Tyler's 220 gallon in wall build thread!

Nice work man! I'm in the middle of a 280 build myself. Mine does not sit inwall though. Mine is built to look like a wall unit in between my family room and kitchen.
 
Nice work man! I'm in the middle of a 280 build myself. Mine does not sit inwall though. Mine is built to look like a wall unit in between my family room and kitchen.

Awesome, you should make a build thread. It started by me having a question, To guys telling me to make a thread. It's been a massive help. If only I could figure out some of the programming lol
 
Yea, that one is pretty specific for the ramp programming and feed modes so I figured that was more or less exactly what you would need, other than having to remove the tdata line.
 
Nice work man! I'm in the middle of a 280 build myself. Mine does not sit inwall though. Mine is built to look like a wall unit in between my family room and kitchen.
you should make a build thread so we can all help and watch the process as you go...
 
Awesome, you should make a build thread. It started by me having a question, To guys telling me to make a thread. It's been a massive help. If only I could figure out some of the programming lol
i have been extremely busy at work but as soon as i have some time i can help you with programming but i still have not finished my own and i am not the best at it so i would also go to the neptune site and ask for help...
 
@Adalius Ok few questions,

-So feed A and feed D, are both being set up with a ramp?
-what is theft data line?
-output water change is what? I'd remove?
-the if "output apex power" code line refers to what? I remove it?


Also how would I defer my sump ato from turning on unnessisarlilly. I want to add a defer time

I'm about to lose my mind over this. How is there not a proper YouTube video for this, this is a joke.
 
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Awesome, you should make a build thread. It started by me having a question, To guys telling me to make a thread. It's been a massive help. If only I could figure out some of the programming lol
I have a thread going. Getting ready to head home from now to go do a little more work on the stand.
 
@Adalius Ok few questions,

-So feed A and feed D, are both being set up with a ramp?
-what is theft data line?
-output water change is what? I'd remove?
-the if "output apex power" code line refers to what? I remove it?


Also how would I defer my sump ato from turning on unnessisarlilly. I want to add a defer time

I'm about to lose my mind over this. How the **** is there not a proper YouTube video for this, this is a joke.

Ok, so I'm no Apex wizard or anything so someone else can chime in if I'm wrong *but*, from what I see and how I understand it:

This bit:
[COR_RAMP] PROFILE

Name = COR_RAMP
Type = Ramp
Ramp Time = 5
Start Intensity = 1
End Intensity = 100

Just sets it to ramp over 5 seconds from 1-100.

This bit:
Fallback COR_RAMP
Set COR_RAMP
If FeedA 000 Then 1
If FeedD 000 Then 1
If Output Water_Change = ON Then OFF

Tells it to:
A) Fallback to the COR_RAMP profile (i.e. ramp up over 5 seconds to 100%) in the event if needs to fallback.
B) Sets it to the ramp profile.
C) If FeedA is 'on', then defer 0 seconds and drop to 1% (i.e. immediately)
D) If FeedD is 'on', then defer 0 seconds, and drop to 1% (i.e. immediately)
E) If the Water_Change output (which they probably had for toggling an outlet on the smartbar named 'Water_Change' which runs their water change pumps) is on, then shut off the pump.

As for your ATO question, there's an example in one of the Neptune bulletins that looks pretty close to what you'd need, with some mods depending on what your exact setup is:
[ATO_PUMP]
Fallback OFF
Set OFF
If SwATO OPEN Then ON
If SwHIGH CLOSED Then OFF
When On > 005:00 Then OFF
Defer 000:10 Then ON
Defer 000:06 Then OFF
Min Time 060:00 Then OFF

I believe this does the following: Normally off, defaults off, if the ATO probe is open, then turn on the ATO pump, if the high limit probe is closed, then shut off the pump. If it runs for more than 5 minutes, shut it off. The Defer statements then tell it that if the ATO probe is open, wait 10 seconds to make sure it stays open before turning on, and if the high limit is closed, make sure it stays closed for 6 seconds before shutting off (to prevent sloshing from triggering it open/closed repeatedly). The Min Time statement says if it is turned off, (by either the high limit or the 5 minute runtime limit) wait 60 minutes before allowing anything to turn it back on.

