Liked the video. FYI the magnets are "less strong" on the subsequent pulls because they were "reattached" to the ferrous surface while the magnet was turned on. They are strongest when they are placed on a ferrous material and then turned on. Something to do with how the magnetic field is introduced to a ferrous material when the magnet is turned on. You can also see this if you place it on your table turn it on and then apply force to make it slide. Once it has moved, even if it never breaks contact with the table, the magnetic field changes and it will not be as strong.
Your impartiality is well beyond above board. Thanks for this video, as I see everyone and their brother using them on TH-cam. Those are usually sponsored, unlike your channel. I have always thought them to be a marginally better than a simple clamp, though more useful, but at the cost, I will trudge through my hold down needs as I have always done. Thanks for the video. Bob
Fun video, thanks for posting! Could you have just pried upward from the front side? Then you could have read the screen as you applied upward force to the lever,
Ok so good thing I didn’t really give it a thumbs down. Sure the clicking was super annoying it great video lol your one of the best TH-cam camera man on here.
I loved the experiment!❤️! But I wonder why it was less the second time. I have used magnets to move large heavy sheets of steel and the thickness definitely has an effect on their holding power. Just don't understand why it was less the second time. Sorry 😐 I am so late watching and commenting but life took me away from the house. Nothing wrong, just life.
That was just for your information , because while you were a experementing your location was beyond the indicatore ,i only gave the number witch i barely saw , thank you
Not a good test as these are used laterally and are tested in a vertical lifting use. Plus with wood workers generally have cast iron surfaces. For lateral test the magnet face needs to be very clean of metal grit or debris. What I have seem is it would not be great for ripping long boards as it would just slip.
Liked the video. FYI the magnets are "less strong" on the subsequent pulls because they were "reattached" to the ferrous surface while the magnet was turned on. They are strongest when they are placed on a ferrous material and then turned on. Something to do with how the magnetic field is introduced to a ferrous material when the magnet is turned on. You can also see this if you place it on your table turn it on and then apply force to make it slide. Once it has moved, even if it never breaks contact with the table, the magnetic field changes and it will not be as strong.
I was wondering about that. THANKS!
I really like your experimentation videos. So thorough!
Thanks Tom :)
Your impartiality is well beyond above board.
Thanks for this video, as I see everyone and their brother using them on TH-cam. Those are usually sponsored, unlike your channel.
I have always thought them to be a marginally better than a simple clamp, though more useful, but at the cost, I will trudge through my hold down needs as I have always done.
Thanks for the video.
Bob
Hi Bob,
Yes, the cost is the real down side. They shouldn't be that expensive.
Fun video, thanks for posting! Could you have just pried upward from the front side? Then you could have read the screen as you applied upward force to the lever,
Thanks for commenting. Yes, there likely was a better way to do this. 👍
I do like experiments. Keep them coming :)
Hi Tiit,
Thanks for continuing to watch and for commenting again 😊
Ok so good thing I didn’t really give it a thumbs down. Sure the clicking was super annoying it great video lol your one of the best TH-cam camera man on here.
What’s That Ticking th-cam.com/video/B7eSKwlQGwk/w-d-xo.html
@@roncalverley I didn't notice any ticking, must be my high-pitch hearing loss, but that is funny!
I loved the experiment!❤️! But I wonder why it was less the second time. I have used magnets to move large heavy sheets of steel and the thickness definitely has an effect on their holding power. Just don't understand why it was less the second time. Sorry 😐 I am so late watching and commenting but life took me away from the house. Nothing wrong, just life.
Hi Billy,
You're usually the first to comment. Glad you are okay :)
Re: "less the second time" Yes, that's got me puzzled too.
My dear big one around 100 and 110
Small one around 60 to 68
Thank you for watching and commenting 🙂
That was just for your information , because while you were a experementing your location was beyond the indicatore ,i only gave the number witch i barely saw , thank you
Magswitch test OK, lets go!
Not a good test as these are used laterally and are tested in a vertical lifting use. Plus with wood workers generally have cast iron surfaces. For lateral test the magnet face needs to be very clean of metal grit or debris. What I have seem is it would not be great for ripping long boards as it would just slip.
👍
lets see the tests you did then. we'll wait. @bobz1948
Fascinating!
Hi John,
Thanks for commenting :)
Where do you buy these from?
www.google.com/search?q=magswitch&rlz=1C1GGGE_enCA640CA640&oq=m&aqs=chrome.0.69i59l3j69i57j69i60l4.2819j0j7&sourceid=chrome&ie=UTF-8
i need buy this mag switch but in brasil not sale :(
😢
You can make one yourself! :)
This data as hard copy comes with the switch.
Thanks for watching and commenting 👍
So you didn't really take the day off??
"I knew that someday I would use that machine" 10:07 LOL!! Interesting!!! Good night! See ya tomorrow. JimE
Haha! I just knew that you'd get that one Jim :)
You screwed into end grain. It would have been better if you screw into the side of the oak.
"would have been better" Yes! 👍
mag switch
Asian Philips are different angle than American that why your screwdriver slips
Thanks for watching and commenting William :)
😅😅😅😅😅
👍
Thumbs down strictly because of the clicking in the background. Good video but that clicking almost made it unwatchable for me
What’s That Ticking th-cam.com/video/B7eSKwlQGwk/w-d-xo.html