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September 7, 2020 at 4:48 pm in reply to: Have trouble understanding on oven door lock assembly’s #20139
You’re right There aren’t any “hi-limit thermostat switches” on a door lock assembly.but in general on every schematic on the door lock circuit it does show 2 hi limit thermostats. each open and close at a different temperature
So let say if I can replace the refrigerant with freezing ice cubes and fans to cool the box,would it keep everything frozen ? Or I still need to absorb heat (so i guess you will answer that ice will absorb heat too since heat atracks to cold)
It’s just theory, but I love to deeply understand how things work
I still don’t get it. How will it continue to spark when gookus accumulated under the burner head. If there is no return path $
Hi Sam thanks for the clarification on my first and second questions ,now on the 3rd one ,we need 2 things to happen 1. Create a flame and 2.Create a path back ,now for part “1” DO we need a path or flame will happen just like the older spark system ones did ?
So I assume it doesn’t need a path , so the fact that it is still sparking could lead to
1 bed electrode (how did it creat a flame in the first place)
2 bed cap. (“)
3 bed module . Maybe it’s not grounded properly (I tried this one )
4 control. doesn’t really matter hereThanks Sam. Makes sense now
If a load is open you won’t get any current. Anyway if you measure 120 volt to a load if course with a “LOADING METER” and the load isn’t running there is no need to measure current ,you replace that load
Thanks Scott .great video.
I would suggest you to add some note there on this wrong voltage tested because students can get confused by this ,like i thought that i am gene get some answer latter on the screen cast so i was already intimidated trying to put together the first half to the rest ,which really is a different topic of loads in series Voltage drop etc.Also is open neutral more of a possibility than open Line ,so you’re saying OPEN NEUTRAL?
So if there is no neutral to pump volt meter won’t read 120 V ?
Ok so when cycling thermostat is open we basically measure the voltage across the timer ok I hear that .but going back to the first half why aren’t we getting voltage across the timer even though cycling thermostat is closed isn’t the load that makes one side of it L1 and the other side L2 or let’s put it this way how if I add a load next to cycling thermostat (parallel) circuits won’t we get timer running
when the cycling thermostat is closed you get no voltage to timer motor but when cycling thermostat is open you would get a voltage across the open “thermostat” even though there is a path (circuit) across the timer now. in other words why isn’t considered now as same voltage potential (as when the cycling thermostat is closed which is the reason why the timer motor wont advance)
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