I hope this helps (and that I myself understand Apex programming correctly!)
 
Ok, so I'm no Apex wizard or anything so someone else can chime in if I'm wrong *but*, from what I see and how I understand it:

This bit:
[COR_RAMP] PROFILE

Name = COR_RAMP
Type = Ramp
Ramp Time = 5
Start Intensity = 1
End Intensity = 100

Just sets it to ramp over 5 seconds from 1-100.

This bit:
Fallback COR_RAMP
Set COR_RAMP
If FeedA 000 Then 1
If FeedD 000 Then 1
If Output Water_Change = ON Then OFF

Tells it to:
A) Fallback to the COR_RAMP profile (i.e. ramp up over 5 seconds to 100%) in the event if needs to fallback.
B) Sets it to the ramp profile.
C) If FeedA is 'on', then defer 0 seconds and drop to 1% (i.e. immediately)
D) If FeedD is 'on', then defer 0 seconds, and drop to 1% (i.e. immediately)
E) If the Water_Change output (which they probably had for toggling an outlet on the smartbar named 'Water_Change' which runs their water change pumps) is on, then shut off the pump.

As for your ATO question, there's an example in one of the Neptune bulletins that looks pretty close to what you'd need, with some mods depending on what your exact setup is:
[ATO_PUMP]
Fallback OFF
Set OFF
If SwATO OPEN Then ON
If SwHIGH CLOSED Then OFF
When On > 005:00 Then OFF
Defer 000:10 Then ON
Defer 000:06 Then OFF
Min Time 060:00 Then OFF

I believe this does the following: Normally off, defaults off, if the ATO probe is open, then turn on the ATO pump, if the high limit probe is closed, then shut off the pump. If it runs for more than 5 minutes, shut it off. The Defer statements then tell it that if the ATO probe is open, wait 10 seconds to make sure it stays open before turning on, and if the high limit is closed, make sure it stays closed for 6 seconds before shutting off (to prevent sloshing from triggering it open/closed repeatedly). The Min Time statement says if it is turned off, (by either the high limit or the 5 minute runtime limit) wait 60 minutes before allowing anything to turn it back on.

I hope this helps (and that I myself understand Apex programming correctly!)
That's great, I will try this later. And explanation makes some logical sense of programming. I'll let ya know how i make out, cheers
 
@Adalius what would given me this error? I was trying to test my sump ato.
-Opticals were both under water and pmup for sump in auto.
-i slowly raised block to switch high optical.
- I waited few minutes
- raised again to raise low optical out of water.
-pmup then on, maybe for 30 seconds and sent me two emails. Both send within seconds.

Email 1:
Status- on
Statement- if error sump pmup then on.

Email 2:
Status- off
Statement- set off

??
 
Can someone please make sense of this for me?

Screenshot_20190321-152323_Apex Fusion.jpg
 
My sump must be getting close to lower optical. But I've received all these within the hour. Why? Do I need to add a defer time or what? The heck is going on?

Screenshot_20190321-152933_Apex Fusion.jpg
 
I removed a line in my email alerts, which was causing alerts. Disregards my email issue..... ;)
 
I removed a line in my email alerts, which was causing alerts. Disregards my email issue..... ;)
try not to get frustrated with it as it is strange at times and everything does not have to be 100% now as i am still needing to go back and set some alerts but like you i dont want to be bothered for on offs ect
 
Hard to see. But starting to see 1/4" round brown circles appearing in one of my QT tanks. On elastcics, pipe and glass. Is this Diatoms?

20190323_130406.jpg
 

IF YOU HAD TO TAKE A REEFING EXAM, WOULD YOU PASS?

  • Yes!

    Votes: 32 45.7%
  • Not yet, but I have one that I want to buy in mind!

    Votes: 9 12.9%
  • No.

    Votes: 26 37.1%
  • Other (please explain).

    Votes: 3 4.3%
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