![]() ![]() However i dont wish to seem ungratefull but i now am of a mind to follow stamptrol's idea, only to save space on the stamp to carry out other routines like an open door alarm and auto water top ups. Thank you to everyone for their input, it has given me alot to think about ( i dont know if that is a good thing or not!).Īllanlane5, thank you for the could work with a little tweeking as the exact timming of the turner is not critical, and i could tweek the code a little to get closer to the hour. The following is a schematic that would work continuously, but does anyone have a suggestion as to how i could control this with the stamp module and include a timming aspect. I want to control a motor (more than likely dc) that rotates in one direction untill a microswitch is pressed, then stop and wait an hour before rotating in the opposite direction untill another switch is pressed, then stop an hour before going back and so on. Now the part that i am stuck on is an egg turner.i know the principle that i want to use but therein lies the difficulty. I have the control of the tempuature and humidity sorted out using a combined probe and solid state relays. I am trying to develop a microcontroler to control an incubator, which my wife and i would like to set up in a small village for locals to use free of charge when we go in july to kenya. P3.2: after power on, there is no need to trigger the signal, en.the relay can lead OP time, the relay disconnects CL time, circulate the above actions, and the number of cycles (LOP) can be set.Hi there, i have done a fair bit of trawling through the site and cant seem to find an answer, so here i go. P3.1: after the trigger signal is trigger, the relay opens the time of OP, the relay disconnects the CL time, and then circulate the above action, the relay is given again the signal, the relay is disconnect and the timing is stop the cycle times (LOP) can be set P-2: to trigger the signal, the relay disconnects the CL time, the relay conducts OP time, and after the timer is complete, the relay is disconnect. P1.3: the signal is trigger again, the relay is disconnect, and the timer is stop. Work model: After the P1: signal is trigger, the relay will lead to OP time and then disconnect in OP time, the following operations are perform. all set parameters automatically save the power. You can set different parameters of OP, CL and LOP, which are independent of each other. The parameter setting will be store forever when power is off. With optocoupler isolation, enhance anti-jamming capability, industrial-grade board.Service life: more than 10 million times. ![]()
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