More actions
No edit summary |
No edit summary |
||
| Line 11: | Line 11: | ||
The entire ''bowing jack'' is riding on an ''axle bolt'' so that it can move up and down. Below the ''bowing jack'' to the side is the ''pressure motor'', this has a ''corkscrew'' attached to its output shaft which is responsible for pushing the ''bowing jack'' up and down. Through this mechanism the ''bowing wheel'' can be moved ~4mm / 3/16" up and down by sending the instruments the various ''pressure''-commands. | The entire ''bowing jack'' is riding on an ''axle bolt'' so that it can move up and down. Below the ''bowing jack'' to the side is the ''pressure motor'', this has a ''corkscrew'' attached to its output shaft which is responsible for pushing the ''bowing jack'' up and down. Through this mechanism the ''bowing wheel'' can be moved ~4mm / 3/16" up and down by sending the instruments the various ''pressure''-commands. | ||
The ''bowing jack'' can <u>theoretically</u> be controlled with ~0.625ɥm precision, this is of course nuts and probably not true in the real world - <u>but,</u> very small movements in the ''bowing jack''s position does indeed make quite the difference which adds great complexity. | |||
== Adjusting the bowing jack == | == Adjusting the bowing jack == | ||