Y-S
trok
e
No.
of H
eads
No.
of C
olor
s
Ser
ies
M/C
Typ
e
Hea
d In
terv
al
/K
-U
H
15
06
-4
5S
WF
K T
UB
UL
AR
SE
RIE
SS
ma
ll-h
ea
ds
au
tom
ati
c tu
bu
lar
em
bro
ide
ry m
ach
ine
s
Ma
x. 1
,00
0 r
pm
0.1
~ 1
2.7
mm
Se
rvo
Mo
tor
x 1
Pu
lse
Mo
tor
x 3
1
-Ph
ase
10
0V
, 11
0V
, 12
0V
, 20
0V
, 22
0V
, 24
0V
[5
0/6
0H
z]2
He
ad
s :
70
0 W
4, 6
, 8 H
ea
ds
: 1
.0 k
WS
tan
da
rdS
tan
da
rdS
em
i-a
uto
Lu
bri
cati
on
Sys
tem
Sta
nd
ard
: C
olo
r L
CD
Scr
ee
nS
tan
da
rd H
oo
k, O
pti
on
: L
arg
e H
oo
k
(Fa
cto
ry o
pti
on
)
Sta
nd
ard
: 4
,00
0,0
00
sti
tch
es
*
Po
ssib
le t
o c
ha
ng
e b
y a
dd
itio
na
l fu
nct
ion
s
US
B M
em
ory
Sti
ckS
tan
da
rd :
Em
erg
en
cy S
top
, Err
or
Co
de
Me
ssa
ge
SQ
30
/SQ
31
D, S
Q3
5, S
Q4
1i,
ZD
20
, Co
rdin
g, B
ori
ng
, Ca
p F
ram
e [
Se
mi/
Wid
e]
Mo
tor
Sp
ee
d
Sti
tch
ing
Le
ng
th
Ele
ctri
city
Po
we
r C
on
su
mp
tio
n
Bo
bb
in W
ind
er
Up
pe
r T
hre
ad
Ho
ldin
g U
nit
Lu
bri
cati
on
Op
era
tio
n B
ox
Ho
ok
Me
mo
ry C
ap
aci
ty
Me
mo
ry M
ed
ia
Sa
fety
De
vice
Op
tio
na
l D
evi
ce
Ma
in
X-Y
Sp
ec
ific
ati
on
s
K-U
H9
04
-45
K-U
H9
06
-45
K-U
H9
08
-45
K-U
H1
20
4-4
5
K-U
H1
20
6-4
5
K-U
H1
20
8-4
5
K-U
H1
50
6-4
5
K-U
H1
50
8-4
5
K-U
K6
04
-45
K-U
K6
06
-45
K-U
K9
02
-45
K-U
K9
04
-45
K-U
K9
06
-45
K-U
K1
20
2-4
5
K-U
K1
20
4-4
5
K-U
K1
20
6-4
5
K-U
K1
50
2-4
5
K-U
K1
50
4-4
5
K-U
K1
50
6-4
5
40
0
40
0
40
0
40
0
40
0
40
0
40
0
40
0
50
0
50
0
50
0
50
0
50
0
50
0
50
0
50
0
50
0
50
0
50
0
9 9 9
12
12
12
15
15 6 6 9 9 9
12
12
12
15
15
15
4 6 8 4 6 8 6 8 4 6 2 4 6 2 4 6 2 4 6
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
45
0
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
36
0 x
75
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
18
0 x
83
2,4
40
3,2
40
4,1
86
2,4
40
3,2
40
4,1
86
3,2
40
4,1
86
2,9
40
3,9
86
1,9
40
2,9
40
3,9
86
1,9
40
2,9
40
3,9
86
1,9
40
2,9
40
3,9
86
1,2
00
1,2
00
1,6
10
1,2
00
1,6
70
1,7
20
1,6
70
1,7
20
1,6
70
1,7
20
1,2
00
1,2
00
1,7
20
1,6
70
1,6
70
1,7
20
1,6
70
1,6
70
1,7
20
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
1,6
10
Mo
de
lH
ea
dIn
terv
al
[mm
]H
ea
dC
olo
rY
-Str
ok
e[m
m]
Wid
e C
ap
31
9 x
43
9
31
9 x
43
9
31
9 x
43
9
31
9 x
43
9
31
9 x
43
9
31
9 x
43
9
31
9 x
43
9
31
9 x
43
9
41
9 x
43
9
41
9 x
43
9
41
9 x
43
9
41
9 x
43
9
41
9 x
43
9
41
9 x
43
9
41
9 x
43
9
41
9 x
43
9
41
9 x
43
9
41
9 x
43
9
41
9 x
43
9
Tu
bu
lar
40
0 x
45
0
40
0 x
45
0
40
0 x
45
0
40
0 x
45
0
40
0 x
45
0
40
0 x
45
0
40
0 x
45
0
40
0 x
45
0
50
0 x
45
0
50
0 x
45
0
50
0 x
45
0
50
0 x
45
0
50
0 x
45
0
50
0 x
45
0
50
0 x
45
0
50
0 x
45
0
50
0 x
45
0
50
0 x
45
0
50
0 x
45
0
No
rma
lS
emi-
wid
e C
apL
en
gth
Wid
thH
eig
ht
Em
b.
