ITW Alpine ALS 4.0 XE - 6.15 Bevel Troubleshooting

70
ALS 4.0 XE
PRODUCT MANUAL
EN
CONDITION CAUSE CHECK CORRECTION
6.15 Bevel Troubleshooting
(Refer to Section 3.4.5
for gures associated
with this troubleshooting
information)
Encroaching adjacent pieces Check the Bevel Spacing setting
(1 in. = 0.08334).
Increase the value to add more
space between bevels. The
maximum value that can be
entered is 0.166 which is equal to
2 in.
Floor web length accuracy Measure the oor web cut, if it is:
Too long
Too short
Enter a negative value in the
“Check the Floor Web Length Adj.”
(1 in. = 0.08334).
Enter a negative value in the
“Check the Floor Web Length Adj.”
(1 in. = 0.08334).
Bevel centerline Perform a full machine calibration.
Then, cut multiple test boards
of the piece causing centerline
inaccuracy.
Change “Adjustments with
LEADING and TRAILING Data.”
Values as follows:
Centerline too low
Centerline too high
Cutting multiple test boards will
eliminate variability of lumber as a
cause for this issue.
Enter a positive number.
(1 in. = 0.08334).
Enter a negative number.
(1 in. = 0.08334).
Single bevel centerline Perform a full machine calibration.
Then, cut multiple test boards
of the piece causing centerline
inaccuracy.
Change “Singl Bev Back Face Len
Adj.” Values as follows:
Centerline too low
Centerline too high
Cutting multiple test boards will
eliminate variability of lumber as a
cause for this issue.
Enter a positive number.
(1 in. = 0.08334).
Enter a negative number.
(1 in. = 0.08334).
Rip valley cut length Measure the length of the rip cut,
if it is:
Too long
Too short
Enter a negative value in the “Rip
Valley Length Adj.” (1 in. = 0.08334).
Enter a negative value in the “Rip
Valley Length Adj.” (1 in. = 0.08334).
Rip valley oset Visually check the rip valley cut,
if it is:
Too shallow
Too deep
Enter a positive number to remove
more material (1 in. = 0.08334).
Enter a negative number to remove
less material (1 in. = 0.08334).