Rockwell Automation 21G PowerFlex 750-Series AC Drives User Manual
Page 163
Rockwell Automation Publication 750-IN001N-EN-P - April 2014
163
PowerFlex 750-Series AC Drives
60
Hp
6
63
20x…
E063
69
.3
94
.5
20x…
E077
94
.5
115.5
59.1
75
13
5
75
175
18
0
75
69
.0
H
SJ
110
75
Hp
6
77
20x…
E077
84
.7
11
5.5
20x…
E099
11
5.5
148.5
72
.3
90
16
5
90
215
22
0
95
84
.3
HSJ
150
10
0 Hp
6
99
20x…
E099
10
8.9
14
8.5
20
x…
E125
14
8.5
187.5
92.9
11
5
21
0
115
280
28
0
12
0
10
8.4
H
SJ
175
12
5 Hp
6
125
20x…
E125
13
7.5
18
7.5
20x…
E144
18
7.5
225.0
117.4
14
5
26
5
145
350
36
0
15
0
13
6.8
HSJ
225
15
0 Hp
6
144
20
x…
E144
15
8.4
21
6.0
135.2
17
0
30
0
170
400
40
0
17
0
15
7.6
H
SJ
250
7
144
20x…
E192
21
6.0
288.0
135.2
17
0
30
5
170
405
41
0
17
0
15
7.6
HSJ
250
20
0 Hp
7
192
20
x…
E192
21
1.2
28
8.0
20
x…
E242
28
8.0
363.0
180.3
22
5
40
5
225
540
55
0
23
0
21
0.2
H
SJ
350
25
0 Hp
7
242
20x…
E242
26
6.2
36
3.0
20x…
E289
36
3.0
435.6
227.2
28
5
51
0
285
680
69
0
28
5
26
4.9
HSJ
400
30
0 Hp
7
289
20
x…
E289
31
7.9
43
3.5
271.3
34
0
60
0
340
800
80
0
34
0
31
6.4
H
SJ
500
(1)
“Ap
plied Ra
ting
”
re
fers t
o the mot
or tha
t will be c
onne
ct
ed
to
the
driv
e.
F
or e
xample,
a “E063
” driv
e c
an be
use
d in Normal
D
ut
y mode on a 6
0 Hp mot
or
, in Hea
vy D
ut
y mod
e on a 5
0 Hp mo
to
r. T
he
driv
e c
an be
pr
ogramme
d for each mod
e.
W
iring and fuses ca
n be siz
ed
based
o
n the pr
ogr
ammed mod
e.
F
or an
y giv
en
driv
e c
atalog number
, N
ormal D
ut
y mod
e pr
ov
ides higher c
ontinuous cu
rr
en
t but small
er ov
er
lo
ad
curr
ent w
ith r
es
pe
ct to Hea
vy D
ut
y m
ode
. S
ee p
ar
ame
ter 30
6 [D
ut
y R
ati
ng]. R
efer
to S
pec
ific
at
io
ns for an expl
anatio
n of
Du
ty
Ra
tin
gs
.
(2)
M
inimum pr
ot
ec
tion devic
e siz
e is th
e l
ow
est ra
ted d
evi
ce
that sup
pl
ie
s m
ax
imum p
rot
ec
tion without nuisance trip
ping
.
(3)
M
aximum pr
ot
ec
tion devic
e siz
e is the hi
ghest r
at
ed devic
e tha
t sup
plies
driv
e pr
ot
ec
tion
. F
or U
S N
EC
, mi
nim
um si
ze
is
12
5%
of
motor FL
A. R
ating
s shown are ma
xi
mum
.
(4)
N
orma
l dut
y.
(5)
H
ea
vy
dut
y.
(6)
Circui
t B
rea
ke
r -
in
ve
rse
ti
m
e br
ea
ke
r. F
or U
S NEC, m
ini
mu
m s
iz
e is
1
25%
of
motor FL
A. R
ating
s s
hown are m
axi
m
um.
(7)
Rec
ommended Mot
or cir
cuit p
rot
ec
tor - Instan
taneous trip cir
cuit br
eak
er
. T
he trip setting
sh
ould
be set t
o the in
put curr
en
t of
the
driv
e and should be sized for the con
tinuo
us c
urr
ent
of
the syst
em
.
(8)
Bulletin 1
40M with ad
justable curr
en
t r
ange should hav
e the cu
rr
en
t trip set t
o
the minimum r
ange tha
t the device will not t
rip
.
(9)
M
anua
l S
el
f-P
ro
te
ct
ed
(T
ype E
) C
om
bi
na
tio
n Mot
or C
ontr
ol
ler
, UL li
st
ed
for 480Y
/2
77V a
nd 60
0Y/
347
V A
C Input
. Not UL
lis
ted f
or use on 48
0V or 60
0V D
elta/D
elta, c
orner
gr
ound
, or high-r
esistanc
e gr
ound syst
ems
.
(10)
W
hen us
ing a
Manua
l S
el
f-P
ro
te
ct
ed
(T
ype E
) C
ombi
na
tio
n Moto
r C
on
tr
oll
er
, the
driv
e m
ust be
ins
tal
le
d in a
v
en
til
at
ed or no
n-v
en
til
at
ed e
nc
los
ur
e w
ith the
mi
nim
um v
olum
e s
pec
ifi
ed i
n this
c
ol
umn. A
ppli
ca
tion s
pe
cif
ic
the
rma
l c
onsi
der
at
ions
ma
y r
equi
re a
la
rg
er
enclosur
e.
(11)
Se
e F
use C
er
tif
ication a
nd T
es
t D
ata
in P
ow
erFlex A
C D
riv
es
in C
om
m
on B
us C
onf
igura
tio
ns
Ap
pli
cation G
uide
lin
es
, publi
ca
tio
n
, for fus
e s
elf-
ce
rti
fic
ati
on and
te
st data for B
uss
m
ann 17
0M
and J
KS f
use
s r
ec
om
m
en
ded
for
the
DC
bus f
usi
ng
.
Ap
pli
ed
Ra
ting
(1
)
Frame
Cont
.
Ou
tp
u
t
Amps
D
riv
e S
ized F
or No
rma
l
Du
ty
Dr
iv
e
Si
ze
d
F
or
H
ea
vy
Du
ty
Co
ntinuo
us
AC
In
p
u
t
AC
In
pu
t P
ro
te
ct
io
n
D
ev
ic
es
Input
Q
uan
ti
ti
es
DC
In
pu
t
Protec
ti
on
(1
1)
Ca
ta
lo
g
Numbe
r
Ou
tp
u
t
Ov
er
lo
ad
Amps
Ca
ta
lo
g
Numbe
r
Ou
tp
u
t
Ov
er
lo
ad
Amps
D
u
al E
lem
ent
Tim
e Del
ay
F
u
se
N
on-
Time
Dela
y
Fu
se
Ci
rc
u
it
Br
ea
ke
r
Ma
x
Si
ze
(6
)
Motor
Circuit
Prote
ctor
(7
)
14
0M T
ype E Combi
na
ti
on Motor Contr
oller with
A
d
justa
ble Current Range
(8
)
(9)
Co
nti
n
uou
s
DC
In
pu
t
No
n
-T
ime
Dela
y F
u
se
(x = F or G)
1 min
3 sec
(x = F or G)
1 min
3 sec
Amp
s
M
in
(2)
Ma
x
(3)
Min
(2)
Ma
x
(3
)
Ca
t.
N
o.
Mi
n Enclosure
Vo
lu
me (i
n.
3
)
(1
0)
Amps