Michael,
Thanks I think that is what I was looking for. I actually have some
one-wire stuff but it was too old and not the right shape.
John
Michael Haberler wrote:
> Am 19.12.2010 um 21:05 schrieb Kirk Wallace:
>
>
>> need to get the temperature information in. You would need an analog
>>
Yep.
http://s47.photobucket.com/albums/f163/johnplctech/Smokin/
Brian wrote:
> Seriously!? A PLC, touchscreen controlled smoker?! Thats badass...
>
> Brian
>
> On Sun, Dec 19, 2010 at 1:41 PM, John Thornton wrote:
>
>> On the PC side of the control would be the smarts to control
>> tempera
Better yet, just the the relay ladder logic in EMC2 to do the sequencing.
On 12/19/2010 3:31 PM, Kirk Wallace wrote:
> On Sun, 2010-12-19 at 21:16 +0100, Michael Haberler wrote:
> ... snip
>
>> simpler solution: use a one-wire sensor and 1-wire USB bus adapter
>> in linux use owfs (see owfs.or
On Sun, 2010-12-19 at 21:16 +0100, Michael Haberler wrote:
... snip
> simpler solution: use a one-wire sensor and 1-wire USB bus adapter
> in linux use owfs (see owfs.org)
> then read temperatures from the file system
> done
>
>
> alix:~# cat /mnt/1wire/bus.0/28.6B8F5B01/temperature
> 15
Am 19.12.2010 um 21:05 schrieb Kirk Wallace:
> need to get the temperature information in. You would need an analog
> input. Since you don't really need real-time, you might be able to use
> USB and this USB datalogger I found last week:
> http://www.sparkfun.com/products/9147
> http://www.walla
On Sun, 2010-12-19 at 12:41 -0600, John Thornton wrote:
> On the PC side of the control would be the smarts to control
> temperatures and have various recipes for different temperature profiles.
>
> These scenarios are common when smoking
>
> Control the cabinet temperature only.
> Control the c
On Sun, 2010-12-19 at 06:11 -0600, John Thornton wrote:
> Kirk,
>
> Do you think something like this could be used to control the
> temperature of a smoker cabinet with 500 watt heater? I've been wanting
> to build something that is very cost effective that could be plugged
> into a laptop via
Grr... Meant to say, strip out the g-code interpretation and let EMC take
care of that and you might end up with a pretty nice little system.
On Sun, Dec 19, 2010 at 1:58 PM, Colin Kingsbury wrote:
> Here is an open-source Arduino/AVR-based 3-axis step/dir controller that
> takes G-code inputs d
Here is an open-source Arduino/AVR-based 3-axis step/dir controller that
takes G-code inputs directly:
http://dank.bengler.no/-/page/show/5470_grbl?ref=mst
And the source:
https://github.com/simen/grbl
Strip out the g-code interpretation and let EMC take care of that
---
Seriously!? A PLC, touchscreen controlled smoker?! Thats badass...
Brian
On Sun, Dec 19, 2010 at 1:41 PM, John Thornton wrote:
> On the PC side of the control would be the smarts to control
> temperatures and have various recipes for different temperature profiles.
>
> These scenarios are comm
On the PC side of the control would be the smarts to control
temperatures and have various recipes for different temperature profiles.
These scenarios are common when smoking
Control the cabinet temperature only.
Control the cabinet temperature and when the internal temperature of the
meat reac
Depends on what you want to do. If John wants to run some type of
temperature vs time profile then something smart makes sense.
If you just want to maintain temp - there are some very cheap
thermostats available that can handle power circuits.
The least expensive I have found is a water heate
John Thornton wrote:
> Kirk,
>
> Do you think something like this could be used to control the
> temperature of a smoker cabinet with 500 watt heater? I've been wanting
> to build something that is very cost effective that could be plugged
> into a laptop via usb or something and control the smo
Bugs item #3127702, was opened at 2010-12-05 00:57
Message generated for change (Comment added) made by sf-robot
You can respond by visiting:
https://sourceforge.net/tracker/?func=detail&atid=106744&aid=3127702&group_id=6744
Please note that this message will contain a full copy of the comment th
On 19 December 2010 03:14, Kirk Wallace wrote:
> Basically, $10 for an AVR processor, $15 for a programmer, $10 for a
> breadboard and some odd bits, then learn a bit of C, steal some free
> bits of code off the Internet, and now I have an EMC2 compatible fast
> PWM generator and a lot more that
Kirk Wallace writes:
>By the way, I got the ATmega32 version working, so I have eight bits of
>input now, plus a bunch of pins left over. Four PWM channels are
>advertised but they aren't fully independent of each other and share
>pins with other features, so the plot thickens.
You might want t
Kirk,
Do you think something like this could be used to control the
temperature of a smoker cabinet with 500 watt heater? I've been wanting
to build something that is very cost effective that could be plugged
into a laptop via usb or something and control the smoker heater...
Being electrical
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