600 gallon Acrylic Reef

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if it wasnt for the fact we had a LOT of ice and snowy stuff....it would have been on that stand this weekend.
I finally have all the equipment I need, the plumbing, the OceansMotions 4 way and the sequence pump. The Skimmer should be in this week....wooohooooooo.

All downhill from here.
 
This is pretty exciting. Once that skimmer arrives, it's going to go quick. You're going to need your own dedicated photographer so we can fulfill our update addiction.
 
<a href=showthread.php?s=&postid=6785164#post6785164 target=_blank>Originally posted</a> by pwhitby
if it wasnt for the fact we had a LOT of ice and snowy stuff....it would have been on that stand this weekend.
I finally have all the equipment I need, the plumbing, the OceansMotions 4 way and the sequence pump. The Skimmer should be in this week....wooohooooooo.

All downhill from here.

Very nice... I am hoping to have water in my tank before yours hehe... I don't have alot else to do... I am hoping to get the RO going this upcoming wk end... I keep changing my mind on how I donââ"šÂ¬Ã¢"žÂ¢t to do things :( I am worse then a woman when it comes to this dang tankââ"šÂ¬Ã‚¦
 
well I have my ideas for the water flow sorted out. The OM unit will feed 4 returns behind the rocks and 4 returns under and to the front of the rocks. The main sump returns will feed down above the rock, this will then creat a rolling action in the tank along its length that will blow stuff from under the rock and keep it suspended.

at least thats my hope....

P.
 
I have an old 54 lb thrust trolling motor we could put in there to help with the circulation!!

You could even leave the foot controller on to direct the flow!!
 
the idea is to start with one pump and one OM unit, for now.....

Each bulkhead will be fitted with a union and ball valve. That will allow me to take half of the outputs and add another OM and pump at a later date...if I think its needed.

Doing this I should be able to hide all the pipework behind and under rockwork and have no extra pipes/pumps etc in the system.
 
<a href=showthread.php?s=&postid=6785645#post6785645 target=_blank>Originally posted</a> by pwhitby
the idea is to start with one pump and one OM unit, for now.....

Each bulkhead will be fitted with a union and ball valve. That will allow me to take half of the outputs and add another OM and pump at a later date...if I think its needed.

Doing this I should be able to hide all the pipework behind and under rockwork and have no extra pipes/pumps etc in the system.

Are you going to use a single Union and Ball Valve ?? If I rem right you can get a True Union Ball Valve cheaper then you can a single Union and a single BV... With a True Union Ball Valve you end up with a union on both ends of the BV, just in case you didn't know, but you prob already did :)
 
Its photo update time for any who have been following along.

The floor my stand will sit on is uneven, infact there is an approx 1/2-3/4 inch bow to it under the middle of the stand.
To overcome this we decided to cut a wooden subframe to the contours of the floor.
For this we decided on 4x4 timber.

Step 1....make the frame.
The frame was made to sit exactly under the stand with 3/4 inch all the way round the edge of the steel.
The subframe was built on top of the stand using the flattest and squarest timber I could find.

stand-wood-base1.jpg


I used the top of the stand since I knew that was absolutely flat.
The subframe was assembled with lagbolts (5 1/2 inch) sunk into the wood.

lagboltbase.jpg


The whole thing was assembled to a solid construct.

baseonstand.jpg


Once built, it was time to get it marked ready for cutting...

continued....
 
<a href=showthread.php?s=&postid=6798019#post6798019 target=_blank>Originally posted</a> by pwhitby
The floor my stand will sit on is uneven, infact there is an approx 1/2-3/4 inch bow to it under the middle of the stand.
To overcome this we decided to cut a wooden subframe to the contours of the floor.
For this we decided on 4x4 timber.

Since you are using 4x4s is this going to throw off anything you had planned out already since the stand / tank will be sitting about 3.5" higher ??
 
Step 2:
Marking.

The assembled subframe was lifted from the stand and placed into position on the floor.
Using washers it was leveled all the way around so that it was flat in all directions.
Care was taken to ensure that it was positioned exactly.

levelingwashers.jpg


once levelled a pen was taped to a small block of wood.
This was then run over the ground and the shape of the ground traced to the wood.

markingwood1copy.jpg


markingwood2.jpg


hopefully, in the last pic, you can see that the line drawn on the wood is not straight.
It actually is the exact shape of the floor.
This was repeated all the way around the wood on both sides.

Step 3. Cutting.
Once the floor profile was marked, all the wood was marked to ensure it went back together properly.
Alll the lagbolts were removed and the wood was cut using a bandsaw. I used a 9 inch model from LOWES.
Where the marks were different on both sides the shortest cut was taken. Then the whole thing was put back together
on top of
the stand. Areas where the 2 sides were different were sanded down with a belt sander
to make the edge level with each drawn line. The subframe was then laid back on the floor.
Fortunately it was a pretty tight fit to the floor, did not wobble and was still pefectly flat.
 
Step 4. Painting

The next step involved a lot of bribery.
Lynn began painting the stand to waterproof it. 2 coats of Kilz then 4 coats of a heavy duty exterior
waterproof paint.

lynnpainting3.jpg


lynnpainting4.jpg


Once that had dried sufficiently it was time to relay it.
Since there is no way the cut subframe could match the floor exactly I cut strips of 1/2 inch
foam insulation to run under the subframe. These were laid down and the subframe laid ontop.

woodonfoam1.jpg


woodonfoam2.jpg


The steel stand is now sitting on top of this subframe. It is absolutely solid.
It is also completely level.
Currently I am (well Lynn is) painting the plywood top of the stand ready for the tank to come inside.

More updates soon......I hope

Paul.
 
<a href=showthread.php?s=&postid=6798054#post6798054 target=_blank>Originally posted</a> by asnatlas
Since you are using 4x4s is this going to throw off anything you had planned out already since the stand / tank will be sitting about 3.5" higher ??

Actually, the 4x4 was cut back by at least 1 inch in places, so its only around 2 inches higher, which is well within the scope I had planned for. That makes the tank base 35 inches from the ground.

Paul.
 
It really was. In just that one spot unfortunately. That picture makes it looks so bad...I chuckled. It doesnt feel that bad in reality, but you can see the issue I had.

I thought this would be a useful "how to" for anyone with bad shaped floors.

P.
 
Paul - what's up with the pink foam insulation underneath the stand? What are you trying to accomplish with that?

(Serious question - not sarcastic - and I have ideas, just want to hear specifically and in a little detail)
 
<a href=showthread.php?s=&postid=6798130#post6798130 target=_blank>Originally posted</a> by pwhitby

Since there is no way the cut subframe could match the floor exactly I cut strips of 1/2 inch
foam insulation to run under the subframe.
Paul.

The foam helps make spread the weight evenly over areas where the fit is not perfect. It compresses till the weight is distributed.
 
You can go out to most construction sites after it rains and see puddles on the low spots in the slabs of the new houses.

As usual you appear to have followed a sound path to a long term solution - I would've probably put it up hoping the weight would flatten out the concrete (ok maybe not).

Tony
 
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