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MV
24
00
R/S
MV
12
00
R/S
MV
12
00
R/S
Wid
th:1
91
0m
m(7
5.2
) H
eig
ht:2
01
5m
m(7
9.3
)
MV
24
00
R/S
Wid
th:2
02
2m
m(7
9.6
) H
eig
ht:2
15
0m
m(8
4.6
)
*1 ø
0.2
(.008")
DD
guid
es a
nd ø
1.5
(.006")
jet nozzle
are
sta
ndard
equip
ment.
De
fau
lt m
ach
ine
dim
en
sio
ns
MV
120
0R
/ M
V2
40
0R
Pro
du
ct
Lin
e-u
p
A:
Cle
an
ta
nk d
rain
po
rt
Fitte
d w
ith
PT
1 s
cre
w v
alv
e (
16
5m
m f
rom
flo
or)
B:
Dirty
ta
nk d
rain
po
rt
Fitte
d w
ith
PT
1 s
cre
w v
alv
e (
16
5m
m f
rom
flo
or)
C
: P
ow
er
su
pp
ly p
ort
2
00
/22
0V
AC
±1
0%
50
/60
Hz,
13
.5kV
AD
: P
rim
ary
air s
ide
0
.5 t
o 0
.7M
Pa
, 7
5/m
in o
r m
ore
, 1
/4 h
ose
co
nn
ectio
n
(ho
se
sle
eve
ou
ter
dia
me
ter:
ø9
mm
)
A:
Cle
an
ta
nk d
rain
po
rt
Fitte
d w
ith
PT
1/2
scre
w v
alv
e (
52
mm
fro
m f
loo
r)B
: D
irty
ta
nk d
rain
po
rt
Fitte
d w
ith
PT
1 s
cre
w v
alv
e (
52
mm
fro
m f
loo
r)
C:
Po
we
r su
pp
ly p
ort
2
00
/22
0V
AC
±1
0%
50
/60
Hz,
13
.5kV
AD
: P
rim
ary
air s
ide
0
.5 t
o 0
.7M
Pa
, 7
5/m
in o
r m
ore
, 1
/4 h
ose
co
nn
ectio
n (
ho
se
sle
eve
ou
ter
dia
me
ter:
ø9
mm
)
MV
1200S
/ M
V2400S
Sym
metr
ic m
ach
ine d
esig
n
pro
vid
es s
tab
ilit
y
Hig
h-p
erf
orm
an
ce W
ire
-cu
t E
DM
s
Sta
nd
ard
Wire
-cu
t E
DM
sMV
12
00
R(m
an
ua
l ve
rtic
al fr
on
t d
oo
r)M
V2
40
0R
(au
tom
atic v
ert
ica
l fr
on
t d
oo
r)
Four-
sided h
ard
ened t
able
4-a
xis
LS
M (
XY
UV
lin
ear
shaft
moto
r)
U-s
haped h
ard
ened t
able
2-a
xis
LS
M (
XY
lin
ear
shaft
moto
r)
MV
12
00
S(m
an
ua
l ve
rtic
al fr
on
t d
oo
r)M
V2
40
0S
(au
tom
atic v
ert
ica
l fr
on
t d
oo
r)
Product Line-upFunctions and
FeaturesIntelligent AT Opt Drive System Long Life System
Power Supply, Control SpecificationsMachine InstallationMachining Samples Precise Finish Circuit Natural User Interface ADVANCE PLUS control Options
34
R s
pe
cific
atio
ns :
XY
UV
OP
T-d
rive
S s
pe
cific
atio
ns :
XY
OP
T-d
rive
ø0
.1(.
00
4")
,0.1
5(.
