d0ughb0y
Active member
ok, I think that's because you don't have sonar.
I'll fix that.
ok, I just uploaded the fix to github. the fix is in index.gz and index.htm.
Last edited:
My Neptune Apex web interface compatible DIY reef controller
- Thread starter d0ughb0y
- Start date
ok, I think that's because you don't have sonar.
I'll fix that.
ok, I just uploaded the fix to github. the fix is in index.gz and index.htm.
d0ughb0y
Active member
The fan circuit is turning out to be more complicated than I thought.
The bestbuy fan worked fine, but the one I got online does not turn off when I switch the transistor off. What is happening is the pwm pin is actually powering the fan because the fan circuit connection does not actually have a common ground with the arduino circuit. I have to order parts and use this circuit that allows a grounded load.
to simplify things, I'll just be using BC338 for NPN and BC328 for PNP.
I don't think there is an array chip with this circuit, so this has to be built with discrete components.
So I'll have to wait 2 weeks for the parts to arrive.
The bestbuy fan worked fine, but the one I got online does not turn off when I switch the transistor off. What is happening is the pwm pin is actually powering the fan because the fan circuit connection does not actually have a common ground with the arduino circuit. I have to order parts and use this circuit that allows a grounded load.
to simplify things, I'll just be using BC338 for NPN and BC328 for PNP.
I don't think there is an array chip with this circuit, so this has to be built with discrete components.
So I'll have to wait 2 weeks for the parts to arrive.
According to the Curl output, it took. But I still get the same "CS call failed. error" when I go to Misc Setup. My temp is currently not working, would it have anything to do with that? Or is it just Sonar Alert that the CS call is referring to?
Crap, I did it the lazy way, and just saved links as, well hell, I saved the actual GIT page.
Sorry about the blonde moment, late night.
Anyway it is working properly now, thanks D0ughb0y
Last edited:
d0ughb0y I notice when the temp sensor reach around 89 degrees they fallout. I thought it was the probe but I switch them around and the same thing. I have one monitoring my LEDs and that's the one that fallout. So I switch that one with the room temp and the same thing. I have 3 temp probes hook up.
d0ughb0y
Active member
I limited the temp reading to 60-89.6. I removed this restriction and uploaded the change to github. The change is in Sensors.ino.
On D0ughb0y's github page it explains how to use curl, even the exact commands you would use. Just make sure you install everything for curl in the right order.
Which one of the software I need to download it has a few
d0ughb0y
Active member
I can't remember which one I downloaded so I tried this one and it works on windows.
http://curl.askapache.com/download/curl-7.33.0-win64-nossl.zip
if you copy curl.exe to the location where index.gz file is located, then you follow the command I show in github, otherwise, you can add curl.exe to file path, or just specify the path location of index.gz file.
BTW, I think I mentioned this in an earlier post, a neat trick with curl is, if after you type the entire curl command, you add this (including the >)
> log.txt
it will display a nice percentage progress as the upload is hapenning.
you can delete log.txt file afterwards.
Last edited:
d0ughb0y
Active member
I started working on the software for the pwm fans while waiting for the parts I ordered. Since the new circuit will have a common ground, I can now use the DB9 as the connector for the 3 PWM fans. +12,PWM,Tach pins x3, plus gnd is 10 connections total. I will use the 9 pins of the DB9, then the shield (DB9 shell) to carry the ground.
My initial webpage design looks like this screenshot. The gauge displays "real time" RPM value, so the needle will move in real time. If in auto mode, it will display the rpm and fan level (duty cycle) in the slider, and the current temperature reading of the temp sensor associated with the fan. When in manual mode, you can slide the level value, from 0 (off) to 100 (full on).
My initial webpage design looks like this screenshot. The gauge displays "real time" RPM value, so the needle will move in real time. If in auto mode, it will display the rpm and fan level (duty cycle) in the slider, and the current temperature reading of the temp sensor associated with the fan. When in manual mode, you can slide the level value, from 0 (off) to 100 (full on).
Last edited:
d0ughb0y
Active member
That's the plan. The code is currently using dummy data since I don't have the circuit yet. In config, you will associate the fan with a temp sensor, then specify a low and high temp value. The low temp value will be the starting rpm for the fan (usually 30%), and the high temp will be the max level you want for the fan (does not have to be 100%). Then you can specify if you want an alert if the fan is supposed to be running and rpm reading is 0.
d0ughb0y
Active member
you can do this in a macro.
The macro itself is like an outlet. so you define it to come on at 8pm and off at 7am (you need to check inverse, since you will specify on at 7am and off at 8pm). Then for this macro, you define an action for the outlet to come on for 1 hour and off for 1 hour, and it will do that cycle during the ON time of the macro, which is 8pm to 7am.
I am not seeing a way to create new macros or action on the controller's web site, so I imagine I would have to define that in the sketch, like how the feed macros and actions are. Then do the actual time setups via webpage?
Which fans are you going to use with this the ones from tigerdirect or bestbuy
Similar threads
