×
  • Create New...