So they stop at a certain point so they don’t put an unhealthy amount of tension on the wires. Different sirens will have different types of specialized equipment in the rotator so that it will stop in time.
So they stop at a certain point so they don’t put an unhealthy amount of tension on the wires. Different sirens will have different types of specialized equipment in the rotator so that it will stop in time. I, personally, think it’s pretty neat!
Fiberglass dues not need paint to protect it The paint on whelens are purely for aesthetics and to make a smooth surface for the sound to travel around on
That peak frequency sounds like an STH-10 before winding down... I'm guessing a Digital 864 is on this.
Yes that's correct
Wow that’s insanely crisp
that looks like a fin-back
It is a fin-back.
@@TrainsAndSirens1 thanks!
i wonder why they don't spin all around
@Aiden Beckham Oh, thanks!
If they did they would break.
So they stop at a certain point so they don’t put an unhealthy amount of tension on the wires. Different sirens will have different types of specialized equipment in the rotator so that it will stop in time.
So they stop at a certain point so they don’t put an unhealthy amount of tension on the wires. Different sirens will have different types of specialized equipment in the rotator so that it will stop in time. I, personally, think it’s pretty neat!
@@emrilbennett8704 me too
Woowoooooo woowooooo, that's what it sounds like. Must be an alternate wail.
Nah, it's pulsed wail
Great Video, Christopher!
wish jackson co would test more than just wail tho!!
Great video!
BIG SIREN
It looks bigger than it is due to the person recording having zoomed in a lot
Noice echo
oh next siren nice
Slip (collector) ring
Siren needs a cleaning but good video.
I like your videos, do you have an email I could get in touch with?
this siren needs some cleaning and maybe some repainting
Your right , this thing needs it
Fiberglass dues not need paint to protect it
The paint on whelens are purely for aesthetics and to make a smooth surface for the sound to travel around on