Thank you,
I plan on building in stages because as of now I have 3 big canisters on a 75 gallon tank, but will be changing to a 40 breeder sump soon.
I got started looking into controllers after having one heater fail off, and another failing on, but was home and caught it. For now I am using an stc1000 as a failsafe, but I want to be able to remotely monitor my tanks. I looked into esp8266 sonoffs flashed to tasmota but that leaves too many failure points. I prefer a one controller solution.
Then I found reef pi, modular, setup is customizable to my situation, able to vpn into my home network to monitor, able to set email alerts....so far it looks like the best solution short of a very expensive apex!
I plan on power and temp controller first, then a pwm control of my lights. It will be interesting because my led lights are circuited as common cathode so i will have to use the PCA9685 module to fire PNP mosfets to control them. After my sump goes in possibly pwm of the return pump and some water level monitoring because I cant drill the tank without a big teardown so reef pi can be an additional failsafe for a hob overflow(in addition to proper sump and tank calculations so that the setup CANT overflow onto the floor)
I will start a build thread when I start building!
I have experience as both an electrician and electronic technician so the build will be fun, but has anyone used the ML reefkeepers hat for reef pi...it has everything i need except the PNP mosfet switching prebuilt into one hat, and would be a timesaver and make a cleaner build?
RPI Hat for reef-pi
Supports
- Back powering the rpi with 5v
- 9 channels of PWM control via PCA9685 (split between 3 connectors)
- 3 channels for 1 wire communication (up to 3 DS18B20 temperature probes)
- 2 i2c ports for ph probe modules
- 2 ATO sensors
- 8 channel 12v relay control via ULN2803
- 8 GPIO breakout (intended for 3.3v relay module)