Description
of
Function
Codes
VDF730
User
Manual
-
120
-
Value
Function
Description
23
Fault
output
3
When
a
fault
occurs
on
the
AC
drive
,
the
terminal
becomes
ON
.
For
the
undervoltage
fault
,
the
ON
signal
is
output
only
during
running
.
24
Motor
switchover
output
It
controls
the
contactor
for
switching
over
motors
.
When
the
terminal
becomes
OFF
,
motor
1
is
controller
,
and
when
the
terminal
becomes
ON
,
motor
2
is
controller
.
Function
Code
Parameter
Name
Default
P3
-
05
FMP
/
AO
function
selection
0
The
standard
analog
output
range
(
offset
0
,
gain
1
)
is
0
–
20
mA
(
or
0
–
10
V
).
The
FMP
output
pulse
frequency
ranges
from
0
.
01
kHz
to
"
Maximum
FMP
output
frequency
" (
P3
-
08
).
The relationship
between
pulse and analog output
ranges and
corresponding
functions is
listed
in
the
following
table
.
Table 6
-
5 Relationship between pulse and analog output ranges and corresponding
functions
Value
Function
Range
(
Corresponding
to
Pulse
or
Analog
Output
Range
0
.
0
%–
100
.
0
%)
0
Running
frequency
0
to
maximum
output
frequency
(
P0
-
04
)
1
Set
frequency
0
to
maximum
output
frequency
2
Output
current
0
to
2
times
of
rated
motor
current
3
Output
power
0
to
2
times
of
rated
motor
power
4
Pulse
input
1
.
0
–
50
.
00
kHz
5
AI1
0
–
10
V
6
AI2
0
–
10
V
(
or
0
–
20
mA
)
7
Length
0
to
maximum
set
length
(
P7
-
05
)
8
Count
value
0
to
maximum
count
value
(
P7
-
08
)
12
Communication
setting
0
.
0
%–
100
.
0
%
Function
Code
Parameter
Name
Setting
Range
Default
P3
-
06
AO1
offset
coeffcient
-
100
.
0
%–
100
.
0
%
0
.
0
%
P3
-
07
AO
gain
-
10
.
00
–
10
.
00
1
.
00
These parameters are used to correct the zero offset of analog output and the output
amplitude
deviation
.
They
can
also
be
used
to
defne
the
desired
AO
curve
.
If
"
b
"
represents zero offset
, "
k
"
represents gain
, "
Y
"
represents actual output
,
and
"
X
"
represents
standard
output
,
the
actual
output
is
:
Y
=
kX
+
b
.
The
zero
offset
coeffcient
100
%
of
AO
corresponds
to
10
V
(
or
20
mA
).
The
standard
output
refers
to
the
value
corresponding
to
the
analog
output
of
0
to
10
V
(
or
0
to
20
mA
)
with
no
zero
offset
or
gain
adjustment
.
For
example
,
if
the
analog
output
is
used
as
the
running
frequency
,
and
it
is
expected
that
Summary of Contents for VDF730 Series
Page 1: ...VDF730 Series...
Page 7: ......
Page 8: ...1 Safety Information and Precautions...
Page 15: ...Safety Information and Precautions VDF730 User Manual 14...
Page 16: ...2 Product Information...
Page 30: ...3 Mechanical and Electrical Installation...
Page 51: ...Mechanical and Electrical Installation VDF730 User Manual 50...
Page 52: ...4 Operation and Display...
Page 75: ...Operation and Display VDF730 User Manual 74...
Page 76: ...5 Function Code Table...
Page 97: ...Function Code Table VDF730 User Manual 96...
Page 98: ...6 Description of Function Codes...
Page 153: ...Description of Function Codes VDF730 User Manual 152...
Page 154: ...7 EMC...
Page 158: ...8 Troubleshooting...