Warning: file_get_contents(/home/content/62/10983362/html/timer-relay/wp-content/plugins/amzn/templates/kefuang/inlinesingle.html) [function.file-get-contents]: failed to open stream: No such file or directory in /home/content/62/10983362/html/timer-relay/wp-content/plugins/amzn/amzntemplates.php on line 29
I know you have to desire to find out how high voltage solid state relay operates and that is finest to get, Does not it baffle your thoughts a bit, Does not it spark your curious mind, and make you feel incessantly about it, Are you currently enthusiastic about finding out details, trivia along with other exciting information about it, You’ve got come for the proper location mainly because each and every so frequently we update this site with numerous details about high voltage solid state relay. you may study the solution information and evaluations as blelow,locate the very best to get having a discount value .
There was an error connecting to the Amazon web service, or no results were found for your query.
Bookmark our net web page and please come back and have a look at us quickly. We’ve other articles, just like the 1 above, which may be good to obtain your mind looking at %keywords% within a completely distinctive way.
Why not sign up for our e-mail notifications in order that you happen to be able to become informed ideal away we post by far the most recent info, Please share your feedback and add for the expanding debate on %keywords%: there are thousands of readers waiting to study your thoughts.
stargazergurl22 asked How does voltage-current surge and/or magnetic flux affect an electronic timer?
You know, those 2" by 2" by 3/4" (WAGNER hockey puck) adjustable solid state timers? Sorry, I'm not much on electronic theory. Are they susceptable to voltage/current surge? Magnetic flux? Will that screw them up so they might instantly reset or infinite time out? I've got one in my furnace circuit, and I think that when the high voltage transformer for spark is energized it messes with the timer (and I end up having to get them replaced every so often as they intermittantly fail). Thanx!
And got the following answer:
This is quite possible, as a coil of wire (your transformer) will have a negative current (reverse of its original direction) flowing through it after a voltage is applied and then removed. This creates a high voltage which can damage the circuit. This typically taken care of (in relays - another device that is basically a coil of wire) with a suppressor diode. This diode will give a place for the current to go, instead of damaging your circuit with high voltage.