judging from some of the questions herein...maybe it is rocket science and
we just dont know it.
| come on its not rocket science
|
| every one know that the metal part of the magnet will become a good switch
| if placed in the good environment.. ;-)
|
|
| "Crash Gordon" <
[email protected]> a écrit dans le message
de
|
[email protected]...
| >I would still like to know how to: "...make a magnet act like a switch in
a
| > series circuit..." but if I push the issue I guess I'd be being picky.
| >
| >
| >
| > | > | "Look, this stuff isn't rocket science, I
| > | > know how to make a magnet act like a switch in a series circuit, I
| > just
| > | > don't think I fully understand what the panel is looking for when it
| > | > expects an EOL resistor in a series circuit."
| > |
| > | Hmmmmmmmmmm, who's asking who about alarms??? You're right, it isn't
| > rocket
| > | science, you can figure it out on your own.....................
| > |
| > |
| > | | > | > Don't be silly. The magnet switch has two leads. I cut the yellow
| > | > wire and join one cut end with one lead and the other cut end with
the
| > | > other lead. That makes the magnet complete the circuit or leave it
| > | > open, acting like a switch. Look, this stuff isn't rocket science,
I
| > | > know how to make a magnet act like a switch in a series circuit, I
| > just
| > | > don't think I fully understand what the panel is looking for when it
| > | > expects an EOL resistor in a series circuit. I show 2.2K ohms on
the
| > | > meter when all switches are closed, but the panel thinks it's an
open
| > | > zone?
| > | >
| > |
| > |
| >
| >
|
|
|
)