00
6")
au
tom
atic w
ire
th
rea
din
gD
igita
l-A
E p
ow
er
su
pp
lyF
ine
ma
ch
inin
g s
yste
m
Sp
ecia
l m
ate
ria
l m
ach
inin
g p
ow
er
su
pp
lyL
AN
/WA
ng
le M
aste
r (S
/W)
An
ti-v
iru
s p
rote
ctio
n (
MV
-R)
20
kg
(44
.1 lb
) w
ire
sp
oo
l u
nit
An
gle
Ma
ste
r g
uid
e k
it (
H/W
)A
dva
nce
d m
an
ua
l co
ntr
ol b
ox
LE
D lig
ht
Stand
ard functio
nsOptions
<Ta
ble
dra
win
g>
<Ta
ble
dra
win
g>
(Unit:m
m (
in))
<O
utlin
e d
raw
ing
><
La
yo
ut
dra
win
g>
(Unit:m
m (
in))
<O
utlin
e d
raw
ing
><
La
yo
ut
dra
win
g>
2103(82.8)
2760(108.7)
2702(106.4)
2025
(79.7
)
2015(79.3)
950(37.4)
400st
(15.7
)
2025(7
9.7
)
2687
(105.8
)
2150(84.6)
950(37.4)
600st
(23.6
)
min
.400(1
5.7
)
Footp
rint :
2725(1
07.3
)×3260(1
28.3
)(in
clu
din
g m
ain
tenance s
pace)
Footp
rint :
3387(1
33.3
)×3830
(150.8
)(in
cludin
g m
ain
tenance
space
)
720(28.3)
2760(1
08.7
)
1766(69.5)
3030(1
19.3
)
1766(69.5)
850(33.5)
min.300(11.8)
min
.300*2
(11.8
)
min.200*1
(7.9)
20
kg(4
4.1
lb)
wire
sp
oo
l un
it(o
ptio
n)
*1 is m
in.5
00(1
9.7
) and *
2 is m
in.7
00(2
7.6
) w
hen the 2
0kg
(44.1
lb)
wire s
pool unit is m
ounte
d.
One-
pie
ce 4
-sid
ed t
able
har
den
ed s
tain
less
ste
el(M
V1
20
0R
)
110(4.3)
110(4.3)320(12.6)
540(21.3)
50
-M8
tap
pe
d h
ole
s
64
0(2
5.2
)
300(11.8) Travel
40
0(1
5.7
) T
rave
l
# F
ront #
11
0(4
.3)
11
0(4
.3)
Thre
e-pie
ce U
-shap
ed t
able
har
den
ed s
tain
less
ste
el(M
V1
200
S)
450(17.7)
64
0(2
5.2
)
39
-M8
tap
pe
d h
ole
s
# F
ront #
300(11.8) Travel
40
0(1
5.7
) T
rave
l
11
0(4
.3)
11
0(4
.3)
110(4.3)
*3 is
min
.670(2
6.4
) w
hen the 2
0kg
(44.1
lb)
wire s
pool u
nit
is m
ounte
d.
min.300(11.8)3030(119.3)
2687
(105.8
)m
in.3
00*3
(11.8
)
min
.40
0
(15.7
)
2292(90.2)
min.500(19.7)
20kg
(44
.1 lb
)w
ire s
pool
uni
t(o
ption)
One-
pie
ce 4
-sid
ed t
able
har
den
ed s
tain
less
ste
el(M
V2
40
0R
)
72
-M8
tap
pe
d h
ole
s
420(16.5)
640(25.2)
84
0(3
3.1
)
400(15.8) Travel
60
0(2
3.6
) T
rave
l
# F
ront #
11
0(4
.3)
11
0(4
.3)
110(4.3)
110(4.3)
Thre
e-pie
ce U
-shap
ed t
able
har
den
ed s
tain
less
ste
el(M
V24
00
S)
52
-M8
tap
pe
d h
ole
s
450(17.7)
560(22)
84
0(3
3.1
)
60
0(2
3.6
) T
rave
l
400(15.8) Travel
# F
ront #
11
0(4
.3)
11
0(4
.3)
110(4.3)
Sta
nd
ard
Ma
ch
ine
Sp
ecific
atio
n
Model
Max. w
ork
pie
ce d
imensio
ns
Max. w
ork
pie
ce w
eig
ht
Table
dim
ensio
ns
Machin
ing t
ravel (X
×Y
×Z
)
Machin
ing t
ravel (U
×V
)
Max. ta
per
angle
Wire d
iam
ete
r
Weig
ht
Tank c
apacity
Filt
ration m
eth
od
Filt
ere
d p
art
icle
siz
e
Wat
er p
urifi
er (
ion
exch
ange
res
in)
Die
lectr
ic f
luid
chill
er
unit
Weig
ht
(dry
)
[mm
](in
)
[kg
](lb
)
[mm
](in
)
[mm
](in
)
[mm
](in
)
[ °]
[mm
](in
)
[kg
](lb
)[
](U
S g
al)
[µm
]
[](
cu.ft.)
