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#1
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260g mixed reef, 105g sump, water blaster 7000 return, Bubble King SM 300 skimmer, Aqua Controller Jr, 4 radions, 3 Tunze 6055s,1 tunze 6065, 2 Vortech MP40s, Vortech MP20, Tunze ATO, GHL SA2 doser, 2 TLF reactors (1 carbon, 1 rowa). http://www.canreef.com/vbulletin/showthread.php?t=50034 . Tank Video here http://www.vimeo.com/2304609 and here http://www.vimeo.com/16591694 |
#2
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![]() sorry this maybe a Newbie question what is a Herbie
![]() I don't know why I would want to put a volkswagen bug in my tank? http://www.canreef.com/vbulletin/sho...ghlight=herbie Last edited by scar_11; 11-03-2009 at 03:52 AM. |
#3
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![]() The Herbie system is the safest and quietest method of doing an overflow....its totally a gravity feed, no gurgling, no fiddling with vent hole sizes, no back pressure....it will cost you probably around $80(cost of the extra hole, a few plumbing parts and a gate valve) more to do a Herbie, but well worth the investment IME....the link in your last post has lots of good tips and info....if you have any other questions about it or need more detailed pics, just ask.
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260g mixed reef, 105g sump, water blaster 7000 return, Bubble King SM 300 skimmer, Aqua Controller Jr, 4 radions, 3 Tunze 6055s,1 tunze 6065, 2 Vortech MP40s, Vortech MP20, Tunze ATO, GHL SA2 doser, 2 TLF reactors (1 carbon, 1 rowa). http://www.canreef.com/vbulletin/showthread.php?t=50034 . Tank Video here http://www.vimeo.com/2304609 and here http://www.vimeo.com/16591694 |
#4
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![]() There are also a few options with Herbie style overflows, I personally prefer to use a standpipe as the secondary drain as appose to a straight pipe. This will allow a little more freedom in adjustment and give more tolerance meaning you won't have to adjust the valve as often to keep the system quite. Here's a diagram I made a while ago to illustrate this:
![]() ![]() ![]() I would suggest you don't tee the two drains together at the sump as shown though, keep them separate for best results. You can also use a stock-man style standpipe rather than an HGB. HTH |
#5
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![]() Quote:
Also do you have to drill the holes in the bottom of the tank to do the herbie system? how do you make the pumbing stable ? |
#6
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![]() In Reefjunkie's build, there some pictures of a Herbie with the bulkheads on the side.
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my tank |
#7
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![]() I see one problem with your drawing Sphelps(other than its far more complicated than it needs to be)....with the two drains merging into one, the only way to tell if something has clogged the primary drain is if you visually inspect it....if you run each individually, the primary is plumbed down below the water line of the sump(making it silent) and the emergency is plumbed just above the water line so you can hear it trickle if something has clogged the primary.
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260g mixed reef, 105g sump, water blaster 7000 return, Bubble King SM 300 skimmer, Aqua Controller Jr, 4 radions, 3 Tunze 6055s,1 tunze 6065, 2 Vortech MP40s, Vortech MP20, Tunze ATO, GHL SA2 doser, 2 TLF reactors (1 carbon, 1 rowa). http://www.canreef.com/vbulletin/showthread.php?t=50034 . Tank Video here http://www.vimeo.com/2304609 and here http://www.vimeo.com/16591694 |
#8
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![]() I prefer the BeanAnimal overflow which is basically a Herbie with an extra hole/pipe:
http://www.beananimal.com/projects/s...ow-system.aspx You can apply the same principles in the BeanAnimal for a bottom drilled tank or, as in my case, an external permanently mounted overflow box (not a siphon overflow).
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SPS Dedicated 24x24x20 Trimless Tank | 20 g Sump | Bubbble King Mini 160 Protein Skimmer w/ Avast Swabbie | NP Biopellets in TLF Phosban Reactor | ATI Sunpower 6 x 24W T5HO Fixture | EcoTech Vortech MP20 | Modified Tunze Nanostream 6025 | Eheim 1260 Return Pump | GHL Profilux Standalone Doser dosing B-Ionic | Steel Frame Epoxy Coated Stand with Maple Panels embedded with Neodymium Magnets "Mens sana in corpore sano" |
#9
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![]() Quote:
The siphon tube takes water from the base of the overflow preventing too much build up which is common with overflow boxes and the hole breaks the siphon during a power cut or shut off which prevents the entire overflow box from draining. The standpipe skims the surface water preventing surface scum from being trapped in the box. The standpipe also allows more tolerance, so if your flow changes slightly over time it won't effect the noise level. This is a really nice feature, less tinkering is always good especially if you're away for a while and have someone watching the tank. The last thing you want is to explain to someone how to adjust your drain to match your flow ![]() The reduction in pipe size in the return also serves a very important role, it prevents a pressure drop which can in some cases cause oxygen to liberate from the water creating micro bubbles. Other than that I don't see the complication, but we all see things differently and we should do things that make sense to us within reason. If one chooses to omit certain parts or do things completely different that's there choice. My intent was only to show an example of another alternative, like I said the drawing was made for someone else but works well as a visual add for other people. I personally wouldn't recommend a Herbie to someone just starting out becuase it is a more complicated system which is why I never mentioned it in the first place. Also about the tee in the drain I already mentioned to omit that: Quote:
If you did tee the lines together you would certainly be able to tell if the primary was clogged as you would clearly see more flow going though the standpipe which will also make a little more noise but at least it wouldn't sound like a toilet exploding ![]() |
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