Latest revision as of 22:50, 15 June 2012

Shaft Block

Stopper Adjustment Hole: 10.5mm DIA, then M12x1.75 Tap with 20mm DIA 13mm Depth Counterbore

Fastening Notes: The shaft block can be welded onto the swivel plate (while a shaft is through their holes for alignment purposes) because precision along the horizontal plane is not important where the cutting angle is designed to change.

@@ Line 12: / Line 12: @@
 *'''Shaft Hole Spacing Along Length: Centered'''
-*'''Shaft Hole Spacing Along Height: 115mm'''
+*'''Shaft Hole Spacing Along Height: 65mm'''
-*'''Mount Hole Diameter: 10.5mm then M12x1.75 Tap'''
+*'''Stopper Adjustment Hole: 10.5mm DIA, then M12x1.75 Tap with 20mm DIA 13mm Depth Counterbore'''
-*'''Mount Hole Depth: 50mm'''
+*'''Stopper Adjustment Hole Depth: 60mm'''
-*'''Mounting Rectangle: 30mm x 55mm'''
+*Stopper Adjustment Hole Positioning: Corner
-*'''Mount Rectangle Spacing: Centered'''
+*'''Fastening Notes: The shaft block can be welded onto the swivel plate (while a shaft is through their holes for alignment purposes) because precision along the horizontal plane is not important where the cutting angle is designed to change.'''
-*'''Height Notes: If the Shaft Block is high, rigidity decreases but the shaft can be placed at a higher point- in which case the blade's arc of travel (between the bottom stop and the closest contact point with the clamping volume) has a lower horizontal difference. In this case, the function of the horizontal difference for different height values of the Shaft Block reveals that the change is low enough to justify higher rigidity over higher centering versatility.
 *'''2D Image'''