[kg
](lb
)
M
V1
20
0R
MV
12
00
S
8
10(3
1.9
)×7
00(2
7.6
)×2
15
(8.5
)
50
0(1
10
2)
6
40(2
5.2
)×5
40(2
1.3
) (4
-sid
ed
) 6
40(2
5.2
)×4
50(1
7.7
) (U
-sh
ap
ed
)
4
00
(15
.7)×
30
0(1
1.8
)×2
20
(8.7
) (X
Y a
xis
OP
T-d
rive
sp
eci
fica
tion
s)
±
60(2
.4)×
±6
0(2
.4)
±
60
(2.4
)×±
60(2
.4)
(O
PT-d
rive
sp
ecific
atio
ns)
(B
all
scre
w s
pe
cific
atio
ns)
15゚(
ma
x. 2
00
mm
(7.9
"))
2
70
0(5
95
2)
(in
clu
din
g d
iele
ctr
ic flu
id r
ese
rvo
ir)
55
0(1
45
)
—
(in
clu
de
d in
th
e m
ach
ine
un
it w
eig
ht)
Machine unit Dielectric fluid reservoir
Required a
ir p
ressu
re
Air r
ate
M
V2
40
0R
MV
24
00
S
1
05
0(4
1.3
)×8
20(3
2.3
)×3
05
(12
)
15
00(3
30
7)
840(3
3)×
640(2
5.2
) (4
-sid
ed)
840(3
3)×
560(2
2)
(U-s
haped)
600(2
3.6
)×400
(15.7
)×310(1
2.2
) (X
Y a
xis
OP
T-d
rive
speci
ficatio
ns)
±
75
(2.9
)×±
75(2
.9)
±
75
(2.9
)×±
75
(2.9
)
(O
PT-d
rive
sp
ecific
atio
ns)
(B
all
scre
w s
pe
cific
atio
ns)
15゚(
ma
x. 2
60
mm
(10
.2")
)
3
50
0(7
71
6)
86
0(2
27
)
35
0(7
11
)
Required A
ir r
ate
Genera
l in
put
[kV
A]
[Mp
a](
psi)
[(c
u.ft.)/
min
]
13
.5
0.5
(70
)~0
.7(1
00
)
75(2
.6)
or
mo
re
0.1
(.0
04
)~0
.3(.
01
2)*
1
Pa
pe
r filte
r (2
)
3
18(.
