reef-pi :: An opensource reef tank controller based on Raspberry Pi.

[Ranjib]

@Ranjib

Another question. What does this mean? Is it a problem or just an Info message? I issued a "Reload" command and got this.

Also, just to confirm, reload did happen as expected (as you can see in the log that reef-pi is stopped and started again)

 

[sjeff35]

@Ranjib

I have a great feature request for you!!!

I just got a new UPS for my tank yesterday and was thinking about the monitoring software for it. How about monitoring the UPS from Reef-pi, and upon detecting a power outage and running on battery backup you could control which devices stay powered up??? Maybe shut everything down but the return pump, fan, heater...

What do you think???

https://loganmarchione.com/2017/02/raspberry-pi-ups-monitor-with-nginx-web-monitoring/

 

[Cal_stir]

yes, you'll find a list of components here: http://a.co/j8Iv8M0
If I recall correctlty you want temperature, equipment a lights. And for that you'll need at least following
- Pi, sd card
- 12v 2A adapter,
- atleast one lm2596 (to convert 12v to 5v for pi)
- atleast one uln2803 IC for relay controls
- ADJ power strip
- ds18b20 sensor
- panel mount female audio jack (3.5mm) and male connector for connecting temperature sensor
- db9 connector and db9 cable to connect reef-pi with adj power strip
- jumper wires

Do you know what light you want to control? Once I know the light type, i might be able to recommend the parts

DIY LED 0 to 10v analog, meanwell drivers.
Thanks for the list.

 

[Ranjib]

DIY LED 0 to 10v analog, meanwell drivers.
Thanks for the list.

How many channels?

 

[Ranjib]

@Ranjib

I have a great feature request for you!!!

I just got a new UPS for my tank yesterday and was thinking about the monitoring software for it. How about monitoring the UPS from Reef-pi, and upon detecting a power outage and running on battery backup you could control which devices stay powered up??? Maybe shut everything down but the return pump, fan, heater...

What do you think???

https://loganmarchione.com/2017/02/raspberry-pi-ups-monitor-with-nginx-web-monitoring/

I think its awesome. Let's discuss this, I have some thoughts as well on this topic. Ideally I am looking for a set of features around power supply,state of reef-pi during outages, costs etc. Sticking to reef-pi's core theme, I want to see some degree of modularity and affordability. Let me go through this article ....

 

[Cal_stir]

How many channels?

6 channels

 

[Ranjib]

6 channels

You'll need :
- One PCA9685 bord (this will generate 5v pwm, upto 16 channels)
- If the channles have their own GND then get another ULN2803, if they share a comon GND then get 6 1K resistor, 6 10K resistor, 6 2n222 NPN transistors (one set for each channels),
- another lm2596 for converting 12v to 10v.
- connctors for hooking up the LED wire with reef-pi housing something with 7 (if LEDs share a common GND) or 12 (if they have separate GNDs) pins

This is assuming the LEDs have their own power source and this is only the control signal (i.e. current draw is minimal, under 20-100 ma), if you are powering the LEDs directly then go for a logic level mosfet for each channel (e.g. IRLB8721PbF) . If you dont mind, can you tell us the specific light model you are trying to control?

 

[Hookster15]

I want to put beta 7 on my tank , i forget can i save my settings or do i have to start over?

 

[Ranjib]

I want to put beta 7 on my tank , i forget can i save my settings or do i have to start over?

which version you are running? you can save a copy of your database, and get back to old state (old data and old release) if things go south.

 

[Hookster15]

which version you are running? you can save a copy of your database, and get back to old state (old data and old release) if things go south.

beta 2

 

[Hookster15]

which version you are running? you can save a copy of your database, and get back to old state (old data and old release) if things go south.

are you working on a ATO warning? like if it stays running. just asking not needed for me anyway but if something did happen .

