Pa
r.
No
.
#
Pa
rame
ter de
scri
pt
io
n
De
fa
ult va
lue
4-se
t-up
Change during
op
er-
ati
on
Conve
r-
sion
inde
x
Type
6-
0*
An
alog I/
O Mode
6-0
0
Live Zero
Timeou
t Time
10 s
Al
l s
et
-up
s
TR
U
E
0
Ui
nt
8
6-0
1
Live Zero
Ti
me
out Function
[0] Off
Al
l s
et
-u
ps
TRU
E
-
Ui
nt8
6-
1*
An
alog In
put
53
6-1
0
Term
inal
53
Lo
w Vo
lta
ge
0.0
7 V
Al
l s
et
-u
ps
TRU
E
-2
Int1
6
6-1
1
Term
inal
53 Hi
gh
Vo
ltage
10.0
0 V
All
set-
up
s
TR
U
E
-2
Int16
6-1
2
Te
rm
ina
l 53 Lo
w
Cu
rrent
4.
00 mA
Al
l s
et
-u
ps
TRU
E
-5
Int1
6
6-1
3
Term
inal
53
Hig
h Current
20
.0
0 m
A
Al
l set-
up
s
TR
U
E
-5
Int16
6-1
4
Te
rm
ina
l 53 Lo
w
Re
f./Fee
db.
Value
0.
000 N/
A
Al
l s
et
-u
ps
TRU
E
-3
Int3
2
6-1
5
Term
inal
53 Hig
h
R
ef.
/Fe
ed
b.
Value
Exp
re
ssionLi
mit
All
set-
up
s
TR
U
E
-3
Int32
6-1
6
Te
rm
ina
l 53 Fil
te
r Tim
e
Consta
nt
0.
001 s
Al
l s
et
-u
ps
TRU
E
-3
Ui
nt1
6
6-1
7
Te
rm
ina
l 53 Live
Ze
ro
[1
] E
nab
led
Al
l s
et
-u
ps
TRU
E
-
Ui
nt8
6-
2*
An
alog In
put
54
6-2
0
Term
inal
54
Lo
w Vo
lta
ge
0.0
7 V
Al
l s
et
-u
ps
TRU
E
-2
In
t1
6
6-2
1
Term
inal
54
Hi
gh
Vo
lta
ge
10
.0
0 V
Al
l s
et
-u
ps
TRU
E
-2
Int1
6
6-2
2
Term
inal
54 Low
C
urre
nt
4.
00 mA
Al
l set-
up
s
TR
U
E
-5
Int16
6-2
3
Te
rm
ina
l 54 High
Curre
nt
20
.0
0 mA
Al
l s
et
-u
ps
TRU
E
-5
Int1
6
6-2
4
Term
inal
54 Low
R
ef.
/Fe
ed
b.
Value
0.
000 N/
A
All
set-
up
s
TR
U
E
-3
Int32
6-2
5
Te
rmi
na
l 5
4 H
igh
Re
f./
Fee
db.
V
al
ue
100.
000 N/
A
Al
l s
et
-u
ps
TRU
E
-3
Int3
2
6-2
6
Term
inal
54 Fil
ter Tim
e
Co
nstant
0.
001 s
All
set-
up
s
TR
U
E
-3
U
int16
6-2
7
Te
rm
ina
l 54 Live
Ze
ro
[1
] E
nab
led
Al
l s
et
-u
ps
TRU
E
-
Ui
nt8
6-
3*
An
alog In
put
X30/
11
6-3
0
Te
rm
in
al
X30
/11
L
ow
V
ol
tag
e
0.0
7 V
Al
l s
et
-u
ps
TRU
E
-2
Int1
6
6-3
1
Term
inal
X30
/11
Hig
h V
ol
tag
e
10.0
0 V
All
set-
up
s
TR
U
E
-2
Int16
6-3
4
Te
rm
. X30/11
Low R
ef.
/Fe
edb
.
Va
lue
0.
000 N/
A
Al
l s
et
-u
ps
TRU
E
-3
Int3
2
6-3
5
Term
. X30
/11
Hi
gh
Re
f./
Fee
db
.
Va
lu
e
100.
000 N/
A
All
set-
up
s
TR
U
E
-3
Int32
6-3
6
Te
rm
.
X30
/11
Fi
lte
r T
ime
C
ons
ta
nt
0.
001 s
Al
l s
et
-u
ps
TRU
E
-3
Ui
nt1
6
6-3
7
Te
rm
.
X30
/11
Li
ve
Zero
[1
] E
nab
led
Al
l s
et
-u
ps
TRU
E
-
Ui
nt8
6-
4*
An
alog In
put
X30/
12
6-4
0
Te
rm
in
al
X30
/12
L
ow
V
ol
tag
e
0.0
7 V
Al
l s
et
-u
ps
TRU
E
-2
In
t1
6
6-4
1
Te
rm
in
al
X30
/12
Hig
h V
ol
tag
e
10
.0
0 V
Al
l s
et
-u
ps
TRU
E
-2
Int1
6
6-4
4
Term
. X30
/12
Lo
w Re
f./
Fee
db
.
Va
lu
e
0.
000 N/
A
All
set-
up
s
TR
U
E
-3
Int32
6-4
5
Te
rm
. X30/12
High
R
ef.
/Fe
edb
.
Va
lue
100.
000 N/
A
Al
l s
et
-u
ps
TRU
E
-3
Int3
2
6-4
6
Term
.
X30
/12
Fi
lte
r Ti
me
Co
ns
tant
0.
001
s
All
set-
up
s
TR
U
E
-3
U
int16
6-4
7
Te
rm
.
X30
/12
Li
ve
Zero
[1
] E
nab
led
Al
l s
et
-u
ps
TRU
E
-
Ui
nt8
6-
5*
An
alog Out
p
u
t 42
6-5
0
Term
inal
42 Output
[100
] Outp
ut
freq
. 0-
100
Al
l s
et
-u
ps
TRU
E
-
Ui
nt8
6-5
1
Term
inal
42 Output Min Scal
e
0.
00 %
All
set-
up
s
TR
U
E
-2
Int16
6-5
2
Term
inal
42 Output Max
Scale
100.
00 %
Al
l s
et
-u
ps
TRU
E
-2
Int1
6
6-5
3
Term
inal
42 Output Bu
s
Contro
l
0.
00 %
All
set-
up
s
TR
U
E
-2
N
2
6-5
4
Te
rm
ina
l 42 Output Timeou
t Pr
eset
0.
00 %
1 set-up
TRU
E
-2
Ui
nt1
6
8.3.8
6
-** A
n
alog In/Out
8 How to program the adjustable frequency
drive
VLT
®
AQUA Drive
Instruction Manual
8-56
MG.20.M5.22 - VLT
®
is a registered Danfoss trademark
8