63
6)
Un
it c
oo
ler
C
BA
DB
C
D
AB
Fu
nc
tio
ns
an
d F
ea
ture
s
Re
fer
to
pa
ge
9-1
0R
efe
r to
p
ag
e 9
-10
Re
fer
to
pa
ge
11
-12
Re
fer
to
pa
ge
11
-12
Re
fer
to
pa
ge
19
-2
0R
efe
r to
p
ag
e 1
9 -
20
Re
fer
to
pa
ge
17
-18
Re
fer
to
pa
ge
17
-18
Re
fer
to
pa
ge
13
-14
Re
fer
to
pa
ge
13
-14
Re
fer
to
pa
ge
15
-16
Re
fer
to
pa
ge
15
-16
Fu
lly e
qu
ipp
ed
wit
h u
sefu
l fu
ncti
on
s f
or
the m
an
ufa
ctu
rin
g w
ork
pla
ce
, fe
atu
rin
g r
efi
ned
sty
le,
hig
h p
erf
orm
an
ce
, en
erg
y s
avin
gs, sim
ple
op
era
tio
n a
nd
vast
exp
ert
ise
Fu
lly e
qu
ipp
ed
wit
h u
sefu
l fu
ncti
on
s f
or
the m
an
ufa
ctu
rin
g w
ork
pla
ce
, fe
atu
rin
g r
efi
ned
sty
le,
hig
h p
erf
orm
an
ce
, en
erg
y s
avin
gs, sim
ple
op
era
tio
n a
nd
vast
exp
ert
ise
Security
Ma
ch
inin
gs
pe
ed
En
erg
ys
av
ing
s
Co
rne
ra
cc
ura
cy
Cir
cu
lar
ac
cu
racy
AD
VA
NC
E P
LU
S c
on
tro
l o
ffe
rs
ma
xim
um
eff
icie
ncy
usi
ng
a
fu
lly
op
tica
l d
rive
sys
tem
( M
V1
20
0R
/24
00
R)
AD
VA
NC
E P
LU
S c
on
tro
l o
ffe
rs
ma
xim
um
eff
icie
ncy
usi
ng
a
fu
lly
op
tica
l d
rive
sys
tem
( M
V1
20
0R
/24
00
R)
MV
12
00
R /
MV
24
00
RM
V1
20
0R
/ M
V2
40
0R
MV
12
00
S /
MV
24
00
S
Reduce
d 2
5%
Reduce
d 2
5%
Reduced 4
5%
Reduced 4
5%
Reduced 6
9%
Reduced 6
9%
Reduced 5
5%
Reduced 5
5%
Reduced 4
6%
Reduced 4
6%
Reduced 4
2%
Reduced 4
2%
Reduced 1
7%
R
educed 1
7%
Reduced 9
%
Reduced 9
%
Product Line-upFunctions and
FeaturesIntelligent AT Opt Drive System Long Life System
Power Supply, Control SpecificationsMachine InstallationMachining Samples Precise Finish Circuit Natural User Interface ADVANCE PLUS control Options
56
Ener
gy s
avin
gs, l
ow ru
nnin
g co
stEn
ergy
sav
ings
, low
runn
ing
cost
Imp
rov
ed
pro
du
cti
vit
yIm
pro
ve
d p
rod
uc
tiv
ity
Easy o
pera
tio
nE
asy o
pera
tio
nIn
no
va
tiv
e a
uto
ma
tic
wir
e t
hre
ad
ing
Inn
ova
tiv
e a
uto
ma
tic
wir
e t
hre
ad
ing
Imp
roved
mach
inin
g a
ccu
racy
Imp
roved
mach
inin
g a
ccu
racy
Fa
ste
r m
ach
inin
g is r
ea
lize
d w
ith
im
pro
ved
pow
er-
su
pp
ly p
erf
orm
an
ce
(Rz3
.5µ
m/R
a0
.45
µm
with
3 c
uts
)(R
z2
.0µ
m/R
a0
.28
µm
with
4 c
uts
)
All
mach
inin
g c
onditi
ons
are
pro
vided
(speed c
onditi
on, nozz
le r
ele
ase
co
nditi
on)
Se
arc
h f
un
ctio
n fo
r m
ach
inin
g
co
nd
itio
ns is im
pro
ved
by a
na
rrow
-d
ow
n f
un
ctio
n
Jo
b s
ch
ed
ulin
g a
dju
stm
en
ts u
se
th
e
sch
ed
ule
ca
ll b
