Recent content by MaxN68

https://www.dropbox.com/sh/r5j37dqm6ctuap0/AACxVUDE1soCFBUrDzwjj0exa?dl=0

In my archives I have the version 2.8.4 never published with some predetermined mash profiles and some bugs correction on cooling and whirlpool process and a first partial 3.0.0 rewriting version.

Smartpid is a personal project by Davide.

Hi everyone, it's been a long time since I started working for ArdBir, and after the break-up of the working group I never even craft beer. Are there any news? What firmware version are you using?

I'm sure

Ardbir use the PID only during the mash. Until reaching the boiling point the power are 100% and then is maintained through a PWM directly adjustable

You can use a speakon plug for 240v

ArdBir use system time of Arduino, if you want to use a rtc you need coding for rtc. Using rtc you need a new pcb board and an Arduino Mega only for a graphical pid? In the code you can find a graphical PID, temperature and pump BUT this is for helping the pid setting. You need other code for...

I tried to insert a routine for the check printing via PC and the problem is not only the space for the code. The routine generates a lag that makes necessary the use a rtc to properly manage the mash.

PCB OpenArdbir by DanielXan (bmp file or CAD file) is for Arduino Uno PCB GTO Controllet by Guto is for Arduino Nano

I'm happy with 0.125 accuracy on my ArdFerm :P

An increase by 0.25 is the standard. If we lower the resolution to 0.50 we have a faster response of the probe (minimum sampling time to reading) but the controller would not have reason to be a control to 0.25, if we raise the resolution we will have sampling times more lenses and an increased...

You can set the probe with any Dallas Library example

the benefit you get going from 0.25 to 0125 does not justify the amount of work and recoding necessary hardware and software, regardless of the increase in spending.

If you want to use 0.125 resolution you need to rewrite timing code using a RTC module and a new PCB and use 3 new library (1 for the probe and 2 for the RTC).