Hello everyone, I joined RC back in Jan. 2011 and didn't get around to putting up my build of my first reef tank. I did most of this work during May of 2011 not a whole heck of lot of DIY skills experience prior to this with tank plumbing, etc. I would say that I am so-so on the DIY tip, got the vision, but execution of my plans lands me about 70% of what I really wanted!
Before my attempt at reef keeping I had a couple of FOWLR tanks that were pretty successful and big time fun. I felt that my game had grown enough to take on the added challenge of putting together a reef tank with a greater emphasis on invert life than fish life. I also already had a few items that could work great on the new build off my old 72 gallon FOWLR, not to mention a ton of live rock to boot.
Well without further ado, I'll launch into the build. I got a load of pics, shot by the power of the iPhone 4 camera :bigeyes:
I wanted to setup an all SPS tank, with a pretty much standard sized tank design. My fiancé would not allow a six footer at this time (but she is open for it in the future - mwahaha). I wanted a good quality tank, so I opted to go with Deep Sea Aquatics (DSA) tank, stand and canopy all in black. Unfortunately I didn't take any pics of the tank upon its arrival for some reason, but you can see it on DSA's site, and finished shots of the build will show it all. I went with a 90 gallon, standard glass (3/4" thick), standard corner overflow, with two drilled holes (standard overflow fitting), DSA made the back of the tank black from the factory. Here's a shot of me water testing the tank "“ note typical "œfoggy iPhone smeary photo action" here ☺
The canopy is their newer design, which opens from the front, with half of the top of the canopy fit for egg crate to allow your lighting fixture to have adequate air circulation.
The stand is their standard black stand, but they had a stand in the warehouse that had a matching lip option all ready to roll for no extra charge, so I went with that too. Unfortunately, a couple of mistakes occurred here, the first was I should have got their 140 standard 5ft tank. It's wider in the dimension department and the same length. This would have been ideal...oh well. The second was DSA stands typically have side doors for easy access to sump, plumbing, etc. For unknown reasons it wasn't communicated to me by DSA that the stand they were sending me had no side doors. This kind of sucked....oh, and the stand was not drilled for plumbing....this would require some of my ghetto DIY skill sawing action! The third was maybe getting a third hole drilled on the stand/or a C2C overflow to plumb da' Bean Animal, oh well, next time!
Anyways, the peeps over at DSA were for the most part helpful and worked with me and my LFS on ordering everything up + my LFS/DSA hooked me up with a pretty decent deal. Can't complain...
Equipment:
So I went with a pretty decent assortment of equipment for this build. My goal was to be able to transfer most of the equipment on this tank to future tanks, eliminating wasteful spending.
Sump "“ I really was so freaked out about making my own sump that I actually bought a pre-built one from Trigger Systems. Looking back, this was kind of a dumb move. Making your own sump isn't all that bad and it would have been a blast as well. Not much really to see here, a regular old cube, that's red "“ see more in the plumbing section. One thing I knew is that I wouldn't really have enough room for a refugium of much size, so I focused on other pieces that could aid in reducing nitrates and phosphates as well as my own habitual, weekly water change routines.
Skimmer "“ With a goal of transferring to later builds I went with a oversized skimmer. Actually, more like overkill. The ATB Elegance 200 Pro.
Return "“ I wasn't going to do a recirc or anything elaborate like that. I was looking for a pump that was quite, efficient and didn't transfer excess heat into the tank. I went with the Eheim 1260.
The pump would run up and over the tank to one of these bad boys, a Sea Swirll"¦
Water Movement "“ This would be handled by three Vortech's, 2- MP40w's on the left and right, and 1 "“ MP10w on the back tank wall.
Lighting "“ 48" 6 Lamp Tek Light Elite (newer "œwe fixed the dying fan issue" version + came with replacement fans too!). Really wanted the ATI powermodule, but fiancé wouldn't be thrilled with me suspending the lamps from the ceiling in the alcove the tank was fitting into downstairs.
Heater "“ Eheim, blah, blah, blah"¦you know this one. Ol' reliable, have a back up as well just in case.
Chemical Filtration "“ Decided early that I was going to be dosing"¦so GHL stand alone doser fit the bill. I hadn't yet decided on what reactor-based filtration I wanted to run "“ phosphate/carbon or run with biopellets..so at this point I kind of left that decision for later.
Electronics "“ Controlling everything would be an Apex Neptune with WXM module to interface with the Vortechs, plenty of pics of my extremely ghetto rats nest wiring job to come!
Before my attempt at reef keeping I had a couple of FOWLR tanks that were pretty successful and big time fun. I felt that my game had grown enough to take on the added challenge of putting together a reef tank with a greater emphasis on invert life than fish life. I also already had a few items that could work great on the new build off my old 72 gallon FOWLR, not to mention a ton of live rock to boot.
Well without further ado, I'll launch into the build. I got a load of pics, shot by the power of the iPhone 4 camera :bigeyes:

