家庭月光酿酒厂......好吧。但对于相当类似的物理实验微调,我已经用所有摇摆的尾巴吃了许多狗,因此可能会告诉我们的策略。首先是温度计部位。有许多肯定有+/- 0.5 c的良好PID热电偶测量仪,包括(不是最后也是雷克斯),但是约5倍更准确(+/- 0.1 c),同时3x便宜为西班牙欧姆龙,去年,Rindger,Rs,Minco等等。无论如何,20美元昂贵,10美元可疑便宜。因此,当它在手中时,有两种可能的方式,线性V输出或SSR输出。无论如何,即使是Bang-Bang SSR将在本机中的时间通过自学习制度的恐怖大小的人工智能来PID-ified。主题是该做什么,电压输出似乎更甜,但巨头IGBT会实现动力调整 - 谁将支付巨型冷却器浪费千瓦的热通量的千瓦?或者构建强大的SMPS更聪明的方式。 We did it by SSR, but as the demand was go as near as possible to those +/- 0.1 C accuracy, we used 1) constant current hand adjustable power source a la thyristor regulator. With SSR we used to ADD-ON some smaller voltage up to the full mains voltage. Thus the (1) was adjusted to the temperature what is slight-slight insufficient and then allow to SSR work on the DIFFERENCE of lacking power. If straight switch-in of the regulator made a swing of several C because our owen was extremely tiny, then second algorythm permitted to get the 1200 C +/- 0.1 C without of any hardness. Am sure, this is the way useful for any home-moonshiner most altered demands.