1 degree gain over 12 hours? Quite frankly... hot damn. I wish I could keep my keezer/kegerator to 1 degree an hour some times.
I´m having an issue with programming my controllers, on multi chamber. I have Sainsmart Aruinos: http://www.ebay.com/itm/300948763268?_trksid=p2057872.m2749.l2648&ssPageName=STRK:MEBIDX:IT
When programming i get avrdude done. Thank you.
Then: There was an error while programming.
Any takes on how to overcome this?
Are you trying to program with more than one Arduino plugged in? If so, do one at a time.I´m having an issue with programming my controllers, on multi chamber. I have Sainsmart Aruinos: http://www.ebay.com/itm/300948763268?_trksid=p2057872.m2749.l2648&ssPageName=STRK:MEBIDX:IT
When programming i get avrdude done. Thank you.
Then: There was an error while programming.
Any takes on how to overcome this?
View attachment 386515
I'm trying to get a multiple chamber setup going. Chambers one and two are working smoothly. When I access chamber 3 website, I only get this screen. Anyone have any insight into this. I haven't been booted up for over a year...
Start by running this script:
/home/brewpi/utils/fixPermissions.sh
Cheers!
Excellent.
Now, backup your SD card!
Cheers!
You need that legacy branch if you're building around an Arduino...
Cheers!
(Using Board Type: UNO, hex file:MEGA-dfu_and_usbserial_combined.hex and restore settings OFF) with the output below. During the attempt to "receive version number from controller", I only see Rcv activity and no Tx activity (hence the failure) Has anyone run across this and if so, were you able to resolve it?
Omega2 comes in two versions, the basic Omega2 and Omega2 Plus. Omega2 CPU is based on MIPS architecture[4] running at 580 MHz clock speed, equipped with 64 MB of RAM and 16 MB of flash memory. Omega2 Plus is similar to Omega2, except it has more RAM and memory and a MicroSD slot, sold for $9 USD. The system comes in a small PCB footprint with dual-in-line 16x2 pins. The board is designed to be Arduino-shield compatible, enabling one to make use the existing Arduino shields. The board runs at 3.3 volts of power with average power consumption of 0.6W.[5] Both devices are intended for as headless computers with no graphical interfaces in Embedded systems.