I wanted to setup an all SPS tank, with a pretty much standard sized tank design. My fiancé would not allow a six footer at this time (but she is open for it in the future - mwahaha). I wanted a good quality tank, so I opted to go with Deep Sea Aquatics (DSA) tank, stand and canopy all in black. Unfortunately I didn't take any pics of the tank upon its arrival for some reason, but you can see it on DSA's site, and finished shots of the build will show it all. I went with a 90 gallon, standard glass (3/4" thick), standard corner overflow, with two drilled holes (standard overflow fitting), DSA made the back of the tank black from the factory. Here's a shot of me water testing the tank "“ note typical "œfoggy iPhone smeary photo action" here ☺

The canopy is their newer design, which opens from the front, with half of the top of the canopy fit for egg crate to allow your lighting fixture to have adequate air circulation.

The stand is their standard black stand, but they had a stand in the warehouse that had a matching lip option all ready to roll for no extra charge, so I went with that too. Unfortunately, a couple of mistakes occurred here, the first was I should have got their 140 standard 5ft tank. It's wider in the dimension department and the same length. This would have been ideal...oh well. The second was DSA stands typically have side doors for easy access to sump, plumbing, etc. For unknown reasons it wasn't communicated to me by DSA that the stand they were sending me had no side doors. This kind of sucked....oh, and the stand was not drilled for plumbing....this would require some of my ghetto DIY skill sawing action! The third was maybe getting a third hole drilled on the stand/or a C2C overflow to plumb da' Bean Animal, oh well, next time!
Anyways, the peeps over at DSA were for the most part helpful and worked with me and my LFS on ordering everything up + my LFS/DSA hooked me up with a pretty decent deal. Can't complain...
Equipment:
So I went with a pretty decent assortment of equipment for this build. My goal was to be able to transfer most of the equipment on this tank to future tanks, eliminating wasteful spending.
Sump "“ I really was so freaked out about making my own sump that I actually bought a pre-built one from Trigger Systems. Looking back, this was kind of a dumb move. Making your own sump isn't all that bad and it would have been a blast as well. Not much really to see here, a regular old cube, that's red "“ see more in the plumbing section. One thing I knew is that I wouldn't really have enough room for a refugium of much size, so I focused on other pieces that could aid in reducing nitrates and phosphates as well as my own habitual, weekly water change routines.
Skimmer "“ With a goal of transferring to later builds I went with a oversized skimmer. Actually, more like overkill. The ATB Elegance 200 Pro.

Return "“ I wasn't going to do a recirc or anything elaborate like that. I was looking for a pump that was quite, efficient and didn't transfer excess heat into the tank. I went with the Eheim 1260.

The pump would run up and over the tank to one of these bad boys, a Sea Swirll"¦

Water Movement "“ This would be handled by three Vortech's, 2- MP40w's on the left and right, and 1 "“ MP10w on the back tank wall.
Lighting "“ 48" 6 Lamp Tek Light Elite (newer "œwe fixed the dying fan issue" version + came with replacement fans too!). Really wanted the ATI powermodule, but fiancé wouldn't be thrilled with me suspending the lamps from the ceiling in the alcove the tank was fitting into downstairs.

Heater "“ Eheim, blah, blah, blah"¦you know this one. Ol' reliable, have a back up as well just in case.
Chemical Filtration "“ Decided early that I was going to be dosing"¦so GHL stand alone doser fit the bill. I hadn't yet decided on what reactor-based filtration I wanted to run "“ phosphate/carbon or run with biopellets..so at this point I kind of left that decision for later.
Electronics "“ Controlling everything would be an Apex Neptune with WXM module to interface with the Vortechs, plenty of pics of my extremely ghetto rats nest wiring job to come!