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Adjusting flow
,- ------------------,
I
•
Head he i ght
I
. Head speed.
I
I
Select from LS,
LH, HS, HH.
I
I
,------------------�
(1)
Y
base
D
,- --------------,
: �
�
:
�
��
e
l
c
V
'
N�:. ��
_
_
_
_
D
(2 )
Y
Si.
Y
Re.
Y Bi.
D
(3 )
Si.
FINE Y
FINE Y
Re.
FINE Y Bi.
D
(4) X
DIRECTION
Cautions
�
1.
Select ether LS, LH, HS, HH (They are combination between head height and head speed.) as a priority
of each operator. The result is a standard set to execute PRINT ADJUST 2. (Since firmware
&
LH (Thin
High speed) is normally recomm e nded as a default. That makes best quality of PRINT ADJUST 2.
(Print accuracy is higher.)
�
2. In case LH changes to others and execute PRINT ADJUST 2, adjustment values (Parameter) wi I I be saved
into Main board instead of previous values.
�
3.
Be sure to start
In case FINE adjustment
not applied and calculation wi
ADJUST 2 wi II be missed and result of print position must be wrong. That means
FINE adjustment such as
4.
�
Execute FINE adjustment each
that means BAS
I
S SET is not ava i I ab I e for above adj ustment. I n case BAS I S SET is used, PR I NT ADJUST 2 will
not be completed perfectly.
Added
from firmware vers i on
Check which is high priority,
:
head
high
I
I
standerd or high speed? Select
I
I
ether LS, LH, HS, HH, then execute
I
PR
I NT ADJUST
rTh i n iH i SPDJ (L H ) is as a def ault.
L S
Thi n /St a n d ar dSpee d
L H
Thi n /HiSpee d
HS
Thick/St a n d ar dSpee d
HH
Thick/HiSpee d
:
_
"Y
base"
after above LS, LH, HS, HH set.
(Y
Y
SINGLE,
REPEAT,
I be missed inside of
I
Y
Y
SINGLE,
REPEAT,
Y
Y
SINGLE,
REPEAT,
3. 10.
or
head
lo w ?
And
2.
Y
Y
BI) is done before
program.
Therefore as a result of the case, PRINT
Y
BI.
Y
BI manually for VARIABLE
2
3 4
5 6
K M C Y Lm Lc
(6
S Model
colors)
2
34
56
KK MM
CC
o
(4
SP model
colors)
base adjustment, result of
Y
base should be done before
1,
VARIABLE 2, NORMAL
78
YY
o
V3. 10.)
Y
base is
1,
NORMAL2,
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