OK, so I'm still a Do It Myselfer.
So my Inkbird ITC-308 got it's sensor (probe wire) burnt through my own stupidity. Since it is hardwired into the unit, and molded in, I considered it a dead horse. R.I.P. (Though I might play with splicing different thermocouples to it.)
So time to upgrade and rectify past mistakes. Time for PID controller. So I shopped around.
I decided to get an Inkbird ITC-100VH because it has all the parts and I can build my own enclosure. (Total outlay ~$50)
So yesterday I took my supervisor (in my Avatar), and we went and got the needed enclosure and an outlet for it. Then I built my new PID controller for my MES 30.
I set it for a 20° C (~68°) overnight run, and monitored it with my TP-08 ThermoPro WiFi thermometer. So far, so very good! It Averaged 73°F overnight, so at low temperatures I'd use to cold smoke, it runs a few degrees high. I can work with that.
Now it is doing a 90° C soaking (200° F) test run. And looking even closer in holding the line.
So the PID can run beyond both ends of the OEM MES control on Bypass Mode. It is currently holding 202-204 ° F.
Next I want to take it to the highest design perimeter for my MES 30 275° F.
With the supplied K Thermocouple, my PID has a range of 0°C to 400°C (32°F to 752°F)
This is good. I can change Thermocouples if I want to. (See no reason to) And Fine tune the perimeters if I want to.
This gives the range I need below Masterbuilt's design limits (100°), for cold smoking. And far better accuracy overall.
(hard to catch with my phone.)
So my Inkbird ITC-308 got it's sensor (probe wire) burnt through my own stupidity. Since it is hardwired into the unit, and molded in, I considered it a dead horse. R.I.P. (Though I might play with splicing different thermocouples to it.)
So time to upgrade and rectify past mistakes. Time for PID controller. So I shopped around.
I decided to get an Inkbird ITC-100VH because it has all the parts and I can build my own enclosure. (Total outlay ~$50)
So yesterday I took my supervisor (in my Avatar), and we went and got the needed enclosure and an outlet for it. Then I built my new PID controller for my MES 30.
I set it for a 20° C (~68°) overnight run, and monitored it with my TP-08 ThermoPro WiFi thermometer. So far, so very good! It Averaged 73°F overnight, so at low temperatures I'd use to cold smoke, it runs a few degrees high. I can work with that.
Now it is doing a 90° C soaking (200° F) test run. And looking even closer in holding the line.
So the PID can run beyond both ends of the OEM MES control on Bypass Mode. It is currently holding 202-204 ° F.
Next I want to take it to the highest design perimeter for my MES 30 275° F.
With the supplied K Thermocouple, my PID has a range of 0°C to 400°C (32°F to 752°F)
This is good. I can change Thermocouples if I want to. (See no reason to) And Fine tune the perimeters if I want to.
This gives the range I need below Masterbuilt's design limits (100°), for cold smoking. And far better accuracy overall.

(hard to catch with my phone.)