ack,
extr
a jo
b in
se
rtio
n
an
d M
E-p
ack fe
atu
re*M
E-p
ack
is a
pack
age o
f m
ach
inin
g p
roce
sses
incl
udin
g
offse
t, m
ach
inin
g s
peed a
nd a
daptiv
e c
ontr
ol s
ettin
gs
Eq
uip
pe
d w
ith
a lin
ea
r sh
aft
mo
tor
(LS
M)
Mitsu
bis
hi E
lectr
ic's
op
tica
l d
rive
syste
m u
se
s f
ibe
r-o
ptic
co
mm
un
ica
tio
ns b
etw
ee
n t
he
co
ntr
ol u
nit,
se
rvo
am
plif
ier
an
d lin
ea
r m
oto
r to
im
pro
ve m
ach
inin
g a
ccu
racy
Conve
ntional
model
Conve
ntional
model
MV
-R
MV
-S
Conve
ntional
model
MV
-R
MV
-S
Ult
ima
te o
pti
miz
ati
on
of
ED
M t
ech
no
log
y
Super
Dig
ital
Contr
ol
Dig
ita
l te
ch
no
log
y o
ptim
ize
s a
ll e
nh
an
ce
d f
un
ctio
ns r
eq
uire
d
by W
ire
-cu
t E
DM
s
*Co
mp
are
d t
o c
onve
ntio
na
l M
itsu
bis
hi E
lectr
ic
W
ire
-cu
t E
DM
(FA
Se
rie
s)
*Co
mp
are
d t
o c
onve
ntio
na
l M
itsu
bis
hi E
lectr
ic
W
ire
-cu
t E
DM
(FA
Se
rie
s)
Wire
ele
ctr
od
e:
φ0
.2(.
00
8")
/BS
Wo
rkp
iece
:S
tee
l(S
KD
11
)t6
0m
m(2
.4")
MV
-R
MV
-S
Ma
chin
ing
tim
e r
ed
uce
d
up
to
17
% (F
A s
eri
es
rati
o)
×
Cir
cula
r a
ccu
racy
wit
hin
2µ
m
Co
rne
r a
ccu
racy
±1
µm
× ×
An
ti-v
iru
s p
rote
ctio
nM
cA
fee
® is a
re
gis
tere
d t
rad
em
ark
of
McA
fee,
Inc.
in t
he
Un
ite
d S
tate
an
d o
the
r co
un
trie
s
Po
we
r co
nsu
mp
tio
n r
ed
uce
d
up
to
69
% (F
A S
eri
es
rati
o)
××
×
MV
-R/S
Conve
ntional
model
MV
-R/S
Conve
ntional
model
New
an
ne
alin
g s
yste
m g
rea
tly im
pro
ves w
ire
th
rea
din
g w
ith
a
cu
rl r
atio
of
less t
ha
n 1
0%
Wire
bre
ak p
oin
t in
se
rtio
n is g
rea
tly im
pro
ved
fo
r th
ick
wo
rkp
iece
s
Wire
th
rea
din
g m
od
e c
an
be
se
lecte
d t
o m
atc
h t
he
w
ork
pie
ce
sh
ap
e (
i.e.,
je
t str
ea
m o
n,
jet
str
ea
m o
ff a
nd
su
bm
erg
ed
bre
ak p
oin
t in
se
rtio
n)
Machin
ing tim
e c
om
pari
son for
Rz3.5
µm
with 3
cuts
Machining conditio
n search screen
3D CAM screen
Pow
er
con
sum
ptio
n r
ed
uce
d u
p t
o 6
9%
Wire
co
nsu
mp
tion
re
du
ced
up
to
46
%
Ion
exch
ange
res
in c
ost r
educ
ed u
p to
25%
Filt
er
co
st
red
uce
d u
p t
o 4
5%
(A
uto
matic c
hangin
g filt
ration flo
w r
ate
)
Serv
o a
mplif
ier
Serv
o a
mplif
ier
AD
VA
NC
E c
ontr
ol unit
AD
VA
NC
E c
ontr
ol unit
LS
M w
ith lin
ear
gla
ss
scale
feedback
LS
M w
ith lin
ear
gla
ss
scale
feedback
LS
M w
ith lin
ear
gla
ss
scale
feedback
LS
M w
ith lin
ear
gla
ss
scale
feedback
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