Siemens 440 - Manual (Page 301)

Issue 01/06 Function Diagrams
MICROMASTER 440 Parameter List
6SE6400-5BB00-0BP0
301
C
urr
ent contr
ol
Observer m
odel
F
orw
ard speed
**) sel
ec
ta
ble
wi
th P1500
en
able
F
lux
s
etp
oint
- 7700
-
F
uncti
on di
agr
am
8
7
6
5
4
3
2
1
7700_
TC.
vs
d
Vec
tor Contr
ol
MICROMASTER 440
16.
01.
20
06
V2.
1
T
or
que
Controll
er
and T
orque Li
mi
ta
tion (SLVC)
Speed pr
econtr
ol
Speed contr
ol
ler
output
r1518
C
O
: Accel. torqu
e
r1515
CO: Add. tr
q. setp
1 0
r15
08
CO: To
rque setp.
Sc
a
l. low
trq. lim
-400.0 ... 4
00.0 [%
]
P1525.D
(100
.0)
r152
7
CO: Low
er tr
q. l
im
r152
6
CO: Up
per tr
q. li
m
-1
MI
N
MAX
r1539
C
O
:T
otal
lw
Tr
qLi
m
r1538
CO:T
otal
up T
rqLi
m
+ −
Speed
li
mi
tati
on
contr
oll
er
(only for
torqu
e
contro
l)
Imax
CI: Ad
d. trq.
se
tp
(0:0)
P15
11.C
0 1
CI: T
or
que setp.
(0:0)
P15
03.C
(0:0)
BI:->
tor
que ctr
l.
P15
01.C
0
CI: U
pper t
rq. l
im
(152
0:0)
P1522.C
CI: Low
er t
rq. l
im
(152
1:0)
P1523.C
Mo
to
r s
ta
ll
pr
otectio
n
CO: Up
per tr
q. li
m
-99999.0
0 ... 99999
.00 [Nm
]
P1520.D
(5.13
)
CO: Low
er tr
q. l
im
-99999.0
0 ... 99999
.00 [Nm
]
P
1
521.D (
-5.
13)
CO/BO: Stat 2 ctr
l
r1407 r1407
CO/BO: Stat 2 ctr
l
r1407 r1407 r0079
CO: T
otal trq setp [N
m]
MIN MAX
r1536
C
O
:M
ax trq mo
t c
u
r
r1537
C
O
:M
ax
tr
q r
eg cur
Iner
tia [
kg*m^
2
]
0.00010
... 1000.0
0000
P0341.
D (0
.00180)
Tot/m
ot i
n
ert.r
at.
1
.000 ... 400
.000
P0342.D (
1.000
)
Scal
a
cc. tr
q c
trl
0
.0 ... 400.0
[%
]
P1499.D
(100
.0)
−
**)
Resul
tant max fr
eq [Hz]
r1084
*) *)
*)
Access
level 4
Id
**)
r1538 r1539
.8 .9
b
F
P
7
500
a
and F
P
7
500
CO/BO: Stat 2 ctrl
r1407 r1407
CO/BO: Stat 2 ctrl
r1407 r1407
.8 .9
FP75
00
FP75
00
FP79
00
F
P
7900
M
otor ovl fact [%]
10.0 ..
. 400.0 [%
]
P0640
.D (
150.0)
R
ated mot
. c
ur
re
nt
0.01 ...
10000.00
[A]
P0
305.D (
3.25)
Motor temper
ature
Inv
e
rter
temper
atur
e
i 2
t
in
ver
ter
r0067
CO: Outp cur limi
t
ac
t.
freque
nc
y
Po
we
r lim
ita
tio
n
M
ot
ori
ng
po
w
er l
im
0
.00 ... 8000
.00
P1530.D (
0.12)
Regen
er. po
wer
li
m
-8000.00
... 0.00
P15
31.D (
-0.12
)
M [N
m] =
⋅
1000
P [k
W]
2
π f
⋅
⋅