O
N
O
FF
Ej
e
ct
I
n
k
(
G
oe
s
t
o S
tandby
)
[C
ont
rol
] -
[
E
jec
t i
nk
] or
[
C
ir
c
ul
at
ion C
ont
rol
] -
[
E
jec
t i
nk
]
S
tar
t s
equenc
e
(
F
o
r m
ent
enanc
e
)
13
2
.ON
D
epends
on t
he en
v
ir
on-
m
en
t
ON
ON
R
ef
re
s
h i
nk
in t
he u
ni
t
15
20
5
1
H
eat
ing
ON
ON
R
e
ma
rks
10
3
.ON
ON
4
5
1
.ON
Pre
ssu
ri
ze
s
uppl
y
p
at
h
Su
ck
c
ir
c
u
la
tio
n
pat
h
ON
ON
20
2
.ON
ON
ON
3
UX
S
equenc
e N
am
e
M
V
9:
S
hut
of
f
O
u
tlin
e
T
ime
[
se
c.
]
Pu
mp
M
V
7:
M
a
k
eup
M
V
8:
C
leani
ng
M
V
1:
S
uppl
y
M
V
9:
S
hut
of
f
Pu
mp
ON
N
or
m
a
l R
unni
ng
O
per
at
ion
-
M
V
4:
A
gi
tat
ion
D
ens
it
y
c
ont
rol
s
equenc
e
S
te
p
[S
ta
rt u
p
] -
[E
je
c
t i
n
k
]
Ej
e
ct
I
n
k
(
G
oe
s
t
o R
ead
y
)
S
tar
t s
equenc
e
1
.ON
3
R
ef
re
s
h i
nk
in t
he u
ni
t
2
.ON
1
4
2
R
ef
re
s
h i
nk
the v
is
c
o-
m
et
er
p
at
h
1
O
u
tlin
e
T
ime
[
se
c.
]
In
k Vi
sco
si
ty
M
eas
ur
em
ent
M
V
5:
C
ir
c
ul
at
ion
M
V6
: Pre
ssu
re
re
lie
f
M
V
7:
M
a
k
eup
M
V
8:
C
leani
ng
10
120
5
2
.ON
4
.ON
5
In
k
repl
eni
s
h-
m
ent
M
ak
eup
repl
eni
s
h-
m
ent
M
V
2:
R
epl
eni
s
hm
e
nt
M
V
3:
R
ec
ov
er
y
2
.ON
2
.ON
M
V
1:
S
uppl
y
3
.ON
3
.ON
2
.ON
1
.ON
3
.ON
3
.ON
3
.ON
2
.ON
1
.ON
ON
4
3
2
.ON
ON
6
2
.ON
6
Int
e
rv
al
1800
ON
ON
Pre
ssu
ri
ze
s
uppl
y
p
at
h
3
.ON
1
.ON
1
ON
ON
ON
2
Int
er
v
al
P
re-
h
eat
ing
UX
Pu
mp
O
per
at
ion
M
V
4:
A
gi
tat
ion
M
V
5:
C
ir
c
ul
at
ion
M
V6
: Pre
ssu
re
re
lie
f
M
V
7:
M
a
k
eup
M
V
1:
S
uppl
y
M
V
2:
R
epl
eni
s
hm
e
nt
M
V
3:
R
ec
ov
er
y
5
Su
ck
c
ir
c
u
la
tio
n
pat
h
3
.ON
R
e
ma
rks
S
te
p
O
u
tlin
e
-
T
ime
[
se
c.
]
2
.ON
1
.ON
6
1
.ON
Ej
e
ct
m
ak
eu
p
3
.ON
0
.5
3
.ON
4
.ON
1
4
.ON
2
.ON
2
.ON
4
.ON
1
.ON
2
.ON
Su
ck a
ir i
n
the noz
z
le
3
.ON
3
5
.ON
1
.ON
10
Su
ck a
ir i
n
the noz
z
le
3
.ON
20
4
.ON
4
.ON
2
.ON
D
et
ec
t bent
beam
3
.ON
3
2
.ON
Int
e
rv
al
f
or
s
tab
le
p
re
ssu
re
5
30
1
.ON
2
.ON
1
.ON
2
.ON
3
.ON
3
.ON
2
.ON
3
.ON
1
.ON
1
.ON
1
3
.ON
1
.ON
1
.ON
ON
5
.ON
ON
E
je
c
t in
k
2
.ON
1
.ON
3
.ON
-
1
.ON
R
e
ma
rks
14
R
eady
(H
igh
-
v
ol
tage O
N
)
11
9
7
E
je
c
t in
k
12
R
ef
re
s
h i
nk
the M
V
2
pat
h
8
M
V
8:
C
leani
ng
15
D
e
te
c
t th
e
APH
c
ondi
ti
on
S
equenc
e N
am
e
O
per
at
ion
-
M
V
9:
S
hut
of
f
S
equenc
e N
am
e
S
te
p
M
V
2:
R
epl
eni
s
hm
e
nt
M
V
3:
R
ec
ov
er
y
M
V
4:
A
gi
tat
ion
M
V
5:
C
ir
c
ul
at
ion
M
V6
: Pre
ssu
re
re
lie
f
1
Int
er
v
al
1
4
.ON
2
P
re-
h
eat
ing
15
3
.ON
1
.ON
2
.ON
ON
5
1
3
.ON
2
.ON
1
.ON
4
.ON
2
.ON
7
Su
ck a
ir i
n
the
noz
z
le
5
3
.ON
4
.ON
1
.ON
5
.ON
2
.ON
3
.ON
1
.ON
8
Int
e
rv
al
f
or
s
tab
le
p
re
ssu
re
5
2
.ON
1
.ON
9
S
tandby
-
2
.ON
3
.ON
ON
ON
ON
ON
4
.ON
1
.ON
ON
ON
1
.ON
ON
1
.ON
4
.ON
1
.ON
3
.ON
ON
UX
360s
M
ax
.
20s
M
a
x
.
M
V1
0
: Vi
sco
me
te
r
ON
ON
5 t
im
es
7.3 Circulation sequence
7-6
Summary of Contents for IJ UX
Page 1: ...Service Manual HITACHI Printer Model UX Revision July 1 2015 Version ...
Page 2: ... Revision of UX service manual Revision Chapter Revised Page Frist Edition ...
Page 15: ...1 9 2 External views Rear side 1 2 2 Main body internal Appearance with inner cover T removed ...
Page 16: ...1 10 1 2 3 Print head UX E UX D B Air exhaust port ...
Page 107: ...3 27 Circuit diagram of EZJ127A ...
Page 108: ...3 28 Circuit diagram of EZJ127B ...
Page 122: ...3 42 Circuit diagram of EZJ129 ...
Page 131: ...3 51 3 3 20 Electrical Connection Diagram ...
Page 132: ...3 52 ...
Page 188: ...4 55 5 Reset the time of the R air filter to 0 on the Parts usage time management screen ...
Page 301: ...7 Attached Drawing 7 1 Circulation System Diagram Circulation System Diagram UX B D 7 1 ...
Page 302: ...Circulation System Diagram UX E 7 2 ...
Page 305: ...7 5 7 2 2 Electrical Connection Diagram UX B Basic model Electrical Connection Diagram UX B ...
Page 308: ... Nozzle diameter 65μm 7 8 7 4 Dimensions around charge electrode and deflection electrode ...