16
Horizontal adjustment
a)
Insert a spacer ring 10mm in thickness in the vertical shaft. (Fig. 13)
b)
Mount a rotary planer on the shaft with a known radius (example 62.5mm). (Fig. 11)
To adjust the tools, place a gauge on the left-hand reference fence.
c)
Slacken the lock handle, adjust the planer shaft horizontally until the working edge of the milling cutter touches
the gauge.
d)
Set the mechanical digital indicator at 62.5mm.
e)
Lock using the handle
Machine table and reference fence
a)
When small diameter milling cutters are used in the vertical shafts, introduce an insert (1) (Fig. 12) to
compensate for the space created on the table
b)
Set the fence (2) according to the milling cutter diameter. When adjusting, slacken the lock screw on the rear
side of the protection.
15. LEFT-HAND VERTICAL PLANER SHAFT ADJUSTMENT (THIRD SHAFT)
Vertical adjustment
a)
Insert a spacer ring 10mm in thickness in the vertical shaft. (Fig. 13)
b)
Place the gauge on the table.
c)
Slacken the lock handle, adjust the planer shaft vertically until the gauge is perfectly aligned between the table
and the spacer ring.
d)
Set the mechanical digital indicator at 10 mm.
e)
Lock using the handle
Horizontal adjustment
a)
Use as reference a workpiece machined on four sides, then measure its width with a gauge.
b)
Place it between the vertical fence and the milling cutter.
c)
Slacken the lock handle, adjust the planer shaft horizontally until the working edge of the milling cutter touches
the reference workpiece.
d)
Set the mechanical digital indicator at the height measured with the gauge
e)
Lock using the handle
Front and rear presser adjustment.
a)
Adjust the vertical presser located at the shaft inlet, position its end at approx. 3 mm from the milling cutter. (Fig.
14)
b)
Adjust the horizontal fence, located on the shaft outlet, aligned with the cutters using a gauge or a workpiece as
reference.
c)
Complete all adjustments, position the left-hand vertical shaft unit based on the width of the element to be
machined, by setting the horizontal movement.
d)
Lock using the handle
Machine table and reference fence
a) When small diameter milling cutters are used in the vertical shafts, introduce an insert (1) (Fig. 12) to
compensate for the space created on the table
16. UPPER HORIZONTAL PLANER SHAFT ADJUSTMENT (FOURTH SHAFT)
Horizontal adjustment
a)
Insert a spacer ring 10mm in thickness in the horizontal shaft. (Fig. 15)
b)
Position the gauge between the spacer ring and the vertical fence.
c)
Slacken the lock handle, adjust the planer shaft horizontally until the gauge is perfectly aligned between the
spacer ring and the vertical fence.
d)
Set the mechanical digital indicator at 10 mm.
e)
Lock using the handle.
Vertical adjustment
a)
Use as reference a workpiece machined on four sides, then measure its height with a gauge.
b)
Place it between the table and the milling cutter (Fig. 15).
c)
Slacken the lock handle, adjust the planer shaft vertically until the working edge of the milling cutter touches
the reference workpiece.
d)
Set the mechanical digital indicator at the height measured with the gauge
e)
Lock using the handle
