Ryan115
Well-Known Member
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Ranjib, just updated to 0.9, are the message sensor thresholds configurable? For temp, are they a set distance outside the thresholds that we set?
reef-pi :: An opensource reef tank controller based on Raspberry Pi.
- Thread starter Ranjib
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Ranjib, just updated to 0.9, are the message sensor thresholds configurable? For temp, are they a set distance outside the thresholds that we set?
Ryan115
Well-Known Member
So I'm putting together a list for Santa, and I want to include some components for upcoming tank enhancements.
Currently I do not have any dosing. Which modules support control from reef-pi (are they pwm or on/off)? I love the price point and generally postive reviews of the jebao, but I am not sure if it can be integrated into the system. Otherwise, has anyone run and DIY peristaltic?
Also, what are the planned sensor probes? Are they going to be planned to use Atlas probes/stamps?
Currently I do not have any dosing. Which modules support control from reef-pi (are they pwm or on/off)? I love the price point and generally postive reviews of the jebao, but I am not sure if it can be integrated into the system. Otherwise, has anyone run and DIY peristaltic?
Also, what are the planned sensor probes? Are they going to be planned to use Atlas probes/stamps?
OP
OP
Across ato, temperature and cpu/memory usage, all alert thresholds are configurable.
You have to enable alert/email notification from telemetry configuration though. There’s a way to rate limit (number of individual alerts per hour ) alerts as well
OP
OP
Brs dosing pumps are pretty sturdy, they do not require pwm, and are just timer based. I use cheap peristaltic pump from adafruit which I can control via 12v pwm. Reef-pi dosing module will be develop against that
I wanted external power buttons for heater, ato, and pumps. So 4 pumps are one 4 channel relay, with dedicated supply module, ato and heater on a 2 channel relay to their own supply. Each supply has an on/off button. Again i made this more complicated than needed to be lol.
But allows for turning on and off equipment for maintenance or feeding. and for the pi to remain in the display housing and visible and hiding everything else in their own project boxes out of view. I didnt know the optical probe would work on 3.3 so could remove that chip and just have it attached to the 3.3v pin on the psm.
Jebao dosing pump does not support outside controllers. Controllable only through the unit itself.
OP
OP
I dont think they have to be supported. Controlling DC pumps are not something really state of the art . All we need is a 24v pwm , and that should do it. The risk here is if we mess up something , we are on our own (i.e. warranty is void). I dount they have anything that stop them from being controlled by external controller. I personally plan to test with the koralia 12v dc pumps.
OP
OP
you mean mechanical switchs for them? You can either get a power strip with individual switch or wire up switches in your relay output. I use the standard on/off button from reef-pi equipment tab to switch on/off equipments during WC
Code:
pi@raspberrypi:~ $ sudo ls /sys/bus/w1/devices
28-051780faabff w1_bus_master1
pi@raspberrypi:~ $ sudo lsmod
Module Size Used by
fuse 99603 3
rfcomm 37723 6
cmac 3239 1
bnep 12051 2
hci_uart 20020 1
btbcm 7916 1 hci_uart
bluetooth 365780 29 hci_uart,bnep,btbcm,rfcomm
evdev 12423 6
joydev 9988 0
spidev 7373 0
brcmfmac 292632 0
brcmutil 9863 1 brcmfmac
cfg80211 544545 1 brcmfmac
snd_bcm2835 24427 1
snd_pcm 98501 1 snd_bcm2835
rfkill 20851 6 bluetooth,cfg80211
snd_timer 23968 1 snd_pcm
snd 70032 5 snd_timer,snd_bcm2835,snd_pcm
spi_bcm2835 7596 0
w1_therm 6401 0
i2c_bcm2835 7167 1
rpi_ft5406 4847 0
bcm2835_gpiomem 3940 0
w1_gpio 4818 0
wire 32619 2 w1_gpio,w1_therm
cn 5889 1 wire
uio_pdrv_genirq 3923 0
fixed 3285 0
rpi_backlight 2632 0
uio 10204 1 uio_pdrv_genirq
i2c_dev 6913 2
ip_tables 13161 0
x_tables 20578 1 ip_tables
ipv6 408900 72
pi@raspberrypi:~ $ ^CAnd I've used some other code that read it.. So it seems to be working..
Code:
pi@raspberrypi:/sys/bus/w1/devices/28-051780faabff $ cd /sys/bus/w1/devices
pi@raspberrypi:/sys/bus/w1/devices $ cd 28-051780faabff
pi@raspberrypi:/sys/bus/w1/devices/28-051780faabff $ cat w1_slave
24 01 4b 46 7f ff 0c 10 48 : crc=48 YES
24 01 4b 46 7f ff 0c 10 48 t=18250
pi@raspberrypi:/sys/bus/w1/devices/28-051780faabff $
Last edited:
OP
OP
Temperature probe is working fine. Something on reef-pi end is not correct. Make sure devmode is not enabled. Can you share your temperature tab screen shot, and if you have any log for reef-pi. If your temeperature check interval is set to 1 minute, reef-pi should log after every 1 minute regarding temperature probe reading
OP
OP
You have to check the log. What’s the settings for ato ? Can you share a screenshot? If your ato is set to check at 1 min interval, reef-pi will log ato details (sensor status and equipment/pump action ) after every minute
OP
OP
it will take a minute
OP
OP
setting are applied immediately, but since the monitor interval is 1 minute, it takes upto 1 minute for the next check to perform
OP
OP
Can you share the reef-pi log ? I just double checked couple of my controllers running 0.9, both of them is working as expected, and restarts their ato sub-system when i click update on ui
Code:
Nov 19 15:30:18 raspberrypi reef-pi[26986]: 2017/11/19 15:30:18 Stopping ATO sub-system
Nov 19 15:30:18 raspberrypi reef-pi[26986]: 2017/11/19 15:30:18 Starting ATO sub system
OP
OP
ssh into your raspberry pi and type this in a terminal:
You dont need anything special for temperature probe. If you want pm me your gmail/google id and we can do a quick hangout/video chat to fix this
Code:
sudo journalctl -fu reef-pi.serviceYou dont need anything special for temperature probe. If you want pm me your gmail/google id and we can do a quick hangout/video chat to fix this
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