 

[jordimex]

is there a way to make an automated mixing station with either Rasberry pi or arduino?

i recently got one and think automating mixing would be nice

 

[Erica-Renee]

is there a way to make an automated mixing station with either Rasberry pi or arduino?

i recently got one and think automating mixing would be nice

what part do you want to automate You can control pumps temp and do auto water change now.. But adding salt and testing well.. Not as of now

 

[jordimex]

what part do you want to automate You can control pumps temp and do auto water change now.. But adding salt and testing well.. Not as of now

Preety much control pumps and power heads so preety much control the pump on/off and water level sensors dont know if you can control with a selenoind the RO water on amd off in the faucet

 

[Cal_stir]

You'll need :
- One PCA9685 bord (this will generate 5v pwm, upto 16 channels)
- If the channles have their own GND then get another ULN2803, if they share a comon GND then get 6 1K resistor, 6 10K resistor, 6 2n222 NPN transistors (one set for each channels),
- another lm2596 for converting 12v to 10v.
- connctors for hooking up the LED wire with reef-pi housing something with 7 (if LEDs share a common GND) or 12 (if they have separate GNDs) pins

This is assuming the LEDs have their own power source and this is only the control signal (i.e. current draw is minimal, under 20-100 ma), if you are powering the LEDs directly then go for a logic level mosfet for each channel (e.g. IRLB8721PbF) . If you dont mind, can you tell us the specific light model you are trying to control?

It's a diy 72 3watt led driven with 6 eln-60-48d drivers that supply the power for the diodes and dimming is a low current control signal.

 

[Erica-Renee]

Preety much control pumps and power heads so preety much control the pump on/off and water level sensors dont know if you can control with a selenoind the RO water on amd off in the faucet

You can do that now The Solenoid Can work off a Relay as a Connector and Equipment ,You can Control it with a Float sensor for On and Off based on water (float triger) Level... You can do so by temp if you with ..

You could also use a Separate POWER SUPPLY for the SOLENOID and use it as a Inlet . Using its ground pins the same as you would a Float sensor...

So yes there are options. The Required Wiring and Components would depend on your needs and how you configure it..

Welcome in and Good Luck..

 

[sjeff35]

Have I said how much I like having the Macro function???

Click the "Feed" button, go feed the tank, go back to doing whatever I was doing (Work in this last case) and it just works!!!

Thanks @Ranjib , one small request, would it be possible to put the Buttons for the Macros on the dashboard or am I asking too much???

 

[Ranjib]

Have I said how much I like having the Macro function???

Click the "Feed" button, go feed the tank, go back to doing whatever I was doing (Work in this last case) and it just works!!!

Thanks @Ranjib , one small request, would it be possible to put the Buttons for the Macros on the dashboard or am I asking too much???

Yup, thats on my mind as well, I dont know when I'll code it though. Ether right before the 2.0 final release , or soon after the release (since its only a new feature addition, and not a breaking change).. but we'll definitely get this feature

 

[MrDeSaussure]

Ranjib-
Based on your input earlier in the thread, I'm setting up this power strip.
Adj srp 8: https://www.amazon.com/gp/aw/d/B01K...AC_SX236_SY340_QL65&keywords=adj+8+pack+relay

Can you explain how you are using the ULN2003 to convert the 3.3v GPIO logic to switch the 12v relays on the power strip?
I get the general idea of "Each of the pins on the INPUT side of the IC correspond to an equivalent OUTPUT" but I'm not sure how to supply the 12v to the output.

Thank you for all your work.

 

[Erica-Renee]

Ranjib-
Based on your input earlier in the thread, I'm setting up this power strip.
Adj srp 8: https://www.amazon.com/gp/aw/d/B01K...AC_SX236_SY340_QL65&keywords=adj+8+pack+relay

Can you explain how you are using the ULN2003 to convert the 3.3v GPIO logic to switch the 12v relays on the power strip?
I get the general idea of "Each of the pins on the INPUT side of the IC correspond to an equivalent OUTPUT" but I'm not sure how to supply the 12v to the output.

Thank you for all your work.

The ULN Is a isolated Gate switch.. The gate side connects to the Pi. power side connects to your power supply.. Ground is common.. This isolates the Power required for the device . IE POWER STRIP. From the gpio of the pi... It helps protect pie from power surges with one way Diods.. Hope this helps..

So the input to the chip from the gpio is LOW Voltage Controlling a GATE Pin. When it gets powered by gpio it trips the switch open on the Higher Voltage Switch.. Very Similar to how relays work themselves.. ...