Rockwell Automation 1336T FORCE to PowerFlex 700S Phase II Drive Conversion Guide - Manual (Page 53)

1336 FOR
CE™ T
o
P
ow
erF
lex® 700S
Ph
ase II A
C Driv
e C
o
nv
ersion Guide
53
Specifications
Ca
teg
or
y
S
peci
fi
ca
ti
on
1336 FORCE Dr
ive
P
o
werF
le
x 700
S
Ph
ase II
Dri
ve Fr
ames 1-
6 (69
0V Dri
ve
fr
ames 5 &
6
o
nl
y)
P
o
w
er
Fl
ex 70
0S Phase
II
Dr
ive
F
rames
9 & up
Pr
o
tec
ti
on
D
ri
ve V
olt
ag
e
Cl
ass
380-
480V
500
-6
00V
200-
208
V
240V
380/
400V
480V
60
0V
(f
ra
mes
0-
4)
60
0V /
69
0V
(f
ra
mes
5&6
)
380
/40
0V
48
0V
500V 6
00V
690V
A
C
In
pu
t Ov
er
vo
ltag
e T
rip
:
570V
A
C
690
V
A
C
300V
A
C
300V
A
C
600V
A
C
600V
A
C
86
3V
A
C
86
3V
A
C
675
V
A
C
67
5V
A
C
675V
A
C
889V
A
C
889V
A
C
A
C
Inp
ut Und
er
volt
age T
rip:
280V
A
C
34
3V
A
C
——
—————
—
—
—
—
B
us Ov
er
vo
ltage
T
rip:
810VDC
975
VDC
405VD
C
405VDC
810VDC
810VDC
11
64VDC
11
64VDC
911
V
D
C
91
1V
D
C
911V
DC
1200V
D
C
1200
VDC
B
us Unde
rv
olta
ge T
rip:
400VDC
498
VDC
Ad
ju
stab
le
N
omin
al Bu
s
V
olt
age
:
281VD
C
324VDC
540VDC
648VDC
81
0VDC
93
1VDC
540
V
DC
64
8V
DC
645V
DC
810V
DC
931VDC
A
ll F
rames
1336 FORCE Dr
ive
P
o
w
erF
le
x 700
S
Ph
ase II Drive
H
eat
Sink
T
her
misto
r:
Mo
nitor
ed b
y
micr
opr
oc
ess
or o
ver
temp t
rip
Monito
re
d
by
mic
ro
pro
ces
sor
o
ver
temp
tr
ip
D
riv
e Ov
er
cu
rr
ent
T
rip
S
oft
w
are
Cu
rr
ent
Limi
t:
Ha
rd
wa
re
Cu
rr
en
t L
imit
:
In
st
an
ta
neous
C
urr
.
Li
m
it:
— — 220% of r
ate
d
ou
tput
c
urr
ent
—
Calculat
ed v
alue
, 10
5%
of
mot
or r
ate
d to 200
%
of
dr
iv
e r
at
ed
105%
of
3
se
c.
r
at
in
g
(15
8%-2
10%)
143% of
3
se
c r
at
ing (
215%-
287%)
Calcu
la
ted
v
alu
e,
1
05%
of
mot
or
r
at
ed
to
2
00% o
f dr
iv
e
ra
ted
360
%
of
r
at
ed Hea
vy Dut
y cur
rent
(
ty
pica
l)
—
Li
ne T
ran
sient
s:
up
to 600
0
vo
lts pea
k per
IEEE C62.41
-19
91
U
p to 60
00 v
olts
pe
ak per IEEE
C62
.4
1-1
991
C
ont
rol Log
ic
No
is
e
Immu
ni
ty
:
Sh
ow
er
in
g
ar
c
tr
ansien
ts up
to 1500
V
peak
Sho
w
er
ing ar
c tr
ans
ie
nts
u
p to 150
0V peak
P
ow
er Ride-
Thr
u:
15
milli
seco
nds
at full loa
d
15
mi
lliseconds a
t fu
ll
lo
ad
Logic Cont
ro
l Ride
-Th
ru
0.
5
se
cond
minim
um,
2
s
econ
ds
ty
pical
0.
25
sec
., d
riv
e no
t r
unn
in
g
Gr
oun
d F
au
lt T
rip
:
Ph
ase
-t
o-
gro
und on dr
iv
e out
put
Phas
e-t
o-
gr
ound
on
d
riv
e
ou
tpu
t
Sh
or
t Ci
rc
ui
t T
ri
p:
Ph
ase
-t
o-
phas
e
on dr
iv
e
out
put
Phas
e-t
o-
pha
se on dr
iv
e out
put