Sp
ace
[m
m]
Ma
chin
e S
ize
[m
m]
Div
isio
n o
f M
od
el
We
ca
n m
ak
e s
om
e m
od
ific
ati
on
fo
r im
pro
vem
en
ts w
ith
ou
t p
revi
ou
s n
oti
ce
.
02
-EN
-12
05
02
Te
ch
no
log
y
K T
UB
UL
AR
SE
RIE
SS
ma
ll-h
ea
ds
au
tom
ati
c tu
bu
lar
em
bro
ide
ry m
ach
ine
s
1)
Ge
are
d m
oto
r e
na
ble
ssi
mu
lta
ne
ou
s o
pe
rati
on
of
all
he
ad
s, e
nsu
rin
g a
ccu
rate
tim
ing
.2
) H
igh
er
pro
du
ctiv
ity
UP
PE
R T
HR
EA
D H
OL
DIN
GS
YS
TE
M
1)
Fo
r e
asy
se
rvic
e b
y si
mp
le s
tru
ctu
reo
f R
ack
Typ
e2
) C
on
ven
ien
t m
ain
ten
an
ce a
nd
wir
ing
by
CA
N C
om
mu
nic
ati
on
sys
tem
3)
Use
co
ntr
ol
bo
ard
of
mo
du
le t
ype
to
cha
ng
e e
asi
ly4
) C
om
pa
ct s
ize
of
Co
ntr
ol
Bo
x
CO
NT
RO
L B
OX
1)
Pro
du
ctiv
ity
is im
pro
ved
by
no
de
cre
ase
of
spe
ed
eve
n a
t ju
mp
stit
chin
g.
JUM
P M
OT
OR
1)
Lar
ge
10.4
” g
rap
hic
TF
T L
CD
mon
itor
2)
Co
mm
un
ica
tio
n-t
ype
ea
sy c
on
tro
lfo
r co
nve
nie
nt
wo
rk3
) U
SB
me
mo
ry s
tick
4)
Su
pp
ort
US
B S
lave
po
rtto
co
nn
ect
PC
5)
Mu
lti-
lan
gu
ag
e s
up
po
rt
OP
ER
AT
ION
BO
X
1)
Ne
w s
tru
ctu
re o
f te
nsi
on
pla
te a
nd
ad
op
tio
no
f th
rea
d w
ay
2)
Re
du
ctio
n o
f lo
ad
giv
en
to
th
e t
hre
ad
com
pa
red
wit
h e
xist
ing
te
nsi
on
pla
tes
3)
Sta
ble
th
rea
d f
low
an
d s
mo
oth
th
rea
d w
ay
TH
RE
AD
TE
NS
ION
UN
IT
1)
To
sta
bil
ize
ch
an
ge
of
ea
ch t
hre
ad
, ne
w t
ype
of
colo
r ch
an
ge
bo
x is
ad
ap
ted
. 2
) H
igh
er
qu
ali
ty a
nd
pro
du
ctiv
ity
by
rem
ovi
ng
err
ors
fro
m p
ote
nti
om
ete
r
CO
LO
R C
HA
NG
E B
OX
1)
Th
e d
rop
-typ
e g
rea
sin
gis
ea
sy f
or
use
rs a
nd
ma
inta
ins
cle
an
wo
rke
nvi
ron
me
nt
LU
BR
ICA
TIO
N
Zig
zag
Co
rdin
g [
ZD
20
]In
div
idu
al
Se
qu
in [
SQ
41
i]
Co
rdin
g
Bo
rde
r F
ram
e
SQ
30
Bo
rin
g
SQ
31
D
Se
mi/
Wid
e C
ap
Fra
me
Op
tim
um
so
luti
on
fo
r th
e p
rod
uc
tiv
ity
in
sm
all
& m
ed
ium
-siz
ed
ma
teri
al
Ga
rme
nt
log
o &
Em
ble
m
em
bro
ide
ry w
ork
-Ap
pli
cati
on
of
vari
ou
s a
tta
chm
en
t
(ZD
20
, SQ
41
i)
De
sig
n-l
ea
din
g C
om
pa
nie
s
Hig
h s
tab
ilit
y b
y a
da
pti
ng
con
tro
lle
r o
f m
ult
i-h
ea
d
em
bro
ide
ry M
/C’s
op
era
tio
n b
ox
K s
eri
es,
ha
s e
nfo
rce
d n
etw
ork
ing
syst
em
, is
com
pa
tib
le w
ith
SE
NS
.
mod
el:K
-UH
1506
-45
Ma
in F
ea
ture
s
Imp
rovi
ng
ove
rall
sti
tch
qu
ali
ty
-Op
tim
izin
g X
-Y m
oti
on
E
ffic
ien
cy in
sm
all
sti
tch
le
ng
th w
ork
.
-En
ha
nci
ng
th
e d
ura
bil
ity
of
X-Y
mo
tio
n u
nd
er
the
ove
rlo
ad
co
nd
itio
n
-Se
curi
ng
th
e s
titc
hin
g q
ua
lity
by
min
imiz
ing
th
e m
ult
i-sp
ee
d d
rop
ra
ng
e b
y 1
0 r
pm
.
(no
rma
lly
by
50
rp
m)
-Op
tim
izin
g t
he
mo
tio
n o
f P
ress
er
Fo
ot
for
the
be
tte
r p
erf
orm
an
ce in
th
e t
hic
k
wo
rk-p
iece
an
d t
hre
ad
bre
ak
ag
e
Op
tio
na
l D
ev
ice
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