Well explained Stan, good to know. Sure enjoyed last wks discussion, learned alot. Hope Billy will continue to put more on a weely bases. Bear. PS - When we bought our LeBlond 17, the owner had LeBlond send him the orignal 1941 bill of sale. I will show on a shop tour video one day soon. Was first sold to the Wisconsin Submarine Division 1941. Have a super wk end, Bear
I remember seeing pneumatic equipment on my very first job outta high-school 40 ys ago. I worked in the matrix (the metal plating shop) of a record pressing plant, and they had a pneumatic controlled spray booth for silvering the lacquers (the lacquer disks cut on the lathes from the studio master tapes.) Silvering lacquers was a bit above my pay grade (I did nickel electroplating of masters, mothers and stampers for the record presses), but it was cool to watch the silvering booth operating. It sprayed silver nitrate and a catalyst from two spray heads which would deposit a layer of pure silver onto the lacquered disk. The disk went from a super gloss black to a perfect mirror finish right before your eyes. (The silver layer gave the nickel something to bond to in the electroplating vat.) Anywhoo, I was wondering if the potential performance issues between 'meter in' and 'meter out' would be due to the design of the adjustable orifice - if it's a tapered seat/needle, I could see how one direction might be more prone to chilling effects from gas expansion (not to mention air contaminants).
Smaller, shorter stroke cylinders aren't really prone to jumping, long stroke, large bore cylinders have a lot of sticktion and can be jumpy right out of the box.
Appreciate the explanation on these valves. The ball valve symbol reminds of the diode symbol in electronic schematics. If I where to set one of these I without this information I know I would jump to the wrong conclusion and set it up wrong the first time.
You came up with a fantastic new symbol. 2 visible comments and 4 posted... Whatever you are talking about, apparently Google thinks it's worth censoring
"When in doubt, meter out" DOES NOT APPLY TO HIGH -PRESSURE HYDRAULIC SYSTEMS! "Metering-out" a high-pressure hydraulic system could cause pressure build-up resulting in severe injury or even death...
![Lp. Сердце Вселенной #60 РОЖДЕНИЕ ЛОЛОЛОШКИ [Финал] • Майнкрафт](http://i.ytimg.com/vi/YoR0pAV9FVQ/mqdefault.jpg)
Got it….. when in doubt, meter out. Excellent concise summary. Thanks Stan. 👍😎👍
Hello Stan,
An interesting and informative video. Enjoyable viewing, thank you.
Take care.
Paul,,
Excellent tip and well explained!
Good information thanks for sharing Stan
Excellent video
Great tutorial, Stan. Thanks.
Thanks for sharing 👍
Definitely went to school on this one... Learned a lot! Thanks for sharing, Stan!
Well explained Stan, good to know. Sure enjoyed last wks discussion, learned alot. Hope Billy will continue to put more on a weely bases. Bear. PS - When we bought our LeBlond 17, the owner had LeBlond send him the orignal 1941 bill of sale. I will show on a shop tour video one day soon. Was first sold to the Wisconsin Submarine Division 1941. Have a super wk end, Bear
Interesting! Thanks for sharing Stan...
perfect explanation Stan. Thank you!
Nice class, learned something today. Thanks Stan
Thank you.
Good stuff Stan!
ATB Robin
I remember seeing pneumatic equipment on my very first job outta high-school 40 ys ago. I worked in the matrix (the metal plating shop) of a record pressing plant, and they had a pneumatic controlled spray booth for silvering the lacquers (the lacquer disks cut on the lathes from the studio master tapes.)
Silvering lacquers was a bit above my pay grade (I did nickel electroplating of masters, mothers and stampers for the record presses), but it was cool to watch the silvering booth operating. It sprayed silver nitrate and a catalyst from two spray heads which would deposit a layer of pure silver onto the lacquered disk. The disk went from a super gloss black to a perfect mirror finish right before your eyes. (The silver layer gave the nickel something to bond to in the electroplating vat.)
Anywhoo, I was wondering if the potential performance issues between 'meter in' and 'meter out' would be due to the design of the adjustable orifice - if it's a tapered seat/needle, I could see how one direction might be more prone to chilling effects from gas expansion (not to mention air contaminants).
Smaller, shorter stroke cylinders aren't really prone to jumping, long stroke, large bore cylinders have a lot of sticktion and can be jumpy right out of the box.
Good info Stan, thanks.
Regards,
Duck
Guessing with meter out there is a slight reduction in power because of the back pressure?
Appreciate the explanation on these valves. The ball valve symbol reminds of the diode symbol in electronic schematics. If I where to set one of these I without this information I know I would jump to the wrong conclusion and set it up wrong the first time.
That was a great description on metering thanks stan
Thanks for that!!
And then put the valves on the solenoid instead of the cylinder a think of it all backwards. Meter in on a valve is out from the cylinder.
You came up with a fantastic new symbol. 2 visible comments and 4 posted...
Whatever you are talking about, apparently Google thinks it's worth censoring
I have porn spammers that always hit me hard when the videos first break, only got spammed twice on this one!
"When in doubt, meter out" DOES NOT APPLY TO HIGH -PRESSURE HYDRAULIC SYSTEMS! "Metering-out" a high-pressure hydraulic system could cause pressure build-up resulting in severe injury or even death...
My old boss had a saying almost the same he said when in doubt sub it out so we don’t look like asses lol 😂
⭐ 𝙥𝙧𝙤𝙢𝙤𝙨𝙢
Good to know Stan. 🇨🇦🔩⚒🇨🇦