D = 2" (cylinder) d = 1" (bore) s = 4" (stroke) (more or less it does not care because you put cylinders in any position) Pmax = 100 psi Max. Force = 314 lbs aprox each one If you need less force for not to break the pieces, you can adjust the pressure regulator knob.
You can get commercial pneumatic aluminum cylinders in any pneumatic e-store and brands: Parker, Norgren, Festo, etc. You can select feet mounted type following the selection chart shown in their catalogs.
@@hda1010 Thank you! Just curious, when I use a parallel clamp on my doors now (old school), I tend to need 800+ pound clamping force... so these 300lbs is enough to make a tight joint? I appreciate your time!
@@brianwohnwhy do you need so much pressure? If the clamp calls for having "1000" pounds of clamping pressure, it doesn't have to be bottomed out in order to deliver the appropriate amount of force for the joint. Unless you're building massive entry doors or something, cabinet doors don't need anywhere near that.
Two things....1, he's the owner and he can move as fast or as slow as he wants. 2, this was made as a demonstration video only, to show the function of our door clamp.
